Vertically Integrated UAV Engineering
From PCB layout to final airframe assembly — every stage of production happens under one roof at our AS9100 Rev D certified facility in Nantou, Taiwan.
Custom Payload Integration
We engineer bespoke payload bays, gimbal mounts, and sensor interfaces for LiDAR, multispectral, thermal, and hyperspectral systems. Mechanical, electrical, and firmware integration handled in-house.
Flight Controller Programming
Custom flight controller firmware development on PX4 and ArduPilot stacks. Proprietary autopilot development available for classified or export-controlled programs.
Aerodynamic & Structural Engineering
CFD-validated airframe design, carbon fiber composite layup, and FEA structural analysis. We design for mission endurance, not just minimum viable flight.
PCB Design & Electronics
In-house PCB design, SMT assembly, and automated optical inspection. 4–16 layer boards. IPC-A-610 Class 3 workmanship standard.
Environmental & Qualification Testing
Full environmental test suite on-site: vibration, thermal cycling, salt fog, IP ingress, and EMC pre-compliance. Reduces certification risk before formal lab submission.
Quality Management System
AS9100 Rev D certified quality management system. Full traceability from raw material to finished unit. First Article Inspection (FAI) on every new production run.
Taipei Production Campus
Our Taipei campus houses the full production stack: design studios, PCB fabrication, cleanroom assembly bays, structural composite workshops, and a dedicated environmental test lab. No outsourcing of critical path manufacturing.
The ISO Class 7 cleanroom supports sensitive sensor integration and avionics assembly. Three automated SMT lines run 24/5 with real-time SPC monitoring and automated optical inspection at every stage.
From Brief to Certified Platform
Requirements & Feasibility
Mission profile analysis, payload definition, regulatory pathway mapping, and NRE cost modeling. Deliverable: signed SoW and program schedule.
Concept Design & PDR
Preliminary design review covering aerodynamics, power budget, avionics architecture, and payload interface. Customer approval gate.
Detailed Design & CDR
Full CAD, PCB schematics, firmware architecture, and BOM finalization. Critical design review with customer engineering team.
Prototype Build & Test
First article build, bench testing, HIL simulation, and flight test campaign. Defect tracking and design iteration loop.
Certification & Qualification
Formal lab submission for CE, FCC, and regional approvals. Environmental qualification testing. Airworthiness documentation package.
Production & Delivery
Production line setup, first production article inspection, and serial delivery. Ongoing production support and sustaining engineering.
Start Your Engineering Program
Submit a design brief or RFQ and our chief engineer will respond within 48 hours.