Airframe structural. Gimbal precision. Weight critical.
CNC machining for drone and UAV manufacturers. Airframe structural components, motor mounts, gimbal hardware, landing gear, payload mounting. Weight-optimized aerospace aluminum 7075 and Ti Gr.5 work. Consumer drones to military UAVs.
CNC for drones UAV
Drones have specific part categories with distinct material, tolerance, and weight requirements. Here's what we manufacture most often.
Drone hardware we build.
Airframe structural
Drone chassis, center plates, arm-to-body joiners. Topology-optimized for maximum stiffness-to-weight.
Motor mounts
Motor mounting brackets with precision motor-shaft concentricity and proper vibration damping features.
Arm tube joiners
Aluminum end caps and joiners for carbon fiber tube arms — precision press-fits.
Gimbal hardware
3-axis gimbal motor housings, shaft supports. Tight tolerance for smooth camera motion.
Landing gear
Landing gear components designed for impact absorption, topology-optimized weight reduction.
Payload mounting
Standardized payload mounting plates per gimbal and camera manufacturer specs.
Battery trays
Lightweight battery trays with integrated cooling channels for high-discharge batteries.
Propeller hubs
Precision-machined prop hubs — balance critical for vibration-free operation.
Antenna mounts
RF antenna mounting hardware — sometimes non-magnetic required for sensor compatibility.
Drones have specific part categories with distinct material, tolerance, and weight requirements. Here's what we manufacture most often.
Drone customers we serve.
Consumer drone manufacturers
DJI-class consumer drones — production volumes 10,000-100,000+ per design
Industrial drone companies
Inspection, mapping, survey, agricultural drones — mid-volume production
Racing drone builders
FPV racing drones — ultra-lightweight competition hardware
Military UAV contractors
Defense UAVs — ITAR compliance, AS9102 FAI documentation
Delivery drone startups
Amazon, Zipline, Wing class delivery drones — production-intent prototypes
Agricultural drones
Crop spraying, seeding drones — robust payload hardware
Public safety drones
Police, fire, SAR drones — weather-sealed hardware
Cinema camera drones
Professional cinema drones — premium gimbal precision
Hobby / DIY
Custom drone components for enthusiasts and research
Get an instant quote
Send your CAD — we reply with detailed pricing, lead time, and DFM feedback within 4 working hours.
Talk to an engineer
WhatsApp our team directly. Most messages answered within 12 minutes during work hours.
Explore all services
CNC, 3D printing, injection molding, sheet metal, casting, finishing — one quality system, one partner.
Airframe structural — questions
Weight optimization expertise?
Yes — drone customers are extremely weight-sensitive. Every gram affects flight time, payload, and performance. Techniques: 7075-T6 over 6061 (40% stronger, allows thinner walls), pocketing all non-load-bearing material, topology optimization review (we suggest weight reductions during DFM), Ti Gr.5 when aluminum isn't light enough, avoiding overspecified tolerances that would force thicker sections.
Production volumes you handle?
Consumer drones often 10,000+ units per month at production. CNC cost-effective up to 5,000-10,000 units per year; above that, consider alternative processes (die casting with CNC finishing). For prototype-to-production journey: CNC for first 100-500 units, transition to die casting + CNC finishing for production 5,000+. We consult on DFM-for-production transitions.
Gimbal precision requirements?
Gimbal motors require: bearing-seat tolerance ±0.01 mm (for motor bearing press-fit), concentric axis alignment ±0.02 mm across multi-joint gimbal, balanced mass distribution around rotation axis (gimbal vibration = unusable camera). We CMM-verify gimbal critical dimensions. For highest-precision cinema gimbal work, individual component matching by serial number.
ITAR compliance for military UAVs?
Yes, PifyC is ITAR-registered. US military UAV customers can share ITAR technical data. Finished parts exported back to US — customer remains responsible for ITAR re-export compliance. For specific military UAV programs, additional customer-specific requirements (security clearance for files, facility visits) handled case-by-case.
Carbon fiber integration?
Many drone airframes combine CNC-machined aluminum end caps with pultruded carbon fiber tubes. We machine the aluminum components with precision for press-fit into CF tubes. For CF machining (end cap holes, cable pass-through), we machine CF plate directly. Assembly of CF + Al + fasteners available as assembly service.
Typical lead times?
Drone prototypes: 5-10 days. Pilot production (50-500 parts): 2-3 weeks. Production orders (1,000+ parts): ongoing monthly production typically 2-4 week deliveries. For racing and competition drones with critical race deadlines, 3-day rush service available at premium.
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