Robotics Development Pipeline & Hardware Tracker
Robotics development lives at the intersection of mechanical engineering, electronics, firmware, and software. A single robot involves CAD design, PCB layout, motor selection, sensor integration, firmware development, software stack, and exhaustive testing - all with interdependencies that generic project management tools struggle to model. When hardware and software teams work in parallel with different iteration speeds, keeping everything synchronized is a constant challenge.
t0ggles is the project management tool that gives robotics teams everything they need to track hardware builds, coordinate firmware iterations, and manage the full development pipeline from prototype to production. With task dependencies for sequential build processes and multi-project boards for parallel hardware/software tracks, t0ggles brings modern task management to teams building physical products. All for $5/user/month with every feature included.
#The Challenge: Why Robotics Teams Need Better Tools
Hardware and software have different iteration cycles. Your software team pushes updates daily. Your hardware team waits weeks for PCB fabrication. These wildly different timescales need to converge at integration points - and if they're out of sync, you're testing new software on old hardware or vice versa. Tracking both timelines and their convergence is essential.
Build-test-iterate cycles are expensive. Every hardware iteration costs money and time - new parts, new fabrication, new assembly. You can't afford to discover a mechanical interference issue after PCBs have been ordered. Dependencies between design reviews, parts ordering, and assembly need to be explicit.
Supply chain dependencies are unpredictable. Your timeline depends on lead times for motors, sensors, custom PCBs, and machined parts. A 4-week lead time on a specific actuator can blow up your entire integration schedule. You need visibility into what's ordered, what's arrived, and what's blocking downstream work.
Testing matrices are complex. A robot needs mechanical testing, electrical testing, firmware validation, sensor calibration, environmental testing, and integration testing. Each test has prerequisites, each failure creates rework tasks, and the test results determine whether you proceed to the next build revision.
#How t0ggles Helps Robotics Teams
#Task Dependencies: Model Your Build Pipeline
Robotics development follows strict sequences that can't be shortcut. Task dependencies make these sequences explicit:
Hardware build pipeline:
- Mechanical design review (no dependencies)
- Order machined parts (depends on design review)
- PCB layout review (no dependencies, parallel with mechanical)
- Order PCBs (depends on PCB review)
- Parts arrive (depends on orders, with lag days for lead times)
- Mechanical assembly (depends on machined parts arriving)
- Electronics assembly (depends on PCBs arriving + mechanical assembly)
- Firmware flash and basic test (depends on electronics assembly)
- Integration test (depends on firmware test)
The Gantt view shows the critical path through your build. When PCB fabrication is the longest lead time, the Gantt chart makes it obvious. Dependencies with lag days model supplier lead times - a 3-week lag on PCB orders means downstream assembly tasks automatically shift.
#Multi-Project Boards: Parallel Tracks in One View
Robotics teams work on many subsystems simultaneously. Each gets its own project:
- Mechanical - Structure, actuators, mechanisms, enclosures
- Electronics - PCBs, power systems, sensor boards, cabling
- Firmware - Motor control, sensor drivers, communication protocols
- Software - Perception, planning, UI, cloud services
- Testing - Test fixtures, test protocols, validation results
- Supply Chain - Vendor tracking, parts inventory, order status
Color-coded projects let you see at a glance whether mechanical or electronics is the bottleneck. Focus Mode lets the electronics engineer zoom into their PCB tasks without seeing software tickets.
#Custom Properties: Track Hardware-Specific Data
Custom properties capture the metadata that robotics projects need:
- Subsystem (select): Chassis, Arm, Gripper, Sensor Array, Power, Compute
- Revision (text): Rev A, Rev B, Rev C - track which hardware revision
- Part Number (text): Internal part number for traceability
- Vendor (text): Which supplier for ordering reference
- Lead Time (number): Days until delivery
- BOM Cost (number): Component cost for budget tracking
- Test Status (select): Not Tested, Pass, Fail, Conditional Pass
Filter by revision to see all Rev B tasks. Filter by test status to find components that failed testing and need redesign. Sort by BOM cost to understand where your budget is going.
#GitHub Integration: Link Firmware to Hardware Tasks
Your firmware lives in Git. The GitHub integration links commits and pull requests to t0ggles tasks, so when a firmware change is made to fix a motor controller issue discovered during hardware testing, the connection between the hardware test failure and the firmware fix is explicit.
Reference a task key in your commit message, and the PR appears on the task. The hardware team can see that their reported motor jitter issue has a firmware PR in review without checking GitHub themselves.
#Milestones: Track Build Revisions and Reviews
Milestones mark the critical moments in your development:
- Rev A Prototype Complete
- Design Review Passed
- Rev B Build Complete
- Environmental Testing Passed
- Production Design Freeze
- First Article Inspection
Each milestone has prerequisite tasks across multiple projects. The Rev B milestone depends on mechanical assembly, electronics integration, firmware validation, and test completion. The board shows how close you are to each milestone across all subsystems.
#Notes: Design Documentation
Notes store design rationale, test reports, supplier evaluations, and meeting minutes from design reviews. Link notes to specific tasks so the design rationale document is always accessible from the related CAD review task.
Keep your BOM template, test protocol library, and vendor contact list in Notes for easy team access.
#Robotics Workflows In t0ggles
#Prototype Build Cycle
Your team is building Rev B of a robotic arm. The board tracks every subsystem:
Mechanical tasks: update CAD for revised gripper geometry, order new machined parts, assemble. Electronics tasks: redesign motor driver board for higher current, order PCBs, assemble. Firmware tasks: update motor control PID parameters, add new sensor driver. All three tracks have internal dependencies, plus cross-track dependencies at integration points.
The Gantt view shows that PCB fabrication (3-week lead time) is on the critical path. Mechanical parts arrive in 10 days. The team focuses firmware development on the motor control changes so code is ready when electronics arrive.
Daily standups use the board: each engineer checks their tasks in List view, updates status, and flags blockers. When the gripper redesign reveals a cable routing issue that affects the electronics layout, a dependency is added, and the Gantt chart updates automatically.
#Testing and Validation
After assembly, the Testing project activates. Each test is a task with custom properties for test type, pass/fail status, and links to test data.
Test tasks depend on assembly completion. When a test fails, the engineer creates subtasks for the fix: root cause analysis, design change, rebuild, retest. The dependency chain ensures the retest happens after the fix, not before.
Milestones like "Rev B Validation Complete" track overall testing progress. The milestone shows green only when all prerequisite tests pass. Reports show test completion rates and failure categories.
#Supply Chain Tracking
Every ordered part is a task in the Supply Chain project. Custom properties track vendor, part number, lead time, cost, and order status. The Calendar view shows expected delivery dates.
Dependencies link parts arrival to assembly tasks. When a sensor vendor delays shipping by a week, the lag day on the dependency shifts all downstream assembly and testing tasks. The team sees the impact immediately and can adjust priorities - maybe working on software features while waiting for hardware.
Board automations notify the assembly team when a parts task moves to "Delivered" status.
#What Robotics Teams Need vs What t0ggles Delivers
| What You Need | How t0ggles Delivers |
|---|---|
| Sequential build pipeline | Task dependencies with Gantt view and lag days for lead times |
| Parallel hardware/software tracks | Multi-project boards with one project per subsystem |
| Hardware revision tracking | Custom text properties for revision, part numbers, and BOM |
| Supplier lead time visibility | Custom number properties with dependency lag days |
| Test result tracking | Custom select properties for test status (pass/fail) |
| Firmware-to-hardware traceability | GitHub integration linking commits to hardware tasks |
| Build milestone tracking | Milestones with cross-project prerequisite tasks |
| Design documentation | Notes with rich text editor for test reports and design rationale |
#Why Choose t0ggles for Robotics Development
vs Jira: Jira is built for software sprints. Robotics teams need to track hardware builds, supply chain, and multi-week fabrication timelines alongside software. t0ggles handles both without forcing everything into a sprint framework.
vs Linear: Linear is excellent for software but has no concept of hardware builds, supplier lead times, or physical testing workflows. t0ggles gives you the flexibility to track physical and digital development together.
vs hardware-specific PLM tools: Product lifecycle management tools like Arena or Teamcenter are powerful but expensive and complex. For startups and small teams, t0ggles provides 80% of the project tracking value at a fraction of the cost and setup time.
vs Trello: Trello's flat boards can't model the deep dependency chains in robotics development. t0ggles gives you dependencies, Gantt charts, multi-project boards, and custom properties - essential for hardware projects.
#Simple, Affordable Pricing
One plan. One price. Every feature.
$5 per user per month (billed annually) includes:
- Unlimited boards, projects, tasks, notes, and files
- Task dependencies with Gantt view
- Custom properties for hardware metadata
- GitHub integration for firmware traceability
- Milestones for build revision tracking
- Calendar view for delivery tracking
- Reports with CSV/PDF export
No feature tiers. No per-seat surprises.
14-day free trial - start tracking your builds today.
#Get Started Today
Robotics development demands coordination between hardware, electronics, firmware, and software - each with their own timelines, dependencies, and constraints. t0ggles gives you one board where all these tracks come together, with the dependency tracking and custom properties that hardware teams need.
Start your free trial and bring order to your robotics development pipeline.
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