Custom Drone PCB Solutions
Specializing in high-reliability PCBs for drones – from micro FPV racing boards to industrial UAV power systems. Get lightweight designs, 3-day prototyping, and EMI-optimized layouts trusted by drone OEMs worldwide.
Advanced PCB Technologies for Demanding Applications
- Supports 16-layer HDI designs with 2.5mil/3mil trace/space and 0.1mm laser microvias, ideal for micro drones and wearables.
- Complies with IPC Class 3 standards, operational from -55°C to 150°C, and resistant to 20G vibrations and 95% humidity – trusted in automotive, aerospace, and industrial drones.
- Uses Rogers/Taconic RF laminates with ±5% impedance control, supporting PCIe Gen5/6, 25G+ optics, and 5G mmWave designs.
- 4–6oz copper layers for 200A+ continuous current; metal-core PCBs (IMS).
PCB & Assembly Catalog
Download the FREE PCB & Assembly Catalog online today! Venture will be your best partner on the way of bring your idea to market.
Drone PCB Design FAQs
For micro drones and FPV racers, we recommend aluminum substrates (1.0mm thickness) or FR-4 with hybrid stack-ups to reduce weight without sacrificing durability. For high-frequency applications (e.g., 5.8GHz FPV), Rogers 4350B minimizes signal loss.
We use shielded ground planes, optimize component placement, and isolate noisy circuits (e.g., ESCs) from sensitive RF components. Testing with spectrum analyzers ensures compliance with FCC Part 15 standards.
Absolutely. Our 4–6oz copper layers and thermal vias support up to 200A continuous current. For industrial drones, we integrate metal-core PCBs (IMS) to dissipate heat from ESCs and battery systems.