DUCTWORKS Wiki
Explore air-flow simulation, HVAC duct systems, multiplayer controls, building ideas, game passes, updates, and verified DUCTWORKS Roblox stats.
DUCTWORKS Wiki Hub
Everything you need to build smarter duct systems and master air flow in DUCTWORKS
Latest Updates
Discover the newest guides, tips, and content
DUCTWORKS Project 1 Guide: Step-by-Step Walkthrough & Tips
A step-by-step DUCTWORKS Project 1 walkthrough: build your first duct route, connect sections, test airflow, and expand your HVAC sandbox build.
DUCTWORKS Tutorial: Step-by-Step Duct Building Guide
Learn DUCTWORKS basics with this step-by-step tutorial: controls, duct placement, airflow testing, and common building errors fixed.
Get Money Fast: Ductworks Earning Methods & Paid Perks
Learn how to earn and spend wisely in Ductworks Roblox: confirmed game passes, sandbox progression tips, and what the current listing actually supports.
Ductworks How to Use Transitions: Step-by-Step Guide
Learn how ductworks transitions work in Ductworks Roblox: placing corners, connecting duct sections, fixing misaligned transitions, and testing airflow.
Ductworks Air Coverage Layout: Step-by-Step Design Guide
Learn how to plan air coverage layouts in Ductworks on Roblox: zone mapping, branch balancing, duct routing patterns, and airflow testing routines.
DUCTWORKS Max Players: Server Capacity Explained
How many players fit in a DUCTWORKS Roblox server? Verified max players, peak player counts, and multiplayer tips in this server capacity breakdown.
DUCTWORKS New Codes: Current Status & Official Access
Check the current status of DUCTWORKS Roblox codes, learn where verified codes appear, and find the official channels for redemption updates in 2026.
Ductworks How to Build Ducts: Step-by-Step Building Guide
Learn how to build ducts in Ductworks Roblox: route planning, connections, corners, branches, testing airflow, and fixing common build errors.
Ductworks Most Efficient Level 1: Fast Start Layout Guide
Build the most efficient level 1 duct system in Ductworks Roblox with tested layout strategies, connection tips, and airflow optimization for new players.
Ductworks Beginner Tips: First 5 Builds Step-by-Step
Essential Ductworks beginner tips: learn airflow basics, duct connections, testing routines, and multiplayer habits for your first HVAC sandbox builds.
DUCTWORKS Earn Money Faster: Facts & Efficiency Tips 2026
Does DUCTWORKS on Roblox have money? Get verified facts about currency status, faster building workflows, and how to support the developer.
Best Duct Layout: 4 Proven Designs for DUCTWORKS Builders
Learn the best duct layout designs in DUCTWORKS Roblox, from straight starter routes to balanced branch HVAC networks, with step-by-step building tips.
DUCTWORKS Beginner Guide
DUCTWORKS is a sandbox building game about designing duct systems and moving air through them. Start with the interface, place your first connected route, and grow it into a full HVAC layout one tested step at a time.
Explore the Building Area and Interface
After entering DUCTWORKS, look over the build space and the bottom control bar. Identify the tools for placing, adjusting, connecting, and testing components before starting a large construction.
Place a Simple Duct Route
Begin with a short route that has a clear starting point, one or more duct sections, and an ending point. Keep the first layout straight so every connection is easy to inspect.
Connect and Align the System
Check that neighboring duct sections meet correctly and that their openings face the intended direction. Misaligned or disconnected sections stop the system from behaving as expected.
Test the Airflow Before Expanding
Use the testing controls to check whether air travels through the whole route. If something looks wrong, review the most recent connection and direction changes first.
Expand the HVAC Layout Gradually
Once the basic route works, add extra duct sections, turns, or branches one change at a time, and retest after each major modification.
Quick Tips
- Keep your first layout simple before experimenting with complex branches.
- Leave enough space around each section so you can see and adjust connections.
- Treat every connected section as part of one air system.
- Build in stages and use testing as part of the building process.
DUCTWORKS Controls Guide
DUCTWORKS controls support three core activities: moving around the build space, placing and adjusting duct components, and testing the airflow system. The exact input presentation differs between PC and mobile, so use the on-screen controls for your platform.
| Platform | Action | How It Works | Purpose |
|---|---|---|---|
| PC | Move around the build area | Standard Roblox keyboard and mouse movement controls | Reach construction areas and inspect duct sections from different angles |
| PC | Change viewpoint and inspect parts | Mouse and camera controls provided by the Roblox experience | Check alignment, openings, corners, and connections |
| PC | Select and place duct components | Bottom control bar together with mouse selection | Choose a construction function and place it in the build area |
| Mobile | Move around the build area | On-screen movement control | Navigate the construction space without a keyboard |
| Mobile | Select, place, and adjust components | Touch input plus the visible bottom control bar | Choose tools and manipulate duct sections directly on screen |
| Mobile | Run or inspect the airflow simulation | Tap the relevant control in the experience interface | Check whether the connected system is moving air as intended |
| All devices | Use the bottom control bar | Select the required control from the in-game bar | Switch between building, adjustment, connection, and testing |
| All devices | Review a failed connection | Return to the placement or adjustment controls and inspect the section | Find wrong directions, spacing, or disconnected duct openings |
Most building and testing actions in DUCTWORKS run through the bottom control bar — switch functions there instead of hunting through menus.
DUCTWORKS Duct Building Guide
Effective building in DUCTWORKS starts with a clear route rather than a large amount of construction. Plan the path, place the main sections, connect each transition, and test before adding branches.
Plan the Route Before Placing Parts
Decide where the air starts, where it travels, and where it ends. Use a short route for the first test and reserve space for turns or branches.
Place the Main Duct Sections
Build a continuous line of ductwork with the building controls and keep adjacent sections aligned so the system stays easy to inspect and adjust.
Add Corners and Transitions Carefully
When the route changes direction, inspect both sides of the corner and make sure the incoming and outgoing sections meet the transition correctly.
Create Branches After the Main Path Works
Add branch sections one at a time once the primary route has been tested, so you always know which new connection changed the airflow.
Fix Common Building Errors
If air does not travel correctly, look for gaps, reversed direction, misaligned openings, unsupported transitions, or a branch that was added without testing.
Retest After Every Structural Change
Run the airflow test after moving, reconnecting, or extending ductwork, and confirm the result before making another major adjustment.
Common Building Errors
- Duct sections do not meet
- A section faces the wrong direction
- A corner is not aligned with the route
- A new branch interrupts the intended path
DUCTWORKS Airflow Guide
The air simulator moves air through the duct network you build. Flow depends on connected routes, the direction of each section, and how branches and turns are arranged. A small test system shows how each design decision changes the result.
Connected Route
Air only follows a usable path when duct sections form a continuous connection. A visible gap or a wrong transition interrupts the route.
Duct Direction
The orientation of each section influences how air travels through the system. Check direction whenever the route looks connected but the flow misbehaves.
Turns and Transitions
A corner changes the direction of the route and must connect correctly on both sides. Poorly aligned transitions stop air mid-system.
Branches and Expansion
Branches add extra paths and make troubleshooting more complex. Add them only after the main route is confirmed.
Airflow Testing Routine
Inspect the source, follow the main route, check every transition, then review the branch points — the same order every time.
Small-Case Learning
Create a simple route, test it, add one corner, test again, then add one branch to see how complexity changes the system.
DUCTWORKS Multiplayer Guide
DUCTWORKS multiplayer is built around shared construction and HVAC experimentation. Coordinate a build, divide testing tasks, and compare how different duct arrangements shape the finished system.
Start a Shared Build
Join the same server, pick a shared construction area, and agree on the purpose of the system before placing ductwork.
- Decide whether the project focuses on distribution, testing, or creative construction
- Mark the main route and the areas that will receive airflow
- Build a small section first so the group can confirm the layout works
Divide Cooperative Roles
Assign responsibilities so players do not modify the same section at the same time.
- Layout planner: maps the main duct route and connection points
- Builder: places and connects the required duct sections
- Tester: checks airflow behavior and records changes between designs
Run Multiplayer HVAC Experiments
Use the shared environment to compare layouts and observe how construction choices change airflow tests.
- Compare a direct route with a longer route full of turns
- Test whether balanced branches distribute airflow more evenly than one extended branch
- Rebuild one section while another player documents the difference
DUCTWORKS Codes
There are no active DUCTWORKS codes to redeem right now. This section tracks the redemption status, and any new code will be listed here as soon as it goes live.
No active reward
DUCTWORKS has no redeemable code live at the moment — check back after the next update.
None listed
If a redemption area exists, it appears inside the game interface with an official label.
To be announced
New codes arrive with updates and events — this page lists every working code the moment it drops.
DUCTWORKS Updates
DUCTWORKS is an actively updated Roblox experience. Track multiplayer changes, construction systems, and airflow improvements here — the current release is the Multiplayer update.
Multiplayer Update
The current release centers DUCTWORKS on shared construction, letting multiple players build and test HVAC systems in the same server.
Shared Building and Testing
Multiplayer servers support cooperative duct layouts: players split planning, building, and testing work across the same air system.
Future Updates
Development keeps moving — new versions land on the official Roblox game page, and this log tracks each multiplayer and gameplay change.
DUCTWORKS Experiments
DUCTWORKS is made for hands-on HVAC experiments: build a controlled layout, watch how air moves, then compare it with a revised design one variable at a time.
Straight Route vs. Turned Route
Compare airflow between a direct duct route and a route with multiple turns.
- Build two routes between equivalent start and end areas
- Keep the route length as similar as practical
- Use one direct path and one path with extra bends
Test both layouts under the same conditions and record the differences in airflow behavior and coverage.
Single Branch vs. Balanced Branches
See how splitting a system changes distribution across multiple destinations.
- Create one design that sends the main route to a single destination
- Create a second design that divides the route into multiple branches
- Keep the source and destination areas consistent between tests
Run each layout separately and compare the airflow result at every destination.
Incremental Layout Expansion
Measure how a system changes as duct sections are added one stage at a time.
- Start with the smallest working layout
- Add one new section or branch per test round
- Record the result after each construction change
Avoid changing multiple sections at once and compare each stage with the previous one.