PrecisionX Group manufactures airframe, propulsion, gimbal, and sensor hardware for defense and commercial UAS programs — ITAR-eligible, AS9100-equivalent quality, and ready for production cadence.
Stamped and machined structural brackets, motor mounts, and chassis hardware in titanium and aluminum.
Tight-tolerance gimbal bases and bearing seats — vibration-free for stabilized imaging payloads.
Precision bearings, shafts, and rotor hardware for electric and hybrid UAS propulsion.
Stamped ground planes, RF enclosures, and sensor housings for ISR and tactical payloads.
Send us your print or specification — our technical sales team reviews every UAS inquiry and responds inside one business day.
The U.S. defense and commercial drone supply chain is scaling faster than legacy contract shops can absorb. Programs supporting Anduril Lattice, Skydio X10D, and AeroVironment Switchblade need stamped, machined, and EDM’d components in weeks — not quarters — and the parts have to be right the first time.
PrecisionX Group is one of the few U.S. shops with progressive stamping, deep draw, Wire EDM, and Swiss machining running under one quality umbrella. We hold AS9100-equivalent quality processes, are ITAR-registered, and quote inside 24 hours so primes and Tier-1s never wait on us.
U.S.-based facilities with controlled-data workflows for restricted defense programs.
Weeks-not-quarters response for production volumes that match prime program cadence.
Titanium, Inconel, aluminum 7075/2024, MP35N, and beryllium copper — routine on our floor.
From micro-stamped sensor housings to 5-axis machined motor mounts, PrecisionX integrates the processes UAS programs depend on under one quality system.
High-volume stamped airframe brackets, sensor enclosures, and RF ground planes — produced repeatably at program scale.
Tight-tolerance turned and 5-axis milled motor mounts, gimbal seats, and propulsion hardware.
Burr-free, low-stress cutting of intricate airframe and structural geometries in hard-to-machine alloys.
Deep-drawn battery housings, fuze components, and seamless RF enclosures — tight geometry without seams or welds.
Controlled thermal processing for titanium, Inconel, and high-strength steels to meet airworthiness specs.
Precision joining, sensor potting, and permanent UID/lot marking for serialized program parts.
Type II/III anodize, passivation, and protective finishing for environmental and corrosion-resistance requirements.
PrecisionX manufactures the structural, propulsion, and payload components that fly inside the platforms keeping pace with today’s defense and commercial drone demand.
PrecisionX Group manufactures mission-critical UAS hardware for the most demanding programs.