Every Pinnac facility is engineered as a vertically integrated production environment — from raw material handling through precision machining, electronics assembly, software integration, and system-level testing under a single roof.
This integration is not incidental. It is how we maintain the tolerances, lead times, and quality standards that defence procurement demands.
5-axis CNC machining cells for airframe components, actuator housings, and structural brackets. Sub-0.1mm tolerances maintained across production batches.
Cleanroom PCB assembly, SMT soldering, and avionics integration bays. Full IPC-A-610 Class 3 process controls.
Dedicated SIT bays with anechoic chambers, EMI shielded rooms, and thermal-cycling environmental test chambers.
Rapid prototyping capacity with FDM/SLA 3D printing, composite layup, and dedicated firmware development labs with HIL test benches.
Our flagship manufacturing and research facility. Spanning over 80,000 sq ft, this is where every core Pinnac technology is born — from first-principles actuator design through prototype, production validation, and final system integration.
Our corporate operations and final delivery facility. This centre handles final system assembly, customer acceptance testing, simulator commissioning, and logistics for all delivered platforms and training systems.
Dedicated facility for airframe fabrication, composite manufacturing, and drone platform final assembly to serve northern and border-area customers.
Specialised facility for EW system development, SIGINT payloads, and high-assurance software engineering in a secure, access-controlled environment.
A disciplined manufacturing process that ensures every platform leaving our facilities meets the same standard — regardless of volume.
All designs are released through a formal engineering change control process. No production part is manufactured without a released drawing, BOM, and material specification.
All incoming raw materials and sub-assemblies are inspected and logged against certificate of conformance. Non-conforming material is quarantined and rejected before entering the production line.
Machining, composite layup, electronics assembly, and mechanical integration executed to ISO 9001 work instructions. Each stage has defined inspection hold points.
All assembled systems undergo hardware-in-the-loop (HIL) testing, environmental stress screening (ESS), and functional verification before progressing to acceptance.
Customer witnesses final acceptance testing against agreed ATP. Full documentation package — as-built records, test reports, calibration certs — delivered with each system.