Robotics
Full board in under 4 hours. No layout tools required — just upload your schematic. Accelerate EVT cycles without blocking DVT prep.
Why Robotics Teams Lose Weeks
Board bring-up delays stall integration and validation testing. For robotics VPs and engineering leads, every board delay threatens your demo, your deadline, or your budget.
Layout bottlenecks stall iteration
One respin can cost 6 weeks and $20K (industry avg. respin: 4–6 weeks)
Low first-pass yield risks rework
Missed specs mean blown buffers and all-hands triage
Engineers stuck doing layout
Expensive engineers on low-leverage work instead of running bring-up or closing EVT
Outsourced layout slows cycles
Coordination overhead kills momentum
Compliance burdens drag down speed
"We need traceability on every ECO"
How Quilter Eliminates the Test Board Bottleneck
Quilter ensures your team discovers problems early—when there's still time to fix them. Quilter outputs first-pass-valid designs through physics-driven, constraint-bound automation.
What slows you down
How Quilter solves it
Measurable impact
Layout bottlenecks stall iteration
Fully automated placement and routing
Typical jobs return a fully routed candidate in ≈ 4 hours; complex boards can take up to 24 hours.
Low first-pass yield risks rework
Physics Rule Checks + constraint-driven design
80% fewer re-spins — ensures DRC/DFM compliance
Engineers stuck doing layout
No manual routing required — any engineer can use
40% more engineering time redirected for routine low-complexity boards (avg. 10+ hrs/week)
Outsourced layout slows cycles
Infinite design capacity in-house
Zero coordination delays
Compliance burdens drag down speed
Fabrication-ready outputs and audit-friendly docs
Traceable outputs for ECO and DFM reviews — ISO/ITAR ready
EMI/EMC failures from bad routing
Deterministic AI respects trace spacing and converter placement — supports EMI-aware spacing and converter placement
Reduces compliance failures, improves FPY
Harness fit and test connector issues
Engineers can lock connector locations for exact harness alignment
Avoids layout changes late in bring-up
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Built for Speed, Built to Ship — What Engineering Leaders Unlock
VP Engineering sees higher iteration throughput, lower failure risk, and stronger demo readiness.
4× faster EVT turns
Compress board bring-up from 4 weeks to under 1 day
80% fewer re-spins
Physics-driven design improves first-pass yield
40% increase in engineering throughput
Teams focus on integration and testing (FTE savings: 0.5+ engineer/project)
$20K saved per avoided respin
According to industry research
Drop-In Ready for Your Stack and Workflow
Adopting Quilter feels like adding a compiler to your existing design stack — not replacing it. Designed for rapid fit with your existing workflows and IT stack.
Free Your Engineers to Focus on Innovation, Not Layout.
The fastest teams already made the switch—don’t be the last stuck hand-routing environmental test boards.
