Onshape is real-time multiplayer, which is a gift and a hazard. The classic disaster: ten students editing one Part Studio at once, someone deletes a feature mid-edit, and an afternoon of work evaporates. Here is how to keep a team document sane.
Problem: simultaneous live edits clobber each other. Onshape doesn't lock features, so two people editing the same sketch fight over it. Fix: assign ownership — one student per Part Studio per session. Use the presence indicators (you can see who is in a tab) to avoid collisions, and split subsystems into separate tabs/studios so people work in parallel without overlap.
Problem: you need to try a risky redesign without breaking the working model. Fix: create a Branch from a Version. Branches are isolated; the main design keeps working while you experiment. When the branch is good, merge it back. This is the safe way to prototype a 'what if the gearbox were a different ratio' change.
Problem: 'who broke the drivebase?' / can't get back to a known-good state. Fix: create Versions at every milestone (e.g., 'Drivebase frozen for manufacturing'). Versions are immutable snapshots; you can always restore or branch from one. Pair this with the version-locked derive workflow so subsystems reference a frozen layout, not a moving target.
Problem: the shop manufactured an out-of-date part. Fix: use release management to mark a part as approved-for-manufacture, and only cut parts from a named version or release — never from live 'tip' geometry that a teammate might be editing right now.
Problem: an edit went wrong and you want it gone. Onshape's full edit history lets you see every change and restore to any prior point. Use the version/history graph to compare or roll back.
A healthy team workflow: (1) One layout document, versioned at milestones. (2) Subsystems in their own Part Studios with assigned owners. (3) Risky work happens on branches. (4) Versions cut at every freeze. (5) Manufacturing pulls only from releases/versions. (6) Design reviews check that what is being cut matches the released version. This turns Onshape's collaboration from a liability into the team's biggest speed advantage during build season.
the part worth keeping
Key takeaways
- Assign one owner per Part Studio per session and split subsystems so students work in parallel without clobbering edits
- Use Branches for risky experiments, Versions for immutable milestones, and Releases to gate what goes to manufacturing
- Manufacture only from a named version/release, never from live tip geometry
CAD & DesignCommon Mistakes & Troubleshootinglesson 5 of 5
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Sources and corrections
This lesson is AI-assisted: drafted from primary sources, then reviewed and edited by hand. Errors still get through. When one is reported we fix it and write down what changed, in public, in the corrections log.
sources and further reading
- learn.onshape.comOnshape Learning Center — CAD for Robotics: Assemble a Drivetrain
- cad.onshape.comOnshape Help — Performance Considerations
- frcdesign.orgFRCDesign.org Learning Course
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answer sheet
Lesson quiz
All 3 right completes the lesson. Miss one and only that question comes back, anything you already answered correctly stays banked.
0 of 3 answered
01In Onshape, what is the recommended way for a team to try a risky redesign without disrupting the working main design?
02What is a defining characteristic of an Onshape version compared to a workspace?
03How should a team keep the shop from manufacturing an out-of-date part?
Answer every question to submit.
All 31 lessons in CAD & Designopenclose
01 / prerequisites
02 / getting-started-cad-and-the-design-process
03 / onshape-fundamentals
04 / vendor-libraries-mkcad-featurescripts
05 / manufacturability-drawings-bom-design-reviews
06 / worked-examples-mini-projects
07 / common-mistakes-troubleshooting
- Not read yet:Mate & Assembly Failures: Why Parts Float, Spin, or Won't Move
- Not read yet:Broken In-Context & Derived References
- Not read yet:Slow Regeneration in Big Drivebase Assemblies
- Not read yet:Manufacturability Mistakes That Become Scrap
- Not read yet:Version Control & Team Collaboration Disasters
08 / advanced-techniques-case-studies
- Not read yet:Configurations vs. Parametric Variables: Designing One Model, Many Robots
- Not read yet:FeatureScript Automation for FRC
- Not read yet:Browser-Based FEA: Weight-Optimizing Real Structures
- Not read yet:Swerve System Geometry & Motion Math
- Not read yet:Case Study: FRC 6328's Modular Gusset-and-Tube Methodology