- Ductworks Level 1 duct layout starts with one short, straight, fully connected route.
- Plan first, build second: define a source, a path, and a destination before placing anything.
- Test after every change: run the airflow check before adding corners or branches.
- Fix direction errors early: a reversed or misaligned section is the most common failure.
- Expand gradually: add branches one at a time so problems stay easy to trace.
Understanding Your First Duct Layout
Ductworks is a sandbox HVAC-building experience, and your first layout is the foundation for everything that follows. The goal at this early stage is not scale — it is a clean, continuous, testable route. Air can only travel through a connected duct system, so every section you place must meet its neighbors correctly and face the right direction.
Treat your first layout as three parts: a starting point where air enters, one or more straight duct sections forming the main path, and an ending point where air arrives. Keep the whole build short enough that you can visually inspect every connection from a single camera position.
Core concepts to know before building:
- Airduct: a constructed passage that guides air from one area to another
- Airflow: the movement of air through a connected system
- Piping: the arrangement and connection of duct sections
- HVAC: the larger heating, ventilation, and air-conditioning system your build represents
Resist the urge to build a large network immediately. A compact straight route is easier to inspect, easier to fix, and teaches you how connections behave faster than any large build.
Level 1 Layout: Step-by-Step Build
Follow this sequence to create a working first layout. Each step builds on the previous one, and testing is part of the construction process — not something you do only at the end.
Plan the Route
Decide where air should begin, where it should travel, and where it should end. Sketch the path mentally across the build area and leave extra space for future turns or branches. Reserve the straightest available path for your main route.
Place the Main Duct Sections
Use the bottom control bar to place a continuous line of duct sections from source to destination. Keep adjacent sections aligned so the system remains readable and easy to adjust later.
Connect and Align Each Section
Check that neighboring sections meet correctly and that openings face the intended direction of travel. A visibly connected-looking route can still fail if one section is reversed or a transition is offset.
Test the Airflow
Use the testing controls to verify that air travels the full route. Follow the path from the source toward the destination and watch for the point where the flow stops.
Add One Change at a Time
Once the basic route works, add a corner, extension, or branch as a single change, then retest. This keeps the cause of any new problem obvious.
Change one part of the layout at a time and retest after each change. This single habit prevents most troubleshooting headaches as your system grows.
Layout Styles Compared
Different early layouts teach different lessons. Compare these approaches and pick the one that matches what you want to learn first.
| Layout Style | Structure | Difficulty | Best For |
|---|---|---|---|
| Straight Route | Source, straight sections, destination | ★☆☆☆☆ | Learning connections and basic airflow |
| Single-Turn Route | Straight path plus one corner | ★★☆☆☆ | Practicing transitions and alignment |
| Compact Loop | Route that returns near its start | ★★★☆☆ | Understanding direction and flow behavior |
| Branched Route | Main path plus side branches | ★★★★☆ | Exploring distribution across destinations |
Straight Route
- Easiest to inspect
- Every connection visible at once
- Ideal first test build
Single-Turn Route
- Teaches corner alignment
- Test the turn before extending
- Good second build
Branched Route
- Introduces distribution
- Add branches only after main path works
- Best for later expansion
Common Level 1 Errors and Fixes
Most first-layout failures come from a small set of repeated mistakes. Learn to recognize them and you can diagnose almost any stopped airflow quickly.
| Symptom | Likely Cause | Fix |
|---|---|---|
| Air stops mid-route | Gap between two duct sections | Reconnect or move the sections until they meet |
| Flow goes wrong way | A section faces the wrong direction | Rotate or adjust that section, then retest |
| Air stops at a corner | Misaligned transition | Check both sides of the corner individually |
| Route worked, then broke | Untested branch added | Undo the newest change first, then retest |
| Hard to find the problem | Layout too dense | Space sections out for better visibility |
When a test fails, always inspect the most recent structural change first. Rebuilding the entire system is rarely necessary and usually hides the actual cause.
Recommended airflow inspection routine:
- Inspect the source and confirm air is entering the system
- Follow the main route section by section
- Check every corner and transition individually
- Review any branch points last
- Undo or adjust the latest change before anything else
Level 1 Completion Checklist
Use this checklist to confirm your first duct layout is solid before you expand into a larger HVAC system.
Level 1 Layout Milestones:
- Plan a source, path, and destination before building
- Place a fully connected main duct route
- Verify every section faces the correct direction
- Run an airflow test on the complete route
- Add and test one corner or branch successfully
FAQ
Q: What should my first Ductworks Level 1 duct layout look like?
Start with a short, straight route containing a source, a few duct sections, and a destination. Keep it compact so every connection is easy to see, and test it before adding any turns or branches.
Q: Why does my airflow stop even though the ducts look connected?
The most common causes are a small gap between sections, a section facing the wrong direction, or a misaligned corner. Inspect each connection individually and check that openings face the intended direction of travel.
Q: When should I add branches to my layout?
Only after the main path has passed an airflow test. Add one branch at a time and retest after each addition so you can identify exactly which change caused any new behavior.
Q: Is building in multiplayer different for a first layout?
The construction principles are the same, but in multiplayer you should agree on the route plan first and assign roles such as planner, builder, and tester so players do not modify the same section at once.