Unofficial Stormworks Wiki - User contributions [en-gb]

Fluid Systems

2026-05-29T19:06:41Z

Tictactoe1609: Tictactoe1609 moved page Fluid Management to Fluid Systems without leaving a redirect: Misspelled title

Lorem Ipsum

Fluid Systems

2026-05-29T19:04:21Z

Tictactoe1609: Created page with "Lorem Ipsum"

Lorem Ipsum

Main Page

2026-05-29T18:32:56Z

Tictactoe1609:

== '''StormWiki: The Unofficial Stormworks Wiki''' ==
[[File:Swwikilogo.png|thumb|Wiki Logo]]
=== StormWiki Directory ===
Whilst you can just use the search bar to find what you want, or Random Page button should you feel so inclined, we have an easy to navigate Directory that is designed to help you find your way around the website with relative ease.

==== [[:Category:StormWiki Directory|StormWiki Directory can be easily accessed here]] ====
{|
|+'''A few pages you may be interested in!'''
![[File:GuidesBanner.png|frameless|link=https://swwiki.net/index.php/Category:Guides]]
!ㅤ ㅤ ㅤ ㅤ
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|[[Formatting Guide]]
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|Component
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|[[Stormworks: Search & Destroy]]
|-
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|
|
|
|[[SwQol Suite]]
|-
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|
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|[[Stormworks: Space]]
|}

== Who What and Why COLLAPSE! ==

==== The What ====
This website is dedicated to documenting the sandbox building and engineering game by [https://geometa.co.uk/ Geometa] [https://geometa.co.uk/stormworks Stormworks: Search & Rescue]. It includes Guides on various setups and systems, information on the game, its systems and its components, and the documentation on efficiency and optimisation within the game.

==== The Why ====
I have grown desperately tired of the obscure ways in which most information in Stormworks is found; most of the vital information is stored in various year old messages in the Stormworks Official discord server, various reddit posts, or word of mouth from other users. The official wiki (and other existing wiki's) are severely out of date and provide lack-luster or incorrect information. I don't think that we should have to bend to the mercy of the community to learn. I have started this project with the intent of being able to consolidate all the accurate information and ensure users can research on their own.

==== The Who ====
This website is curated and maintained by anyone who wishes to partake though must be verified by myself. I am tictactoe1609 the Project Manager & Remou is our lead website technician, although I do try to handle it myself despite my incompetence. If you wish to create an account; please head to [[Account Creation]] for information on how to join our team.

== Additional Information COLLAPSE! ==
Please read our [[Unofficial Stormworks Wiki:Privacy policy|Privacy Policy]] for information regarding your data.

Please see our [[Unofficial Stormworks Wiki:General disclaimer|Disclaimer]] for information regarding our Disclaimers.

Please read the [[Unofficial Stormworks Wiki:About|About section]] regarding additional reading towards our mission and our team.
__INDEX__

Main Page

2026-05-29T18:32:36Z

Tictactoe1609:

== '''StormWiki: The Unofficial Stormworks Wiki''' ==
[[File:Swwikilogo.png|thumb|Wiki Logo]]
=== StormWiki Directory ===
Whilst you can just use the search bar to find what you want, or Random Page button should you feel so inclined, we have an easy to navigate Directory that is designed to help you find your way around the website with relative ease.

==== [[:Category:StormWiki Directory|StormWiki Directory can be easily accessed here]] ====
{|
|+'''A few pages you may be interested in!'''
![[File:GuidesBanner.png|frameless|link=https://swwiki.net/index.php/Category:Guides]]
!ㅤ
![[File:FAQbanner.png|frameless|link=https://swwiki.net/index.php/Category:FAQ]]
!ㅤ
![[File:Game Information Banner.png|frameless|link=https://swwiki.net/index.php/Category:General_Game_Information]]
|-
|[[Engine Setup (Prefab)]]
|
|[[Account Creation]]
|
|[[Stormworks: Build & Rescue]]
|-
|
|
|[[Formatting Guide]]
|
|Component
|-
|
|
|
|
|[[Stormworks: Search & Destroy]]
|-
|
|
|
|
|[[SwQol Suite]]
|-
|
|
|
|
|[[Stormworks: Space]]
|}

== Who What and Why COLLAPSE! ==

==== The What ====
This website is dedicated to documenting the sandbox building and engineering game by [https://geometa.co.uk/ Geometa] [https://geometa.co.uk/stormworks Stormworks: Search & Rescue]. It includes Guides on various setups and systems, information on the game, its systems and its components, and the documentation on efficiency and optimisation within the game.

==== The Why ====
I have grown desperately tired of the obscure ways in which most information in Stormworks is found; most of the vital information is stored in various year old messages in the Stormworks Official discord server, various reddit posts, or word of mouth from other users. The official wiki (and other existing wiki's) are severely out of date and provide lack-luster or incorrect information. I don't think that we should have to bend to the mercy of the community to learn. I have started this project with the intent of being able to consolidate all the accurate information and ensure users can research on their own.

==== The Who ====
This website is curated and maintained by anyone who wishes to partake though must be verified by myself. I am tictactoe1609 the Project Manager & Remou is our lead website technician, although I do try to handle it myself despite my incompetence. If you wish to create an account; please head to [[Account Creation]] for information on how to join our team.

== Additional Information COLLAPSE! ==
Please read our [[Unofficial Stormworks Wiki:Privacy policy|Privacy Policy]] for information regarding your data.

Please see our [[Unofficial Stormworks Wiki:General disclaimer|Disclaimer]] for information regarding our Disclaimers.

Please read the [[Unofficial Stormworks Wiki:About|About section]] regarding additional reading towards our mission and our team.
__INDEX__

Main Page

2026-05-29T18:32:06Z

Tictactoe1609:

== '''StormWiki: The Unofficial Stormworks Wiki''' ==
[[File:Swwikilogo.png|thumb|Wiki Logo]]
=== StormWiki Directory ===
Whilst you can just use the search bar to find what you want, or Random Page button should you feel so inclined, we have an easy to navigate Directory that is designed to help you find your way around the website with relative ease.

==== [[:Category:StormWiki Directory|StormWiki Directory can be easily accessed here]] ====
{|
|+'''A few pages you may be interested in!'''
![[File:GuidesBanner.png|frameless|link=https://swwiki.net/index.php/Category:Guides]]
!
![[File:FAQbanner.png|frameless|link=https://swwiki.net/index.php/Category:FAQ]]
!
![[File:Game Information Banner.png|frameless|link=https://swwiki.net/index.php/Category:General_Game_Information]]
|-
|[[Engine Setup (Prefab)]]
|
|[[Account Creation]]
|
|[[Stormworks: Build & Rescue]]
|-
|
|
|[[Formatting Guide]]
|
|Component
|-
|
|
|
|
|[[Stormworks: Search & Destroy]]
|-
|
|
|
|
|[[SwQol Suite]]
|-
|
|
|
|
|[[Stormworks: Space]]
|}

== Who What and Why COLLAPSE! ==

==== The What ====
This website is dedicated to documenting the sandbox building and engineering game by [https://geometa.co.uk/ Geometa] [https://geometa.co.uk/stormworks Stormworks: Search & Rescue]. It includes Guides on various setups and systems, information on the game, its systems and its components, and the documentation on efficiency and optimisation within the game.

==== The Why ====
I have grown desperately tired of the obscure ways in which most information in Stormworks is found; most of the vital information is stored in various year old messages in the Stormworks Official discord server, various reddit posts, or word of mouth from other users. The official wiki (and other existing wiki's) are severely out of date and provide lack-luster or incorrect information. I don't think that we should have to bend to the mercy of the community to learn. I have started this project with the intent of being able to consolidate all the accurate information and ensure users can research on their own.

==== The Who ====
This website is curated and maintained by anyone who wishes to partake though must be verified by myself. I am tictactoe1609 the Project Manager & Remou is our lead website technician, although I do try to handle it myself despite my incompetence. If you wish to create an account; please head to [[Account Creation]] for information on how to join our team.

== Additional Information COLLAPSE! ==
Please read our [[Unofficial Stormworks Wiki:Privacy policy|Privacy Policy]] for information regarding your data.

Please see our [[Unofficial Stormworks Wiki:General disclaimer|Disclaimer]] for information regarding our Disclaimers.

Please read the [[Unofficial Stormworks Wiki:About|About section]] regarding additional reading towards our mission and our team.
__INDEX__

User:Tictactoe1609

2026-05-29T03:46:53Z

Tictactoe1609:

Primary Administrator and Project Manager for StormWiki. Please reach out to me on discord (tictactoe1609) should you have any questions.

This is my user page and so I will be as sappy and pretentious as I like here :o)

My [[Todo List|To-do list]]

Todo List

2026-05-29T03:46:22Z

Tictactoe1609: /* In-wiki stuff */

tic's todo list for the wiki

=== In-wiki stuff ===
* Components Page
* Revamp the main page i no likey - Much happier with it but has a way to go through
* <s>[[Engine Setup (Prefab)|Basic Engine Guide (PREFAB)]]</s> 29/05/2026
* Basic Engine Guide (Modular)
* Instrument Panel guide
* basic car guide
* basic boat guide
* basic helicopter guide
* basic plane guide
* basic jet engine guide
* submarines
* tank control methods
* Gliches page (with how to use)
* Radio guide
* Radar / Sonar guide(s)
* Basic-ish Space Ship guide
* LUA stuff (fear)

=== Technical Stuff ===
* <s>Collapsable Sections extension make worky</s>
* <s>Edit Collapsable sections to be an optional tag given to each heading rather than default heading affliction</s>
* <s>h3, h4, h5</s>

Todo List

2026-05-29T03:42:28Z

Tictactoe1609:

tic's todo list for the wiki

=== In-wiki stuff ===
* Components Page
* Revamp the main page i no likey - Much happier with it but has a way to go through
* <s>[[Engine Setup (Prefab)|Basic Engine Guide (PREFAB)]]</s> 29/05/2026
* Basic Engine Guide (Modular)
* Instrument Panel guide
* basic car guide
* basic boat guide
* basic helicopter guide
* basic plane guide
* basic jet engine guide
* submarines
* tank control methods
* Gliches page (with how to use)

=== Technical Stuff ===
* <s>Collapsable Sections extension make worky</s>
* <s>Edit Collapsable sections to be an optional tag given to each heading rather than default heading affliction</s>
* <s>h3, h4, h5</s>

Todo List

2026-05-29T03:41:47Z

Tictactoe1609:

tic's todo list for the wiki

=== In-wiki stuff ===
* Components Page
* Revamp the main page i no likey - Much happier with it but has a way to go through
* <s>Basic Engine Guide (PREFAB)</s>
* Basic Engine Guide (Modular)
* Instrument Panel guide
* basic car guide
* basic boat guide
* basic helicopter guide
* basic plane guide
* basic jet engine guide
* submarines
* tank control methods
* Gliches page (with how to use)

=== Technical Stuff ===
* <s>Collapsable Sections extension make worky</s>
* <s>Edit Collapsable sections to be an optional tag given to each heading rather than default heading affliction</s>
* <s>h3, h4, h5</s>

Main Page

2026-05-29T03:32:55Z

Tictactoe1609:

== '''StormWiki: The Unofficial Stormworks Wiki''' ==
[[File:Swwikilogo.png|thumb|Wiki Logo]]
=== StormWiki Directory ===
Whilst you can just use the search bar to find what you want, or Random Page button should you feel so inclined, we have an easy to navigate Directory that is designed to help you find your way around the website with relative ease.

==== [[:Category:StormWiki Directory|StormWiki Directory can be easily accessed here]] ====
{|
|+'''A few pages you may be interested in!'''
![[File:GuidesBanner.png|frameless|link=https://swwiki.net/index.php/Category:Guides]]
![[File:FAQbanner.png|frameless|link=https://swwiki.net/index.php/Category:FAQ]]
![[File:Game Information Banner.png|frameless|link=https://swwiki.net/index.php/Category:General_Game_Information]]
|-
|[[Engine Setup (Prefab)]]
|[[Account Creation]]
|[[Stormworks: Build & Rescue]]
|-
|
|[[Formatting Guide]]
|Component
|-
|
|
|[[Stormworks: Search & Destroy]]
|-
|
|
|[[SwQol Suite]]
|-
|
|
|[[Stormworks: Space]]
|}

== Who What and Why COLLAPSE! ==

==== The What ====
This website is dedicated to documenting the sandbox building and engineering game by [https://geometa.co.uk/ Geometa] [https://geometa.co.uk/stormworks Stormworks: Search & Rescue]. It includes Guides on various setups and systems, information on the game, its systems and its components, and the documentation on efficiency and optimisation within the game.

==== The Why ====
I have grown desperately tired of the obscure ways in which most information in Stormworks is found; most of the vital information is stored in various year old messages in the Stormworks Official discord server, various reddit posts, or word of mouth from other users. The official wiki (and other existing wiki's) are severely out of date and provide lack-luster or incorrect information. I don't think that we should have to bend to the mercy of the community to learn. I have started this project with the intent of being able to consolidate all the accurate information and ensure users can research on their own.

==== The Who ====
This website is curated and maintained by anyone who wishes to partake though must be verified by myself. I am tictactoe1609 the Project Manager & Remou is our lead website technician, although I do try to handle it myself despite my incompetence. If you wish to create an account; please head to [[Account Creation]] for information on how to join our team.

== Additional Information COLLAPSE! ==
Please read our [[Unofficial Stormworks Wiki:Privacy policy|Privacy Policy]] for information regarding your data.

Please see our [[Unofficial Stormworks Wiki:General disclaimer|Disclaimer]] for information regarding our Disclaimers.

Please read the [[Unofficial Stormworks Wiki:About|About section]] regarding additional reading towards our mission and our team.
__INDEX__

Engine Setup (Prefab)

2026-05-29T03:28:16Z

Tictactoe1609: /* Step 2 Details COLLAPSE! */

[[File:Prefab Engine Guide.png|199x199px|left|frameless]]
This guide will show you the basics of setting up a Prefab/Preset Engine. These engines come in 3 variants: Small, Medium, and Large. Further details on each individual prefab engine can be found [[Prefab engine|here]].

For the purposes of this guide we will be utilising the Small Engine, however the exact same steps can be used on all variants, with any information worth noting mentioned at relevant steps.

You can use this guide as a checklist to troubleshoot your own Prefab Engine setups.

=== Some Groundwork ===
Prefab engines in Stormworks require '''four''' things: '''Fuel''', '''Air''', '''Coolant''', and '''Exhaust'''. '''Electricity'''<ref>Electricity is not necessarily required, but for the purposes of this guide it will be used as the starting method. An engine will operate without electricity and can be started using a hand crank geared up. This is however, not the typical method and so we will be using Electricity. </ref> is also commonly used to start engines (see note for additional information).

Within this guide we will be utilising 2 fluid ports; the Fluid Exhaust, and Fluid Port End, these are however not the only things you can use. Please see [[Fluid Ports|here]] for more details on various fluid ports.

As mentioned prior; this guide will be utilising the Small Prefab engine, but the same principles can be applied to the other variants, exceptions will be noted at each individual step.

=== Step 1: Assembling our Components ===
There are a few components needed for this guide:
{|
|
* Small Engine
|
* Fluid Exhaust
|-
|
* Fluid Port End
|
* Various Pipes<ref>See Fluid Transfer Page</ref>
|-
|
* Fluid Relief Valve
|
* Fluid Tank (Small, Medium or Large)
|-
|
* Fluid Heat Radiator<ref>See the Cooling Components for more information and possible alternatives.</ref>
|
* Clutch
|-
|
* Small Propellor
|
* Throttle Lever
|-
|
* Dial(a)
|
* Push Button
|-
|
* Battery (Small, Medium or Large)
|
|}
(a) - The dial is not absolutely necessary, but will be useful for trouble shooting any potential problems and will aid in demonstrating what is going on.

[[File:Step 1.png|frameless|396x396px]]

=== Step 2: Supplying Air ===
[[File:Step 2 Prefab.png|frameless|397x397px]]

A simple Fluid port end connected directly to the Air intake on a Prefab engine to supply air.

==== Step 2 Details COLLAPSE! ====
For this step we use the <code>Fluid Port End</code> on the Air intake for the engine. You will know which port is which by hovering your mouse over each port, this will show you what each fluid port on the engine corresponds to.

'''Important Note:''' If your engine is within an enclosed space, you will need to ensure the Air intake is positioned in open air with piping leading to your engine. Doing otherwise will result in choking your engine.

Air intake is denoted with the colour Green.
[[File:Hovering over a port example.png|none|thumb|278x278px|Mouse hovering over the "Air" port on the Small Engine]]

=== Step 3: Supplying Fuel ===
[[File:Step 3 - Fuel.png|frameless|427x427px]]

Adding in a Fuel tank, and a Liquid Relief Valve. This will supply Fuel to our engine.

==== Step 3 Details COLLAPSE! ====
When supplying fuel to an engine we need a source of fuel. In this example, we will use a <code>Small Fluid Tank</code>, though this can come from any kind of fluid tank you need.

To ensure that our engine does not clog up with air, we are using a <code>Liquid Relief Valve</code>, this is the pipe block with a grey band around it. This block acts as a filter to prevent gasses from heading into the engine, and as it is drawing from our Fluid tank set to Diesel it will only be pulling diesel into our engine.

Both Prefab and Modular engines in Stormworks require <code>Diesel</code> to operate. The fluid tank blocks will default to Diesel when placed, but if in doubt you can use the select tool to configure the name, the fluid type, and the fluid level of the tank.

Fuel is denoted by the colour Orange.

===== Additional Note - Fuel Flow Rate COLLAPSE! =====
The above setup is more than adequate for the purposes of our demonstration, as we will not require more than 5 litres/second of fuel. However, should you need to pull more than 5 litres/second of fuel you will need to use a <code>Liquid Gas Separator</code>. This is a small contraption used to ensure that only liquid is pumped into your desired location without moving the air from your tank.

[[File:Liquid Gas Seperator.png|frameless]]

In this image, we will be using <code>Fluid Ports</code>, a <code>Fluid Pump</code>, a <code>Liquid Relief Valve</code>(Grey banded pipe), and a <code>Gas Relief Valve</code>(White banded pipe). Orange here represents the mix of Gas and liquid in a system, blue represents Liquid output, and Green represents the gas direction within a system.

With this gadget, we filter out fluids and send them to our desired output (An engine in this exampled). And in doing so, we also filter the gasses back into our tank.

This will allow for a flow rate higher than 5 Litres per Second.

=== Step 4: Engine Exhaust ===
[[File:Prefab Step 4 - Exhaust.png|frameless|432x432px]]

The simple addition of an exhaust pipe. Necessary for an engine to function.

==== Step 4 Details COLLAPSE! ====
In this step we are using some pipe pieces and a <code>[[Fluid Ports|Fluid Exhaust]]</code> port component. Any fluid port will suffice, but we are using this to make it visually distinct from the air intake.

Engines in Stormworks require an exhaust to function and is one of the more common necessities forgotten by beginners.

'''Important Note:''' If your engine is within an enclosed space, you will need to ensure the exhaust is positioned in open air with piping leading to your engine. Doing otherwise will result in choking your engine.

Large Prefab Engines require two exhaust nodes.

Exhaust is denoted by the colour Dark Grey.

=== Step 5: Cooling ===
[[File:Step 5 Cooling Prefab.png|frameless|439x439px]]

In this step we introduce a basic cooling loop for the engine using the <code>Fluid Heat Radiator</code>.

==== Step 5 Details COLLAPSE! ====
Cooling loops in Stormworks can get frustrating at times, but in this guide this simple setup will be more than sufficient. In general however, if your engine is within an enclosed space you will want to make sure your radiator is not inside the same enclosed space.

All engines have a coolant "Input" and "Output" fluid node, the way you connect these don't necessarily matter in most cases.

'''Important Note:''' Prefab engines have a built in coolant pump, it is this reason we do not utilise a pump for our cooling loop in this demonstration.

Coolant is denoted by the colour Blue.

=== Step 6: The RPS Output ===
[[File:Step 6 RPS output.png|frameless|439x439px]]

In this step we have assembled the output for our RPS. Utilising a <code>Clutch</code> and a <code>Small Propeller</code>.

==== Step 6 Details COLLAPSE! ====
Engines turn Fuel and Air into rotational energy, measured in RPS in Stormworks. This demonstration setup allows us to control the output and utilise a small propeller to visualise the RPS in action. In a real application of an engine, this propeller would of course be submerged underwater, or the RPS would be attached to a wheel. This setup is primarily for learning and demonstration purposes.

RPS is denoted by the colour Red.

=== Step 7: Controls and Battery ===
[[File:Step 7 Controls and Battery.png|frameless|431x431px]]

In this setup we have used a Push button, 2 Throttle Levers, 2 Dials and a battery.

==== Step 7 Details COLLAPSE! ====
We have yet to connect any logic nodes; in this step all we have done is place down what we will need:

* 2 Dials, one will read the engine RPS, one will read the engine Temperature.
* A push button, this will be our starter.
* 2 Throttle Levers, Pink will control our Engine Throttle and Red will control our Clutch output.
* A battery, necessary to power the various controls and engine starter.

You can use the select tool to rename each component accordingly, this will help you keep track of what your various controls do. In this demonstration, I have named the left dial "RPS" and the right Dial "Temp", the throttle levers accordingly, and the button to "Starter".

=== Step 8: Electricity Hookup ===
[[File:Step 8 prefab electrics.png|frameless|436x436px]]

In this step, we have connected all the power nodes from the battery.

==== Step 8 Details COLLAPSE! ====
This step is another one that is commonly forgotten by beginners. Double check you have these setup. Without power, the starter button will not work, the throttle levers will not output and the clutch will not work.

=== Step 9: Setting up our Logic ===
[[File:Step 9 prefab Logic.png|frameless|440x440px]]

Connecting the various logic nodes up for the engine to work.

==== Step 9 Details COLLAPSE! ====
In this step we are connecting up all our logic nodes. In our demonstration, you will want to connect up the following:

* The boolean <code>Push Button</code> to the <code>Starter</code> node on the Engine
* The numerical <code>Throttle Lever: Throttle</code> output to the <code>Throttle</code> node on the Engine
* The numerical <code>Throttle Lever: Clutch</code> output to the <code>Clutch</code> input node
* The numerical <code>RPS</code> output from the Engine to the <code>Dial: RPS</code> input node
* The numerical <code>Temperature</code> output from the Engine to the <code>Dial: Temperature</code> input node

This is another step fraught with mishaps and forgetfulness. When troubleshooting, ensure all your logic nodes are adequately set up.

=== Step 10: Operating the Engine ===
[[File:Step 10 prefab opreation.png|frameless|358x358px]]

Step 1 - Increase Throttle to 0.20 or above

Step 2 - Push and holder the starter until the engine turns over

Step 3 - Release the starter button, allowing the engine to run.

You can now use the Throttle Lever to adjust the engine throttle, and the Clutch lever to adjust the RPS going to the propeller.

==== Step 10 Details COLLAPSE! ====
This step is our final step, and concludes our step-by-step tutorial on the creation of a prefab engine. Operation is simple, increase the Throttle lever to 0.20 or above, and hold down the starter button until the engine turns over. To kill the engine, simply reduce the throttle to 0. You will be able to read the Engine temperature on the Temp Dial we created, and the Engine's RPS on the RPS Dial we created earlier.

=== Troubleshooting COLLAPSE! ===
If you are having issues, ensure the following

* The Engine has Fuel
* The Engine has Air
* The Engine has Exhaust
* The Starter button is hooked up to the Engine
* The Starter button has power
* The Engine has power
* The Engine has throttle applied sufficiently
* The throttle levers have power
* If RPS is not going to the Propeller, ensure there is power to the Throttle Lever for the Clutch and ensure the Clutch component has power

=== Conclusion ===
Following this guide it was the intent that the reader has gained or reinforced their understanding of how to set up a Prefab/Preset engine in Stormworks.

You can find the this demonstration on the workshop [https://steamcommunity.com/sharedfiles/filedetails/?id=3734740870 Here]

=== Footnotes ===
[[Category:Guides]]

Todo List

2026-05-29T03:22:25Z

Tictactoe1609:

tic's todo list for the wiki

=== In-wiki stuff ===
* Components Page
* Revamp the main page i no likey - Much happier with it but has a way to go through
* Basic Engine Guide (PREFAB)
* Basic Engine Guide (Modular)
* Instrument Panel guide
* basic car guide
* basic boat guide
* basic helicopter guide
* basic plane guide
* basic jet engine guide
* submarines
* tank control methods
* Gliches page (with how to use)

=== Technical Stuff ===
* <s>Collapsable Sections extension make worky</s>
* <s>Edit Collapsable sections to be an optional tag given to each heading rather than default heading affliction</s>
* <s>h3, h4, h5</s>

Todo List

2026-05-29T03:22:04Z

Tictactoe1609: /* In-wiki stuff */

tic's todo list for the wiki

=== In-wiki stuff ===
* Components Page
* Revamp the main page i no likey
* Basic Engine Guide (PREFAB)
* Basic Engine Guide (Modular)
* Instrument Panel guide
* basic car guide
* basic boat guide
* basic helicopter guide
* basic plane guide
* basic jet engine guide
* submarines
* tank control methods
* Gliches page (with how to use)

=== Technical Stuff ===
* <s>Collapsable Sections extension make worky</s>
* <s>Edit Collapsable sections to be an optional tag given to each heading rather than default heading affliction</s>
* <s>h3, h4, h5</s>

Engine Setup (Prefab)

2026-05-29T03:15:36Z

Tictactoe1609:

[[File:Prefab Engine Guide.png|199x199px|left|frameless]]
This guide will show you the basics of setting up a Prefab/Preset Engine. These engines come in 3 variants: Small, Medium, and Large. Further details on each individual prefab engine can be found [[Prefab engine|here]].

For the purposes of this guide we will be utilising the Small Engine, however the exact same steps can be used on all variants, with any information worth noting mentioned at relevant steps.

You can use this guide as a checklist to troubleshoot your own Prefab Engine setups.

=== Some Groundwork ===
Prefab engines in Stormworks require '''four''' things: '''Fuel''', '''Air''', '''Coolant''', and '''Exhaust'''. '''Electricity'''<ref>Electricity is not necessarily required, but for the purposes of this guide it will be used as the starting method. An engine will operate without electricity and can be started using a hand crank geared up. This is however, not the typical method and so we will be using Electricity. </ref> is also commonly used to start engines (see note for additional information).

Within this guide we will be utilising 2 fluid ports; the Fluid Exhaust, and Fluid Port End, these are however not the only things you can use. Please see [[Fluid Ports|here]] for more details on various fluid ports.

As mentioned prior; this guide will be utilising the Small Prefab engine, but the same principles can be applied to the other variants, exceptions will be noted at each individual step.

=== Step 1: Assembling our Components ===
There are a few components needed for this guide:
{|
|
* Small Engine
|
* Fluid Exhaust
|-
|
* Fluid Port End
|
* Various Pipes<ref>See Fluid Transfer Page</ref>
|-
|
* Fluid Relief Valve
|
* Fluid Tank (Small, Medium or Large)
|-
|
* Fluid Heat Radiator<ref>See the Cooling Components for more information and possible alternatives.</ref>
|
* Clutch
|-
|
* Small Propellor
|
* Throttle Lever
|-
|
* Dial(a)
|
* Push Button
|-
|
* Battery (Small, Medium or Large)
|
|}
(a) - The dial is not absolutely necessary, but will be useful for trouble shooting any potential problems and will aid in demonstrating what is going on.

[[File:Step 1.png|frameless|396x396px]]

=== Step 2: Supplying Air ===
[[File:Step 2 Prefab.png|frameless|397x397px]]

A simple Fluid port end connected directly to the Air intake on a Prefab engine to supply air.

==== Step 2 Details COLLAPSE! ====
For this step we use the <code>Fluid Port End</code> on the Air intake for the engine. You will know which port is which by hovering your mouse over each port, this will show you what each fluid port on the engine corresponds to.

Air intake is denoted with the colour Green.
[[File:Hovering over a port example.png|none|thumb|278x278px|Mouse hovering over the "Air" port on the Small Engine]]

=== Step 3: Supplying Fuel ===
[[File:Step 3 - Fuel.png|frameless|427x427px]]

Adding in a Fuel tank, and a Liquid Relief Valve. This will supply Fuel to our engine.

==== Step 3 Details COLLAPSE! ====
When supplying fuel to an engine we need a source of fuel. In this example, we will use a <code>Small Fluid Tank</code>, though this can come from any kind of fluid tank you need.

To ensure that our engine does not clog up with air, we are using a <code>Liquid Relief Valve</code>, this is the pipe block with a grey band around it. This block acts as a filter to prevent gasses from heading into the engine, and as it is drawing from our Fluid tank set to Diesel it will only be pulling diesel into our engine.

Both Prefab and Modular engines in Stormworks require <code>Diesel</code> to operate. The fluid tank blocks will default to Diesel when placed, but if in doubt you can use the select tool to configure the name, the fluid type, and the fluid level of the tank.

Fuel is denoted by the colour Orange.

===== Additional Note - Fuel Flow Rate COLLAPSE! =====
The above setup is more than adequate for the purposes of our demonstration, as we will not require more than 5 litres/second of fuel. However, should you need to pull more than 5 litres/second of fuel you will need to use a <code>Liquid Gas Separator</code>. This is a small contraption used to ensure that only liquid is pumped into your desired location without moving the air from your tank.

[[File:Liquid Gas Seperator.png|frameless]]

In this image, we will be using <code>Fluid Ports</code>, a <code>Fluid Pump</code>, a <code>Liquid Relief Valve</code>(Grey banded pipe), and a <code>Gas Relief Valve</code>(White banded pipe). Orange here represents the mix of Gas and liquid in a system, blue represents Liquid output, and Green represents the gas direction within a system.

With this gadget, we filter out fluids and send them to our desired output (An engine in this exampled). And in doing so, we also filter the gasses back into our tank.

This will allow for a flow rate higher than 5 Litres per Second.

=== Step 4: Engine Exhaust ===
[[File:Prefab Step 4 - Exhaust.png|frameless|432x432px]]

The simple addition of an exhaust pipe. Necessary for an engine to function.

==== Step 4 Details COLLAPSE! ====
In this step we are using some pipe pieces and a <code>[[Fluid Ports|Fluid Exhaust]]</code> port component. Any fluid port will suffice, but we are using this to make it visually distinct from the air intake.

Engines in Stormworks require an exhaust to function and is one of the more common necessities forgotten by beginners.

Large Prefab Engines require two exhaust nodes.

Exhaust is denoted by the colour Dark Grey.

=== Step 5: Cooling ===
[[File:Step 5 Cooling Prefab.png|frameless|439x439px]]

In this step we introduce a basic cooling loop for the engine using the <code>Fluid Heat Radiator</code>.

==== Step 5 Details COLLAPSE! ====
Cooling loops in Stormworks can get frustrating at times, but in this guide this simple setup will be more than sufficient. In general however, if your engine is within an enclosed space you will want to make sure your radiator is not inside the same enclosed space.

All engines have a coolant "Input" and "Output" fluid node, the way you connect these don't necessarily matter in most cases.

Coolant is denoted by the colour Blue.

=== Step 6: The RPS Output ===
[[File:Step 6 RPS output.png|frameless|439x439px]]

In this step we have assembled the output for our RPS. Utilising a <code>Clutch</code> and a <code>Small Propeller</code>.

==== Step 6 Details COLLAPSE! ====
Engines turn Fuel and Air into rotational energy, measured in RPS in Stormworks. This demonstration setup allows us to control the output and utilise a small propeller to visualise the RPS in action. In a real application of an engine, this propeller would of course be submerged underwater, or the RPS would be attached to a wheel. This setup is primarily for learning and demonstration purposes.

RPS is denoted by the colour Red.

=== Step 7: Controls and Battery ===
[[File:Step 7 Controls and Battery.png|frameless|431x431px]]

In this setup we have used a Push button, 2 Throttle Levers, 2 Dials and a battery.

==== Step 7 Details COLLAPSE! ====
We have yet to connect any logic nodes; in this step all we have done is place down what we will need:

* 2 Dials, one will read the engine RPS, one will read the engine Temperature.
* A push button, this will be our starter.
* 2 Throttle Levers, Pink will control our Engine Throttle and Red will control our Clutch output.
* A battery, necessary to power the various controls and engine starter.

You can use the select tool to rename each component accordingly, this will help you keep track of what your various controls do. In this demonstration, I have named the left dial "RPS" and the right Dial "Temp", the throttle levers accordingly, and the button to "Starter".

=== Step 8: Electricity Hookup ===
[[File:Step 8 prefab electrics.png|frameless|436x436px]]

In this step, we have connected all the power nodes from the battery.

==== Step 8 Details COLLAPSE! ====
This step is another one that is commonly forgotten by beginners. Double check you have these setup. Without power, the starter button will not work, the throttle levers will not output and the clutch will not work.

=== Step 9: Setting up our Logic ===
[[File:Step 9 prefab Logic.png|frameless|440x440px]]

Connecting the various logic nodes up for the engine to work.

==== Step 9 Details COLLAPSE! ====
In this step we are connecting up all our logic nodes. In our demonstration, you will want to connect up the following:

* The boolean <code>Push Button</code> to the <code>Starter</code> node on the Engine
* The numerical <code>Throttle Lever: Throttle</code> output to the <code>Throttle</code> node on the Engine
* The numerical <code>Throttle Lever: Clutch</code> output to the <code>Clutch</code> input node
* The numerical <code>RPS</code> output from the Engine to the <code>Dial: RPS</code> input node
* The numerical <code>Temperature</code> output from the Engine to the <code>Dial: Temperature</code> input node

This is another step fraught with mishaps and forgetfulness. When troubleshooting, ensure all your logic nodes are adequately set up.

=== Step 10: Operating the Engine ===
[[File:Step 10 prefab opreation.png|frameless|358x358px]]

Step 1 - Increase Throttle to 0.20 or above

Step 2 - Push and holder the starter until the engine turns over

Step 3 - Release the starter button, allowing the engine to run.

You can now use the Throttle Lever to adjust the engine throttle, and the Clutch lever to adjust the RPS going to the propeller.

==== Step 10 Details COLLAPSE! ====
This step is our final step, and concludes our step-by-step tutorial on the creation of a prefab engine. Operation is simple, increase the Throttle lever to 0.20 or above, and hold down the starter button until the engine turns over. To kill the engine, simply reduce the throttle to 0. You will be able to read the Engine temperature on the Temp Dial we created, and the Engine's RPS on the RPS Dial we created earlier.

=== Troubleshooting COLLAPSE! ===
If you are having issues, ensure the following

* The Engine has Fuel
* The Engine has Air
* The Engine has Exhaust
* The Starter button is hooked up to the Engine
* The Starter button has power
* The Engine has power
* The Engine has throttle applied sufficiently
* The throttle levers have power
* If RPS is not going to the Propeller, ensure there is power to the Throttle Lever for the Clutch and ensure the Clutch component has power

=== Conclusion ===
Following this guide it was the intent that the reader has gained or reinforced their understanding of how to set up a Prefab/Preset engine in Stormworks.

You can find the this demonstration on the workshop [https://steamcommunity.com/sharedfiles/filedetails/?id=3734740870 Here]

=== Footnotes ===
[[Category:Guides]]

Engine Setup (Prefab)

2026-05-29T03:14:19Z

Tictactoe1609:

[[File:Prefab Engine Guide.png|326x326px|left|frameless]]
This guide will show you the basics of setting up a Prefab/Preset Engine. These engines come in 3 variants: Small, Medium, and Large. Further details on each individual prefab engine can be found [[Prefab engine|here]].

For the purposes of this guide we will be utilising the Small Engine, however the exact same steps can be used on all variants, with any information worth noting mentioned at relevant steps.

You can use this guide as a checklist to troubleshoot your own Prefab Engine setups.

=== Some Groundwork ===
Prefab engines in Stormworks require '''four''' things: '''Fuel''', '''Air''', '''Coolant''', and '''Exhaust'''. '''Electricity'''<ref>Electricity is not necessarily required, but for the purposes of this guide it will be used as the starting method. An engine will operate without electricity and can be started using a hand crank geared up. This is however, not the typical method and so we will be using Electricity. </ref> is also commonly used to start engines (see note for additional information).

Within this guide we will be utilising 2 fluid ports; the Fluid Exhaust, and Fluid Port End, these are however not the only things you can use. Please see [[Fluid Ports|here]] for more details on various fluid ports.

As mentioned prior; this guide will be utilising the Small Prefab engine, but the same principles can be applied to the other variants, exceptions will be noted at each individual step.

=== Step 1: Assembling our Components ===
There are a few components needed for this guide:
{|
|
* Small Engine
|
* Fluid Exhaust
|-
|
* Fluid Port End
|
* Various Pipes<ref>See Fluid Transfer Page</ref>
|-
|
* Fluid Relief Valve
|
* Fluid Tank (Small, Medium or Large)
|-
|
* Fluid Heat Radiator<ref>See the Cooling Components for more information and possible alternatives.</ref>
|
* Clutch
|-
|
* Small Propellor
|
* Throttle Lever
|-
|
* Dial(a)
|
* Push Button
|-
|
* Battery (Small, Medium or Large)
|
|}
(a) - The dial is not absolutely necessary, but will be useful for trouble shooting any potential problems and will aid in demonstrating what is going on.

[[File:Step 1.png|frameless|396x396px]]

=== Step 2: Supplying Air ===
[[File:Step 2 Prefab.png|frameless|397x397px]]

A simple Fluid port end connected directly to the Air intake on a Prefab engine to supply air.

==== Step 2 Details COLLAPSE! ====
For this step we use the <code>Fluid Port End</code> on the Air intake for the engine. You will know which port is which by hovering your mouse over each port, this will show you what each fluid port on the engine corresponds to.

Air intake is denoted with the colour Green.
[[File:Hovering over a port example.png|none|thumb|278x278px|Mouse hovering over the "Air" port on the Small Engine]]

=== Step 3: Supplying Fuel ===
[[File:Step 3 - Fuel.png|frameless|427x427px]]

Adding in a Fuel tank, and a Liquid Relief Valve. This will supply Fuel to our engine.

==== Step 3 Details COLLAPSE! ====
When supplying fuel to an engine we need a source of fuel. In this example, we will use a <code>Small Fluid Tank</code>, though this can come from any kind of fluid tank you need.

To ensure that our engine does not clog up with air, we are using a <code>Liquid Relief Valve</code>, this is the pipe block with a grey band around it. This block acts as a filter to prevent gasses from heading into the engine, and as it is drawing from our Fluid tank set to Diesel it will only be pulling diesel into our engine.

Both Prefab and Modular engines in Stormworks require <code>Diesel</code> to operate. The fluid tank blocks will default to Diesel when placed, but if in doubt you can use the select tool to configure the name, the fluid type, and the fluid level of the tank.

Fuel is denoted by the colour Orange.

===== Additional Note - Fuel Flow Rate COLLAPSE! =====
The above setup is more than adequate for the purposes of our demonstration, as we will not require more than 5 litres/second of fuel. However, should you need to pull more than 5 litres/second of fuel you will need to use a <code>Liquid Gas Separator</code>. This is a small contraption used to ensure that only liquid is pumped into your desired location without moving the air from your tank.

[[File:Liquid Gas Seperator.png|frameless]]

In this image, we will be using <code>Fluid Ports</code>, a <code>Fluid Pump</code>, a <code>Liquid Relief Valve</code>(Grey banded pipe), and a <code>Gas Relief Valve</code>(White banded pipe). Orange here represents the mix of Gas and liquid in a system, blue represents Liquid output, and Green represents the gas direction within a system.

With this gadget, we filter out fluids and send them to our desired output (An engine in this exampled). And in doing so, we also filter the gasses back into our tank.

This will allow for a flow rate higher than 5 Litres per Second.

=== Step 4: Engine Exhaust ===
[[File:Prefab Step 4 - Exhaust.png|frameless|432x432px]]

The simple addition of an exhaust pipe. Necessary for an engine to function.

==== Step 4 Details COLLAPSE! ====
In this step we are using some pipe pieces and a <code>[[Fluid Ports|Fluid Exhaust]]</code> port component. Any fluid port will suffice, but we are using this to make it visually distinct from the air intake.

Engines in Stormworks require an exhaust to function and is one of the more common necessities forgotten by beginners.

Large Prefab Engines require two exhaust nodes.

Exhaust is denoted by the colour Dark Grey.

=== Step 5: Cooling ===
[[File:Step 5 Cooling Prefab.png|frameless|439x439px]]

In this step we introduce a basic cooling loop for the engine using the <code>Fluid Heat Radiator</code>.

==== Step 5 Details COLLAPSE! ====
Cooling loops in Stormworks can get frustrating at times, but in this guide this simple setup will be more than sufficient. In general however, if your engine is within an enclosed space you will want to make sure your radiator is not inside the same enclosed space.

All engines have a coolant "Input" and "Output" fluid node, the way you connect these don't necessarily matter in most cases.

Coolant is denoted by the colour Blue.

=== Step 6: The RPS Output ===
[[File:Step 6 RPS output.png|frameless|439x439px]]

In this step we have assembled the output for our RPS. Utilising a <code>Clutch</code> and a <code>Small Propeller</code>.

==== Step 6 Details COLLAPSE! ====
Engines turn Fuel and Air into rotational energy, measured in RPS in Stormworks. This demonstration setup allows us to control the output and utilise a small propeller to visualise the RPS in action. In a real application of an engine, this propeller would of course be submerged underwater, or the RPS would be attached to a wheel. This setup is primarily for learning and demonstration purposes.

RPS is denoted by the colour Red.

=== Step 7: Controls and Battery ===
[[File:Step 7 Controls and Battery.png|frameless|431x431px]]

In this setup we have used a Push button, 2 Throttle Levers, 2 Dials and a battery.

==== Step 7 Details COLLAPSE! ====
We have yet to connect any logic nodes; in this step all we have done is place down what we will need:

* 2 Dials, one will read the engine RPS, one will read the engine Temperature.
* A push button, this will be our starter.
* 2 Throttle Levers, Pink will control our Engine Throttle and Red will control our Clutch output.
* A battery, necessary to power the various controls and engine starter.

You can use the select tool to rename each component accordingly, this will help you keep track of what your various controls do. In this demonstration, I have named the left dial "RPS" and the right Dial "Temp", the throttle levers accordingly, and the button to "Starter".

=== Step 8: Electricity Hookup ===
[[File:Step 8 prefab electrics.png|frameless|436x436px]]

In this step, we have connected all the power nodes from the battery.

==== Step 8 Details COLLAPSE! ====
This step is another one that is commonly forgotten by beginners. Double check you have these setup. Without power, the starter button will not work, the throttle levers will not output and the clutch will not work.

=== Step 9: Setting up our Logic ===
[[File:Step 9 prefab Logic.png|frameless|440x440px]]

Connecting the various logic nodes up for the engine to work.

==== Step 9 Details COLLAPSE! ====
In this step we are connecting up all our logic nodes. In our demonstration, you will want to connect up the following:

* The boolean <code>Push Button</code> to the <code>Starter</code> node on the Engine
* The numerical <code>Throttle Lever: Throttle</code> output to the <code>Throttle</code> node on the Engine
* The numerical <code>Throttle Lever: Clutch</code> output to the <code>Clutch</code> input node
* The numerical <code>RPS</code> output from the Engine to the <code>Dial: RPS</code> input node
* The numerical <code>Temperature</code> output from the Engine to the <code>Dial: Temperature</code> input node

This is another step fraught with mishaps and forgetfulness. When troubleshooting, ensure all your logic nodes are adequately set up.

=== Step 10: Operating the Engine ===
[[File:Step 10 prefab opreation.png|frameless|358x358px]]

Step 1 - Increase Throttle to 0.20 or above

Step 2 - Push and holder the starter until the engine turns over

Step 3 - Release the starter button, allowing the engine to run.

You can now use the Throttle Lever to adjust the engine throttle, and the Clutch lever to adjust the RPS going to the propeller.

==== Step 10 Details COLLAPSE! ====
This step is our final step, and concludes our step-by-step tutorial on the creation of a prefab engine. Operation is simple, increase the Throttle lever to 0.20 or above, and hold down the starter button until the engine turns over. To kill the engine, simply reduce the throttle to 0. You will be able to read the Engine temperature on the Temp Dial we created, and the Engine's RPS on the RPS Dial we created earlier.

=== Troubleshooting COLLAPSE! ===
If you are having issues, ensure the following

* The Engine has Fuel
* The Engine has Air
* The Engine has Exhaust
* The Starter button is hooked up to the Engine
* The Starter button has power
* The Engine has power
* The Engine has throttle applied sufficiently
* The throttle levers have power
* If RPS is not going to the Propeller, ensure there is power to the Throttle Lever for the Clutch and ensure the Clutch component has power

=== Conclusion ===
Following this guide it was the intent that the reader has gained or reinforced their understanding of how to set up a Prefab/Preset engine in Stormworks.

You can find the this demonstration on the workshop [https://steamcommunity.com/sharedfiles/filedetails/?id=3734740870 Here]

=== Footnotes ===
[[Category:Guides]]

Engine Setup (Prefab)

2026-05-29T03:13:26Z

Tictactoe1609:

[[File:Prefab Engine Guide.png|thumb|262x262px]]
This guide will show you the basics of setting up a Prefab/Preset Engine. These engines come in 3 variants: Small, Medium, and Large. Further details on each individual prefab engine can be found [[Prefab engine|here]].

For the purposes of this guide we will be utilising the Small Engine, however the exact same steps can be used on all variants, with any information worth noting mentioned at relevant steps.

You can use this guide as a checklist to troubleshoot your own Prefab Engine setups.

=== Some Groundwork ===
Prefab engines in Stormworks require '''four''' things: '''Fuel''', '''Air''', '''Coolant''', and '''Exhaust'''. '''Electricity'''<ref>Electricity is not necessarily required, but for the purposes of this guide it will be used as the starting method. An engine will operate without electricity and can be started using a hand crank geared up. This is however, not the typical method and so we will be using Electricity. </ref> is also commonly used to start engines (see note for additional information).

Within this guide we will be utilising 2 fluid ports; the Fluid Exhaust, and Fluid Port End, these are however not the only things you can use. Please see [[Fluid Ports|here]] for more details on various fluid ports.

As mentioned prior; this guide will be utilising the Small Prefab engine, but the same principles can be applied to the other variants, exceptions will be noted at each individual step.

=== Step 1: Assembling our Components ===
There are a few components needed for this guide:
{|
|
* Small Engine
|
* Fluid Exhaust
|-
|
* Fluid Port End
|
* Various Pipes<ref>See Fluid Transfer Page</ref>
|-
|
* Fluid Relief Valve
|
* Fluid Tank (Small, Medium or Large)
|-
|
* Fluid Heat Radiator<ref>See the Cooling Components for more information and possible alternatives.</ref>
|
* Clutch
|-
|
* Small Propellor
|
* Throttle Lever
|-
|
* Dial(a)
|
* Push Button
|-
|
* Battery (Small, Medium or Large)
|
|}
(a) - The dial is not absolutely necessary, but will be useful for trouble shooting any potential problems and will aid in demonstrating what is going on.

[[File:Step 1.png|frameless|396x396px]]

=== Step 2: Supplying Air ===
[[File:Step 2 Prefab.png|frameless|397x397px]]

A simple Fluid port end connected directly to the Air intake on a Prefab engine to supply air.

==== Step 2 Details COLLAPSE! ====
For this step we use the <code>Fluid Port End</code> on the Air intake for the engine. You will know which port is which by hovering your mouse over each port, this will show you what each fluid port on the engine corresponds to.

Air intake is denoted with the colour Green.
[[File:Hovering over a port example.png|none|thumb|278x278px|Mouse hovering over the "Air" port on the Small Engine]]

=== Step 3: Supplying Fuel ===
[[File:Step 3 - Fuel.png|frameless|427x427px]]

Adding in a Fuel tank, and a Liquid Relief Valve. This will supply Fuel to our engine.

==== Step 3 Details COLLAPSE! ====
When supplying fuel to an engine we need a source of fuel. In this example, we will use a <code>Small Fluid Tank</code>, though this can come from any kind of fluid tank you need.

To ensure that our engine does not clog up with air, we are using a <code>Liquid Relief Valve</code>, this is the pipe block with a grey band around it. This block acts as a filter to prevent gasses from heading into the engine, and as it is drawing from our Fluid tank set to Diesel it will only be pulling diesel into our engine.

Both Prefab and Modular engines in Stormworks require <code>Diesel</code> to operate. The fluid tank blocks will default to Diesel when placed, but if in doubt you can use the select tool to configure the name, the fluid type, and the fluid level of the tank.

Fuel is denoted by the colour Orange.

===== Additional Note - Fuel Flow Rate COLLAPSE! =====
The above setup is more than adequate for the purposes of our demonstration, as we will not require more than 5 litres/second of fuel. However, should you need to pull more than 5 litres/second of fuel you will need to use a <code>Liquid Gas Separator</code>. This is a small contraption used to ensure that only liquid is pumped into your desired location without moving the air from your tank.

[[File:Liquid Gas Seperator.png|frameless]]

In this image, we will be using <code>Fluid Ports</code>, a <code>Fluid Pump</code>, a <code>Liquid Relief Valve</code>(Grey banded pipe), and a <code>Gas Relief Valve</code>(White banded pipe). Orange here represents the mix of Gas and liquid in a system, blue represents Liquid output, and Green represents the gas direction within a system.

With this gadget, we filter out fluids and send them to our desired output (An engine in this exampled). And in doing so, we also filter the gasses back into our tank.

This will allow for a flow rate higher than 5 Litres per Second.

=== Step 4: Engine Exhaust ===
[[File:Prefab Step 4 - Exhaust.png|frameless|432x432px]]

The simple addition of an exhaust pipe. Necessary for an engine to function.

==== Step 4 Details COLLAPSE! ====
In this step we are using some pipe pieces and a <code>[[Fluid Ports|Fluid Exhaust]]</code> port component. Any fluid port will suffice, but we are using this to make it visually distinct from the air intake.

Engines in Stormworks require an exhaust to function and is one of the more common necessities forgotten by beginners.

Large Prefab Engines require two exhaust nodes.

Exhaust is denoted by the colour Dark Grey.

=== Step 5: Cooling ===
[[File:Step 5 Cooling Prefab.png|frameless|439x439px]]

In this step we introduce a basic cooling loop for the engine using the <code>Fluid Heat Radiator</code>.

==== Step 5 Details COLLAPSE! ====
Cooling loops in Stormworks can get frustrating at times, but in this guide this simple setup will be more than sufficient. In general however, if your engine is within an enclosed space you will want to make sure your radiator is not inside the same enclosed space.

All engines have a coolant "Input" and "Output" fluid node, the way you connect these don't necessarily matter in most cases.

Coolant is denoted by the colour Blue.

=== Step 6: The RPS Output ===
[[File:Step 6 RPS output.png|frameless|439x439px]]

In this step we have assembled the output for our RPS. Utilising a <code>Clutch</code> and a <code>Small Propeller</code>.

==== Step 6 Details COLLAPSE! ====
Engines turn Fuel and Air into rotational energy, measured in RPS in Stormworks. This demonstration setup allows us to control the output and utilise a small propeller to visualise the RPS in action. In a real application of an engine, this propeller would of course be submerged underwater, or the RPS would be attached to a wheel. This setup is primarily for learning and demonstration purposes.

RPS is denoted by the colour Red.

=== Step 7: Controls and Battery ===
[[File:Step 7 Controls and Battery.png|frameless|431x431px]]

In this setup we have used a Push button, 2 Throttle Levers, 2 Dials and a battery.

==== Step 7 Details COLLAPSE! ====
We have yet to connect any logic nodes; in this step all we have done is place down what we will need:

* 2 Dials, one will read the engine RPS, one will read the engine Temperature.
* A push button, this will be our starter.
* 2 Throttle Levers, Pink will control our Engine Throttle and Red will control our Clutch output.
* A battery, necessary to power the various controls and engine starter.

You can use the select tool to rename each component accordingly, this will help you keep track of what your various controls do. In this demonstration, I have named the left dial "RPS" and the right Dial "Temp", the throttle levers accordingly, and the button to "Starter".

=== Step 8: Electricity Hookup ===
[[File:Step 8 prefab electrics.png|frameless|436x436px]]

In this step, we have connected all the power nodes from the battery.

==== Step 8 Details COLLAPSE! ====
This step is another one that is commonly forgotten by beginners. Double check you have these setup. Without power, the starter button will not work, the throttle levers will not output and the clutch will not work.

=== Step 9: Setting up our Logic ===
[[File:Step 9 prefab Logic.png|frameless|440x440px]]

Connecting the various logic nodes up for the engine to work.

==== Step 9 Details COLLAPSE! ====
In this step we are connecting up all our logic nodes. In our demonstration, you will want to connect up the following:

* The boolean <code>Push Button</code> to the <code>Starter</code> node on the Engine
* The numerical <code>Throttle Lever: Throttle</code> output to the <code>Throttle</code> node on the Engine
* The numerical <code>Throttle Lever: Clutch</code> output to the <code>Clutch</code> input node
* The numerical <code>RPS</code> output from the Engine to the <code>Dial: RPS</code> input node
* The numerical <code>Temperature</code> output from the Engine to the <code>Dial: Temperature</code> input node

This is another step fraught with mishaps and forgetfulness. When troubleshooting, ensure all your logic nodes are adequately set up.

=== Step 10: Operating the Engine ===
[[File:Step 10 prefab opreation.png|frameless|358x358px]]

Step 1 - Increase Throttle to 0.20 or above

Step 2 - Push and holder the starter until the engine turns over

Step 3 - Release the starter button, allowing the engine to run.

You can now use the Throttle Lever to adjust the engine throttle, and the Clutch lever to adjust the RPS going to the propeller.

==== Step 10 Details COLLAPSE! ====
This step is our final step, and concludes our step-by-step tutorial on the creation of a prefab engine. Operation is simple, increase the Throttle lever to 0.20 or above, and hold down the starter button until the engine turns over. To kill the engine, simply reduce the throttle to 0. You will be able to read the Engine temperature on the Temp Dial we created, and the Engine's RPS on the RPS Dial we created earlier.

=== Troubleshooting COLLAPSE! ===
If you are having issues, ensure the following

* The Engine has Fuel
* The Engine has Air
* The Engine has Exhaust
* The Starter button is hooked up to the Engine
* The Starter button has power
* The Engine has power
* The Engine has throttle applied sufficiently
* The throttle levers have power
* If RPS is not going to the Propeller, ensure there is power to the Throttle Lever for the Clutch and ensure the Clutch component has power

=== Conclusion ===
Following this guide it was the intent that the reader has gained or reinforced their understanding of how to set up a Prefab/Preset engine in Stormworks.

You can find the this demonstration on the workshop [https://steamcommunity.com/sharedfiles/filedetails/?id=3734740870 Here]

=== Footnotes ===
[[Category:Guides]]

File:Prefab Engine Guide.png

2026-05-29T03:12:56Z

Tictactoe1609:

Prefab Engine Guide thumbnail

Engine Setup (Prefab)

2026-05-29T03:11:46Z

Tictactoe1609:

This guide will show you the basics of setting up a Prefab/Preset Engine. These engines come in 3 variants: Small, Medium, and Large. Further details on each individual prefab engine can be found [[Prefab engine|here]].

For the purposes of this guide we will be utilising the Small Engine, however the exact same steps can be used on all variants, with any information worth noting mentioned at relevant steps.

You can use this guide as a checklist to troubleshoot your own Prefab Engine setups.

=== Some Groundwork ===
Prefab engines in Stormworks require '''four''' things: '''Fuel''', '''Air''', '''Coolant''', and '''Exhaust'''. '''Electricity'''<ref>Electricity is not necessarily required, but for the purposes of this guide it will be used as the starting method. An engine will operate without electricity and can be started using a hand crank geared up. This is however, not the typical method and so we will be using Electricity. </ref> is also commonly used to start engines (see note for additional information).

Within this guide we will be utilising 2 fluid ports; the Fluid Exhaust, and Fluid Port End, these are however not the only things you can use. Please see [[Fluid Ports|here]] for more details on various fluid ports.

As mentioned prior; this guide will be utilising the Small Prefab engine, but the same principles can be applied to the other variants, exceptions will be noted at each individual step.

=== Step 1: Assembling our Components ===
There are a few components needed for this guide:
{|
|
* Small Engine
|
* Fluid Exhaust
|-
|
* Fluid Port End
|
* Various Pipes<ref>See Fluid Transfer Page</ref>
|-
|
* Fluid Relief Valve
|
* Fluid Tank (Small, Medium or Large)
|-
|
* Fluid Heat Radiator<ref>See the Cooling Components for more information and possible alternatives.</ref>
|
* Clutch
|-
|
* Small Propellor
|
* Throttle Lever
|-
|
* Dial(a)
|
* Push Button
|-
|
* Battery (Small, Medium or Large)
|
|}
(a) - The dial is not absolutely necessary, but will be useful for trouble shooting any potential problems and will aid in demonstrating what is going on.

[[File:Step 1.png|frameless|396x396px]]

=== Step 2: Supplying Air ===
[[File:Step 2 Prefab.png|frameless|397x397px]]

A simple Fluid port end connected directly to the Air intake on a Prefab engine to supply air.

==== Step 2 Details COLLAPSE! ====
For this step we use the <code>Fluid Port End</code> on the Air intake for the engine. You will know which port is which by hovering your mouse over each port, this will show you what each fluid port on the engine corresponds to.

Air intake is denoted with the colour Green.
[[File:Hovering over a port example.png|none|thumb|278x278px|Mouse hovering over the "Air" port on the Small Engine]]

=== Step 3: Supplying Fuel ===
[[File:Step 3 - Fuel.png|frameless|427x427px]]

Adding in a Fuel tank, and a Liquid Relief Valve. This will supply Fuel to our engine.

==== Step 3 Details COLLAPSE! ====
When supplying fuel to an engine we need a source of fuel. In this example, we will use a <code>Small Fluid Tank</code>, though this can come from any kind of fluid tank you need.

To ensure that our engine does not clog up with air, we are using a <code>Liquid Relief Valve</code>, this is the pipe block with a grey band around it. This block acts as a filter to prevent gasses from heading into the engine, and as it is drawing from our Fluid tank set to Diesel it will only be pulling diesel into our engine.

Both Prefab and Modular engines in Stormworks require <code>Diesel</code> to operate. The fluid tank blocks will default to Diesel when placed, but if in doubt you can use the select tool to configure the name, the fluid type, and the fluid level of the tank.

Fuel is denoted by the colour Orange.

===== Additional Note - Fuel Flow Rate COLLAPSE! =====
The above setup is more than adequate for the purposes of our demonstration, as we will not require more than 5 litres/second of fuel. However, should you need to pull more than 5 litres/second of fuel you will need to use a <code>Liquid Gas Separator</code>. This is a small contraption used to ensure that only liquid is pumped into your desired location without moving the air from your tank.

[[File:Liquid Gas Seperator.png|frameless]]

In this image, we will be using <code>Fluid Ports</code>, a <code>Fluid Pump</code>, a <code>Liquid Relief Valve</code>(Grey banded pipe), and a <code>Gas Relief Valve</code>(White banded pipe). Orange here represents the mix of Gas and liquid in a system, blue represents Liquid output, and Green represents the gas direction within a system.

With this gadget, we filter out fluids and send them to our desired output (An engine in this exampled). And in doing so, we also filter the gasses back into our tank.

This will allow for a flow rate higher than 5 Litres per Second.

=== Step 4: Engine Exhaust ===
[[File:Prefab Step 4 - Exhaust.png|frameless|432x432px]]

The simple addition of an exhaust pipe. Necessary for an engine to function.

==== Step 4 Details COLLAPSE! ====
In this step we are using some pipe pieces and a <code>[[Fluid Ports|Fluid Exhaust]]</code> port component. Any fluid port will suffice, but we are using this to make it visually distinct from the air intake.

Engines in Stormworks require an exhaust to function and is one of the more common necessities forgotten by beginners.

Large Prefab Engines require two exhaust nodes.

Exhaust is denoted by the colour Dark Grey.

=== Step 5: Cooling ===
[[File:Step 5 Cooling Prefab.png|frameless|439x439px]]

In this step we introduce a basic cooling loop for the engine using the <code>Fluid Heat Radiator</code>.

==== Step 5 Details COLLAPSE! ====
Cooling loops in Stormworks can get frustrating at times, but in this guide this simple setup will be more than sufficient. In general however, if your engine is within an enclosed space you will want to make sure your radiator is not inside the same enclosed space.

All engines have a coolant "Input" and "Output" fluid node, the way you connect these don't necessarily matter in most cases.

Coolant is denoted by the colour Blue.

=== Step 6: The RPS Output ===
[[File:Step 6 RPS output.png|frameless|439x439px]]

In this step we have assembled the output for our RPS. Utilising a <code>Clutch</code> and a <code>Small Propeller</code>.

==== Step 6 Details COLLAPSE! ====
Engines turn Fuel and Air into rotational energy, measured in RPS in Stormworks. This demonstration setup allows us to control the output and utilise a small propeller to visualise the RPS in action. In a real application of an engine, this propeller would of course be submerged underwater, or the RPS would be attached to a wheel. This setup is primarily for learning and demonstration purposes.

RPS is denoted by the colour Red.

=== Step 7: Controls and Battery ===
[[File:Step 7 Controls and Battery.png|frameless|431x431px]]

In this setup we have used a Push button, 2 Throttle Levers, 2 Dials and a battery.

==== Step 7 Details COLLAPSE! ====
We have yet to connect any logic nodes; in this step all we have done is place down what we will need:

* 2 Dials, one will read the engine RPS, one will read the engine Temperature.
* A push button, this will be our starter.
* 2 Throttle Levers, Pink will control our Engine Throttle and Red will control our Clutch output.
* A battery, necessary to power the various controls and engine starter.

You can use the select tool to rename each component accordingly, this will help you keep track of what your various controls do. In this demonstration, I have named the left dial "RPS" and the right Dial "Temp", the throttle levers accordingly, and the button to "Starter".

=== Step 8: Electricity Hookup ===
[[File:Step 8 prefab electrics.png|frameless|436x436px]]

In this step, we have connected all the power nodes from the battery.

==== Step 8 Details COLLAPSE! ====
This step is another one that is commonly forgotten by beginners. Double check you have these setup. Without power, the starter button will not work, the throttle levers will not output and the clutch will not work.

=== Step 9: Setting up our Logic ===
[[File:Step 9 prefab Logic.png|frameless|440x440px]]

Connecting the various logic nodes up for the engine to work.

==== Step 9 Details COLLAPSE! ====
In this step we are connecting up all our logic nodes. In our demonstration, you will want to connect up the following:

* The boolean <code>Push Button</code> to the <code>Starter</code> node on the Engine
* The numerical <code>Throttle Lever: Throttle</code> output to the <code>Throttle</code> node on the Engine
* The numerical <code>Throttle Lever: Clutch</code> output to the <code>Clutch</code> input node
* The numerical <code>RPS</code> output from the Engine to the <code>Dial: RPS</code> input node
* The numerical <code>Temperature</code> output from the Engine to the <code>Dial: Temperature</code> input node

This is another step fraught with mishaps and forgetfulness. When troubleshooting, ensure all your logic nodes are adequately set up.

=== Step 10: Operating the Engine ===
[[File:Step 10 prefab opreation.png|frameless|358x358px]]

Step 1 - Increase Throttle to 0.20 or above

Step 2 - Push and holder the starter until the engine turns over

Step 3 - Release the starter button, allowing the engine to run.

You can now use the Throttle Lever to adjust the engine throttle, and the Clutch lever to adjust the RPS going to the propeller.

==== Step 10 Details COLLAPSE! ====
This step is our final step, and concludes our step-by-step tutorial on the creation of a prefab engine. Operation is simple, increase the Throttle lever to 0.20 or above, and hold down the starter button until the engine turns over. To kill the engine, simply reduce the throttle to 0. You will be able to read the Engine temperature on the Temp Dial we created, and the Engine's RPS on the RPS Dial we created earlier.

=== Troubleshooting COLLAPSE! ===
If you are having issues, ensure the following

* The Engine has Fuel
* The Engine has Air
* The Engine has Exhaust
* The Starter button is hooked up to the Engine
* The Starter button has power
* The Engine has power
* The Engine has throttle applied sufficiently
* The throttle levers have power
* If RPS is not going to the Propeller, ensure there is power to the Throttle Lever for the Clutch and ensure the Clutch component has power

=== Conclusion ===
Following this guide it was the intent that the reader has gained or reinforced their understanding of how to set up a Prefab/Preset engine in Stormworks.

You can find the this demonstration on the workshop [https://steamcommunity.com/sharedfiles/filedetails/?id=3734740870 Here]

=== Footnotes ===
[[Category:Guides]]

Engine Setup (Prefab)

2026-05-29T03:10:20Z

Tictactoe1609:

This guide will show you the basics of setting up a Prefab/Preset Engine. These engines come in 3 variants: Small, Medium, and Large. Further details on each individual prefab engine can be found [[Prefab engine|here]].

For the purposes of this guide we will be utilising the Small Engine, however the exact same steps can be used on all variants, with any information worth noting mentioned at relevant steps.

You can use this guide as a checklist to troubleshoot your own Prefab Engine setups.

=== Some Groundwork ===
Prefab engines in Stormworks require '''four''' things: '''Fuel''', '''Air''', '''Coolant''', and '''Exhaust'''. '''Electricity'''<ref>Electricity is not necessarily required, but for the purposes of this guide it will be used as the starting method. An engine will operate without electricity and can be started using a hand crank geared up. This is however, not the typical method and so we will be using Electricity. </ref> is also commonly used to start engines (see note for additional information).

Within this guide we will be utilising 2 fluid ports; the Fluid Exhaust, and Fluid Port End, these are however not the only things you can use. Please see [[Fluid Ports|here]] for more details on various fluid ports.

As mentioned prior; this guide will be utilising the Small Prefab engine, but the same principles can be applied to the other variants, exceptions will be noted at each individual step.

=== Step 1: Assembling our Components ===
There are a few components needed for this guide:
{|
|
* Small Engine
|
* Fluid Exhaust
|-
|
* Fluid Port End
|
* Various Pipes<ref>See Fluid Transfer Page</ref>
|-
|
* Fluid Relief Valve
|
* Fluid Tank (Small, Medium or Large)
|-
|
* Fluid Heat Radiator<ref>See the Cooling Components for more information and possible alternatives.</ref>
|
* Clutch
|-
|
* Small Propellor
|
* Throttle Lever
|-
|
* Dial(a)
|
* Push Button
|-
|
* Battery (Small, Medium or Large)
|
|}
(a) - The dial is not absolutely necessary, but will be useful for trouble shooting any potential problems and will aid in demonstrating what is going on.

[[File:Step 1.png|frameless|396x396px]]

=== Step 2: Supplying Air ===
[[File:Step 2 Prefab.png|frameless|397x397px]]

A simple Fluid port end connected directly to the Air intake on a Prefab engine to supply air.

==== Step 2 Details COLLAPSE! ====
For this step we use the <code>Fluid Port End</code> on the Air intake for the engine. You will know which port is which by hovering your mouse over each port, this will show you what each fluid port on the engine corresponds to.

Air intake is denoted with the colour Green.
[[File:Hovering over a port example.png|none|thumb|278x278px|Mouse hovering over the "Air" port on the Small Engine]]

=== Step 3: Supplying Fuel ===
[[File:Step 3 - Fuel.png|frameless|427x427px]]

Adding in a Fuel tank, and a Liquid Relief Valve. This will supply Fuel to our engine.

==== Step 3 Details COLLAPSE! ====
When supplying fuel to an engine we need a source of fuel. In this example, we will use a <code>Small Fluid Tank</code>, though this can come from any kind of fluid tank you need.

To ensure that our engine does not clog up with air, we are using a <code>Liquid Relief Valve</code>, this is the pipe block with a grey band around it. This block acts as a filter to prevent gasses from heading into the engine, and as it is drawing from our Fluid tank set to Diesel it will only be pulling diesel into our engine.

Both Prefab and Modular engines in Stormworks require <code>Diesel</code> to operate. The fluid tank blocks will default to Diesel when placed, but if in doubt you can use the select tool to configure the name, the fluid type, and the fluid level of the tank.

Fuel is denoted by the colour Orange.

===== Additional Note - Fuel Flow Rate COLLAPSE! =====
The above setup is more than adequate for the purposes of our demonstration, as we will not require more than 5 litres/second of fuel. However, should you need to pull more than 5 litres/second of fuel you will need to use a <code>Liquid Gas Separator</code>. This is a small contraption used to ensure that only liquid is pumped into your desired location without moving the air from your tank.

[[File:Liquid Gas Seperator.png|frameless]]

In this image, we will be using <code>Fluid Ports</code>, a <code>Fluid Pump</code>, a <code>Liquid Relief Valve</code>(Grey banded pipe), and a <code>Gas Relief Valve</code>(White banded pipe). Orange here represents the mix of Gas and liquid in a system, blue represents Liquid output, and Green represents the gas direction within a system.

With this gadget, we filter out fluids and send them to our desired output (An engine in this exampled). And in doing so, we also filter the gasses back into our tank.

This will allow for a flow rate higher than 5 Litres per Second.

=== Step 4: Engine Exhaust ===
[[File:Prefab Step 4 - Exhaust.png|frameless|432x432px]]

The simple addition of an exhaust pipe. Necessary for an engine to function.

==== Step 4 Details COLLAPSE! ====
In this step we are using some pipe pieces and a <code>[[Fluid Ports|Fluid Exhaust]]</code> port component. Any fluid port will suffice, but we are using this to make it visually distinct from the air intake.

Engines in Stormworks require an exhaust to function and is one of the more common necessities forgotten by beginners.

Large Prefab Engines require two exhaust nodes.

Exhaust is denoted by the colour Dark Grey.

=== Step 5: Cooling ===
[[File:Step 5 Cooling Prefab.png|frameless|439x439px]]

In this step we introduce a basic cooling loop for the engine using the <code>Fluid Heat Radiator</code>.

==== Step 5 Details COLLAPSE! ====
Cooling loops in Stormworks can get frustrating at times, but in this guide this simple setup will be more than sufficient. In general however, if your engine is within an enclosed space you will want to make sure your radiator is not inside the same enclosed space.

All engines have a coolant "Input" and "Output" fluid node, the way you connect these don't necessarily matter in most cases.

Coolant is denoted by the colour Blue.

=== Step 6: The RPS Output ===
[[File:Step 6 RPS output.png|frameless|439x439px]]

In this step we have assembled the output for our RPS. Utilising a <code>Clutch</code> and a <code>Small Propeller</code>.

==== Step 6 Details COLLAPSE! ====
Engines turn Fuel and Air into rotational energy, measured in RPS in Stormworks. This demonstration setup allows us to control the output and utilise a small propeller to visualise the RPS in action. In a real application of an engine, this propeller would of course be submerged underwater, or the RPS would be attached to a wheel. This setup is primarily for learning and demonstration purposes.

RPS is denoted by the colour Red.

=== Step 7: Controls and Battery ===
[[File:Step 7 Controls and Battery.png|frameless|431x431px]]

In this setup we have used a Push button, 2 Throttle Levers, 2 Dials and a battery.

==== Step 7 Details COLLAPSE! ====
We have yet to connect any logic nodes; in this step all we have done is place down what we will need:

* 2 Dials, one will read the engine RPS, one will read the engine Temperature.
* A push button, this will be our starter.
* 2 Throttle Levers, Pink will control our Engine Throttle and Red will control our Clutch output.
* A battery, necessary to power the various controls and engine starter.

You can use the select tool to rename each component accordingly, this will help you keep track of what your various controls do. In this demonstration, I have named the left dial "RPS" and the right Dial "Temp", the throttle levers accordingly, and the button to "Starter".

=== Step 8: Electricity Hookup ===
[[File:Step 8 prefab electrics.png|frameless|436x436px]]

In this step, we have connected all the power nodes from the battery.

==== Step 8 Details COLLAPSE! ====
This step is another one that is commonly forgotten by beginners. Double check you have these setup. Without power, the starter button will not work, the throttle levers will not output and the clutch will not work.

=== Step 9: Setting up our Logic ===
[[File:Step 9 prefab Logic.png|frameless|440x440px]]

Connecting the various logic nodes up for the engine to work.

==== Step 9 Details COLLAPSE! ====
In this step we are connecting up all our logic nodes. In our demonstration, you will want to connect up the following:

* The boolean <code>Push Button</code> to the <code>Starter</code> node on the Engine
* The numerical <code>Throttle Lever: Throttle</code> output to the <code>Throttle</code> node on the Engine
* The numerical <code>Throttle Lever: Clutch</code> output to the <code>Clutch</code> input node
* The numerical <code>RPS</code> output from the Engine to the <code>Dial: RPS</code> input node
* The numerical <code>Temperature</code> output from the Engine to the <code>Dial: Temperature</code> input node

This is another step fraught with mishaps and forgetfulness. When troubleshooting, ensure all your logic nodes are adequately set up.

=== Step 10: Operating the Engine ===
[[File:Step 10 prefab opreation.png|frameless|358x358px]]

Step 1 - Increase Throttle to 0.20 or above

Step 2 - Push and holder the starter until the engine turns over

Step 3 - Release the starter button, allowing the engine to run.

You can now use the Throttle Lever to adjust the engine throttle, and the Clutch lever to adjust the RPS going to the propeller.

==== Step 10 Details COLLAPSE! ====
This step is our final step, and concludes our step-by-step tutorial on the creation of a prefab engine. Operation is simple, increase the Throttle lever to 0.20 or above, and hold down the starter button until the engine turns over. To kill the engine, simply reduce the throttle to 0. You will be able to read the Engine temperature on the Temp Dial we created, and the Engine's RPS on the RPS Dial we created earlier.

=== Troubleshooting ===
If you are having issues, ensure the following

* The Engine has Fuel
* The Engine has Air
* The Engine has Exhaust
* The Starter button is hooked up to the Engine
* The Starter button has power
* The Engine has power
* The Engine has throttle applied sufficiently
* The throttle levers have power
* If RPS is not going to the Propeller, ensure there is power to the Throttle Lever for the Clutch and ensure the Clutch component has power

=== Conclusion ===
Following this guide it was the intent that the reader has gained or reinforced their understanding of how to set up a Prefab/Preset engine in Stormworks.

=== Footnotes ===
[[Category:Guides]]

File:Step 10 prefab opreation.png

2026-05-29T02:56:41Z

Tictactoe1609:

Demonstration for Operation of the Prefab Engine

File:Step 9 prefab Logic.png

2026-05-29T02:39:52Z

Tictactoe1609:

Step 9 logic for the prefab demonstration.

File:Step 8 prefab electrics.png

2026-05-29T02:30:00Z

Tictactoe1609:

Showing electric setup for prefab engine demonstration

File:Step 7 Controls and Battery.png

2026-05-29T02:17:09Z

Tictactoe1609:

Demonstration for Prefab Engine Step 7

File:Step 6 RPS output.png

2026-05-29T01:50:02Z

Tictactoe1609:

Demonstration of prefab engine Step 6

File:Step 5 Cooling Prefab.png

2026-05-29T01:41:15Z

Tictactoe1609:

Demonstration of cooling prefab engine

File:Prefab Step 4 - Exhaust.png

2026-05-29T01:33:20Z

Tictactoe1609:

Demonstration of the Exhaust on a prefab engine

Engine Setup (Prefab)

2026-05-29T01:30:14Z

Tictactoe1609:

File:Liquid Gas Seperator.png

2026-05-29T01:25:57Z

Tictactoe1609:

Green - Gas
Blue - Liquid
Orange - Mixed

From Robert on the Discord: This device is called a liquid gas seperator, it keeps your pumps from getting rid of the air and makes sure they only throw out the water. The valve with a white band is a gas relief valve, that returns back to the tank you're draining from. The black banded valve is the liquid relief valve, that goes to wherever you're dumping your liquid.

File:Step 3 - Fuel.png

2026-05-29T01:11:03Z

Tictactoe1609:

Prefab Engine Step 3; Supplying Fuel

Engine Setup (Prefab)

2026-05-29T01:01:16Z

Tictactoe1609:

File:Hovering over a port example.png

2026-05-29T00:56:53Z

Tictactoe1609:

An example showing that hovering over the port on an engine will indicate what the port requires.

File:Step 2 Prefab.png

2026-05-29T00:53:43Z

Tictactoe1609:

Step 2 of prefab engine guide

File:Step 1.png

2026-05-29T00:51:58Z

Tictactoe1609:

Step 1 of the Prefab Engine

Engine Setup (Prefab)

2026-05-29T00:49:33Z

Tictactoe1609:

Engine Setup (Prefab)

2026-05-29T00:48:16Z

Tictactoe1609: /* Step 1: Some Groundwork */

Engine Setup (Prefab)

2026-05-29T00:33:02Z

Tictactoe1609:

Fluid Ports

2026-05-29T00:31:24Z

Tictactoe1609:

There are a variety of Fluid Ports in Stormworks. These are used to interface the various liquids and gasses within the game to be used in a variety of circumstances (Providing fuel to an engine, moving oil from one tank to another, providing breathable air to an enclosed space, etc). This page is dedicated solely to the ports that can interact with fluids both ways and does not include the Fluid Nozzle or the Fluid Jet.
[[File:Stormworks Fluid Ports.png|left|thumb|822x822px|The various fluid ports available in Stormworks as of 29/05/2026.]]

{| class="wikitable mw-collapsible"
|+Details regarding the various Fluid Ports
!Letter
!Component Name
!In Game Description
!Dimensions (in blocks) (WxLxH)
!Block Mass ([[Units of Measurement|SWMU]])
!Notes
|-
|A
|Fluid Exhaust
|''An Exhaust port for fluid systems. Fluid can flow in and out of the port as part of a fluid system.''
|1x1x2
|1
|Whilst this is name "Fluid '''Exhaust'''" any fluid type can flow through this port. It is '''not''' exclusively for the '''Exhaust''' gasses.
|-
|B
|Air Ram
|''Port used to allow air in and out of a fluid system.''
|1x1x1
|1
|Whilst this is named "'''Air''' ram" any fluid type can flow through this port. It is '''not''' exclusively for '''air'''.
|-
|C
|Fluid Port
|''Port used to allow fluid in and out a fluid system. Place the port inside an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|1x1x2
|1
|Whilst the Fluid Port is visually 1x1x1 in the grid, its hit box extends on the face of the port by 1 block making its dimensions 1x1x2.
|-
|'''D'''
|Air Scoop Intake
|''An air intake component. An air intake component that preforms better at higher velocity.''
|1x1x1<ref>[https://store.steampowered.com/news/app/573090/view/3145201376221358697 Update 1.3.19] temporarily changed the size of this to be 1x1x2, before being reverted same day prior to community backlash.</ref>
|1
|This fluid port has an increased flow rate when at speed; however still operates as a fluid port ordinarily when stationary.<ref>If your vehicle is experiencing tailwinds and your vehicle relies on this port for air-intake, the engine wont start unless air is already stored within the manifold.</ref> As with the Air Ram; this block is not exclusive to air.
|-
|E
|Air Filter
|''Port used to allow air in and out of a fluid system.''
|1x1x1
|1
|This fluid port resembles a standard air filter; it however does nothing to "filter" air into a system and can be used on any fluid.
|-
|F
|Fluid Port End
|''Port used to allow fluid in and out of a fluid system. Place port inside of an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|1x1x1
|1
|This fluid port can be used on any fluid much like the others. It resembles a gas relief valve.<ref>https://www.pegorarogas.com/en/products-and-services/safety-and-relief-valves/ - Gas Relief Valves</ref>
|-
|G
|Fluid Slot Port
|''Port used to allow fluid in and out of a fluid system. Place port inside of an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|3x4x2
|12
|Despite its larger size, this block does not have an increased flow rate in volume intake capacity.
|-
|H
|Fluid Intake
|''Port used to allow fluid in and out of a fluid system. Place port inside of an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|3x2x1
|1
|This block resembles . It can be used like any other fluid port within Stormworks.
|}

Fluid Ports

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Tictactoe1609:

Fluid Ports

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Tictactoe1609:

Fluid Ports

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Tictactoe1609:

Fluid Ports

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Tictactoe1609:

Fluid Ports

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Tictactoe1609:

Fluid Ports

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Tictactoe1609:

Fluid Ports

2026-05-29T00:18:28Z

Tictactoe1609:

There are a variety of Fluid Ports in Stormworks. These are used to interface the various liquids and gasses within the game to be used in a variety of circumstances (Providing fuel to an engine, moving oil from one tank to another, providing breathable air to an enclosed space, etc). This page is dedicated solely to the ports that can interact with fluids both ways and does not include the Fluid Nozzle or the Fluid Jet.
[[File:Stormworks Fluid Ports.png|left|thumb|833x833px|The various fluid ports available in Stormworks as of 29/05/2026.]]

{| class="wikitable"
|+Details regarding the various Fluid Ports
!Letter
!Component Name
!In Game Description
!Dimensions (in blocks) (WxLxH)
!Block Mass ([[Units of Measurement|SWMU]])
!Notes
|-
|A
|Fluid Exhaust
|''An Exhaust port for fluid systems. Fluid can flow in and out of the port as part of a fluid system.''
|1x1x2
|
|Whilst this is name "Fluid '''Exhaust'''" any fluid type can flow through this port. It is '''not''' exclusively for the '''Exhaust''' gasses.
|-
|B
|Air Ram
|''Port used to allow air in and out of a fluid system.''
|1x1x1
|
|Whilst this is named "'''Air''' ram" any fluid type can flow through this port. It is '''not''' exclusively for '''air'''.
|-
|C
|Fluid Port
|''Port used to allow fluid in and out a fluid system. Place the port inside an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|1x1x2
|
|Whilst the Fluid Port is visually 1x1x1 in the grid, its hit box extends on the face of the port by 1 block making its dimensions 1x1x2.
|-
|D
|Air Scoop Intake
|''An air intake component. An air intake component that preforms better at higher velocity.''
|1x1x1
|
|This fluid port has an increased flow rate when at speed; however still operates as a fluid port ordinarily when stationary. As with the Air Ram; this block is not exclusive to air.
|-
|E
|Air Filter
|''Port used to allow air in and out of a fluid system.''
|1x1x1
|
|This fluid port resembles a standard air filter; it however does nothing to "filter" air into a system and can be used on any fluid.
|-
|F
|Fluid Port End
|''Port used to allow fluid in and out of a fluid system. Place port inside of an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|1x1x1
|
|This fluid port can be used on any fluid much like the others. It resembles a gas relief valve.<ref>https://www.pegorarogas.com/en/products-and-services/safety-and-relief-valves/ - Gas Relief Valves</ref>
|-
|G
|Fluid Slot Port
|''Port used to allow fluid in and out of a fluid system. Place port inside of an enclosed volume to connect to that volume, or outside of the vehicle to connect to the ocean.''
|
|
|
|-
|H
|
|
|
|
|
|}

Fluid Ports

2026-05-28T23:57:25Z

Tictactoe1609:

Fluid Ports

2026-05-28T23:56:03Z

Tictactoe1609: Created page with "There are a variety of Fluid Ports in Stormworks. These are used to interface the various liquids and gasses within the game to be used in a variety of circumstances (Providing fuel to an engine, moving oil from one tank to another, providing breathable air to an enclosed space, etc). The various fluid ports available in Stormworks as of 29/05/2026. {| class="wikitable" |+Details regarding the various Fluid Ports !..."

File:Stormworks Fluid Ports.png

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Tictactoe1609:

The variety of Stormworks fluid ports and letters to help indicate their use and details as found on the Fluid Ports page

Engine Setup (Prefab)

2026-05-28T23:44:03Z

Tictactoe1609: started

Main Page

2026-05-28T22:30:47Z

Tictactoe1609: /* Who What and Why COLLAPSE! */

== '''StormWiki: The Unofficial Stormworks Wiki''' ==
[[File:Swwikilogo.png|thumb|Wiki Logo]]
=== StormWiki Directory ===
Whilst you can just use the search bar to find what you want, or Random Page button should you feel so inclined, we have an easy to navigate Directory that is designed to help you find your way around the website with relative ease.

==== [[:Category:StormWiki Directory|StormWiki Directory can be easily accessed here]] ====
{|
|+'''A few pages you may be interested in!'''
![[File:GuidesBanner.png|frameless|link=https://swwiki.net/index.php/Category:Guides]]
![[File:FAQbanner.png|frameless|link=https://swwiki.net/index.php/Category:FAQ]]
![[File:Game Information Banner.png|frameless|link=https://swwiki.net/index.php/Category:General_Game_Information]]
|-
|
|[[Account Creation]]
|[[Stormworks: Build & Rescue]]
|-
|
|[[Formatting Guide]]
|Component
|-
|
|
|[[Stormworks: Search & Destroy]]
|-
|
|
|[[SwQol Suite]]
|-
|
|
|[[Stormworks: Space]]
|}

== Who What and Why COLLAPSE! ==

==== The What ====
This website is dedicated to documenting the sandbox building and engineering game by [https://geometa.co.uk/ Geometa] [https://geometa.co.uk/stormworks Stormworks: Search & Rescue]. It includes Guides on various setups and systems, information on the game, its systems and its components, and the documentation on efficiency and optimisation within the game.

==== The Why ====
I have grown desperately tired of the obscure ways in which most information in Stormworks is found; most of the vital information is stored in various year old messages in the Stormworks Official discord server, various reddit posts, or word of mouth from other users. The official wiki (and other existing wiki's) are severely out of date and provide lack-luster or incorrect information. I don't think that we should have to bend to the mercy of the community to learn. I have started this project with the intent of being able to consolidate all the accurate information and ensure users can research on their own.

==== The Who ====
This website is curated and maintained by anyone who wishes to partake though must be verified by myself. I am tictactoe1609 the Project Manager & Remou is our lead website technician, although I do try to handle it myself despite my incompetence. If you wish to create an account; please head to [[Account Creation]] for information on how to join our team.

== Additional Information COLLAPSE! ==
Please read our [[Unofficial Stormworks Wiki:Privacy policy|Privacy Policy]] for information regarding your data.

Please see our [[Unofficial Stormworks Wiki:General disclaimer|Disclaimer]] for information regarding our Disclaimers.

Please read the [[Unofficial Stormworks Wiki:About|About section]] regarding additional reading towards our mission and our team.
__INDEX__

Main Page

2026-05-28T22:30:30Z

Tictactoe1609: /* StormWiki Directory can be easily accessed here */

== '''StormWiki: The Unofficial Stormworks Wiki''' ==
[[File:Swwikilogo.png|thumb|Wiki Logo]]
=== StormWiki Directory ===
Whilst you can just use the search bar to find what you want, or Random Page button should you feel so inclined, we have an easy to navigate Directory that is designed to help you find your way around the website with relative ease.

==== [[:Category:StormWiki Directory|StormWiki Directory can be easily accessed here]] ====
{|
|+'''A few pages you may be interested in!'''
![[File:GuidesBanner.png|frameless|link=https://swwiki.net/index.php/Category:Guides]]
![[File:FAQbanner.png|frameless|link=https://swwiki.net/index.php/Category:FAQ]]
![[File:Game Information Banner.png|frameless|link=https://swwiki.net/index.php/Category:General_Game_Information]]
|-
|
|[[Account Creation]]
|[[Stormworks: Build & Rescue]]
|-
|
|[[Formatting Guide]]
|Component
|-
|
|
|[[Stormworks: Search & Destroy]]
|-
|
|
|[[SwQol Suite]]
|-
|
|
|[[Stormworks: Space]]
|}

=== Who What and Why COLLAPSE! ===

==== The What ====
This website is dedicated to documenting the sandbox building and engineering game by [https://geometa.co.uk/ Geometa] [https://geometa.co.uk/stormworks Stormworks: Search & Rescue]. It includes Guides on various setups and systems, information on the game, its systems and its components, and the documentation on efficiency and optimisation within the game.

==== The Why ====
I have grown desperately tired of the obscure ways in which most information in Stormworks is found; most of the vital information is stored in various year old messages in the Stormworks Official discord server, various reddit posts, or word of mouth from other users. The official wiki (and other existing wiki's) are severely out of date and provide lack-luster or incorrect information. I don't think that we should have to bend to the mercy of the community to learn. I have started this project with the intent of being able to consolidate all the accurate information and ensure users can research on their own.

==== The Who ====
This website is curated and maintained by anyone who wishes to partake though must be verified by myself. I am tictactoe1609 the Project Manager & Remou is our lead website technician, although I do try to handle it myself despite my incompetence. If you wish to create an account; please head to [[Account Creation]] for information on how to join our team.

== Additional Information COLLAPSE! ==
Please read our [[Unofficial Stormworks Wiki:Privacy policy|Privacy Policy]] for information regarding your data.

Please see our [[Unofficial Stormworks Wiki:General disclaimer|Disclaimer]] for information regarding our Disclaimers.

Please read the [[Unofficial Stormworks Wiki:About|About section]] regarding additional reading towards our mission and our team.
__INDEX__