CNC for Drones & UAVs

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.

Drone CNC Quote Aerospace industry

7075 topology-optimized Ti Gr.5 lightweight Motor shaft precision Gimbal tolerances

01 · Drone part categories

Drone hardware we build.

Drones have specific part categories with distinct material, tolerance, and weight requirements. Here's what we manufacture most often.

Airframe structural

7075-T6 · topology-opt

Drone chassis, center plates, arm-to-body joiners. Topology-optimized for maximum stiffness-to-weight.

Motor mounts

6061 / 7075 Al

Motor mounting brackets with precision motor-shaft concentricity and proper vibration damping features.

Arm tube joiners

6061 · carbon fiber ends

Aluminum end caps and joiners for carbon fiber tube arms — precision press-fits.

Gimbal hardware

7075 · bearing precision

3-axis gimbal motor housings, shaft supports. Tight tolerance for smooth camera motion.

Landing gear

7075 · impact resistant

Landing gear components designed for impact absorption, topology-optimized weight reduction.

Payload mounting

6061 · standardized

Standardized payload mounting plates per gimbal and camera manufacturer specs.

Battery trays

6061 · integrated cooling

Lightweight battery trays with integrated cooling channels for high-discharge batteries.

Propeller hubs

7075 · precision balanced

Precision-machined prop hubs — balance critical for vibration-free operation.

Antenna mounts

6061 · non-magnetic

RF antenna mounting hardware — sometimes non-magnetic required for sensor compatibility.

02 · Drone customer types

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

FAQ

Drone CNC questions.

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.

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 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.

Yes, CIFProto 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.

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.

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.