market by 2030
registered in US
on drone components
turnaround
Precision CNC Machining for Drone Teams
Drone components demand an extreme strength-to-weight ratio. Every gram on a motor mount or frame plate affects flight time, payload capacity, and maneuverability. We machine aluminum 7075-T6 and 6061-T6 with aggressive pocket milling to remove weight while maintaining structural integrity. For high-vibration environments, we machine titanium 6Al-4V motor mounts and gimbal yokes. Every order ships with CMM inspection reports and material certifications your engineering team needs for flight testing and FAA compliance.
Lightweight Materials
We machine aluminum 7075-T6 for maximum strength-to-weight, 6061-T6 for cost-effective prototypes, titanium 6Al-4V for extreme-duty mounts, and Delrin for vibration-isolating bushings.
Weight-Optimized Machining
Pocket milling, internal ribs, and scalloped profiles reduce part weight without sacrificing stiffness. We optimize tool paths for thin-wall features and complex drone geometries.
Rapid Flight-Test Iteration
Your drone design evolves after every flight test. We turn around prototype revisions in 5 to 7 days so your team can crash, rebuild, and iterate without waiting on parts.
Parts for Drone Systems
Motor mounts, gimbal yokes, frame plates, and everything that keeps your drone flying.
Motor Mounts
Precision motor mounts machined from aluminum 7075-T6 and titanium 6Al-4V. Tight bolt circle tolerances for brushless motor alignment, pocket milling for weight reduction, and hardcoat anodize for vibration wear resistance.
Al 7075-T6 / Ti 6Al-4VGimbal Yokes
Multi-axis gimbal yokes with precision bearing bores for camera stabilization systems. 5-axis machined from aluminum 7075-T6 with aggressive weight reduction pockets while maintaining torsional stiffness for vibration-free footage.
±0.0005" bearing boresFrame Plates
Central frame plates, arm clamp plates, and structural braces machined from aluminum 7075-T6. Precision motor mount bolt patterns, through-holes for wire routing, and flatness within 0.001" for stacked plate assemblies.
Flatness 0.001"Landing Gear Struts
Landing gear struts, skid tubes, and shock-absorbing brackets machined from aluminum 7075-T6 and titanium 6Al-4V. Pivot bores, spring retention features, and load-bearing geometry for heavy-lift and VTOL drones.
Ti 6Al-4V availablePayload Brackets
Quick-release payload brackets, sensor pod mounts, and LiDAR cradles machined from aluminum 6061 and 7075. Vibration isolation features and precision bolt patterns for stable sensor integration and repeatable payload swaps.
Quick-release capableFPV Camera Housings
FPV camera housings and protective enclosures machined from aluminum 6061-T6. Precision lens apertures, tilt adjustment slots, and ventilation features. Type II anodize in black for glare reduction and thermal management.
Black anodize standardServing the Drone & UAV Industry
The commercial drone market is expanding rapidly across agriculture, inspection, delivery, defense, and cinematography. Every drone depends on precision-machined structural components that balance weight, stiffness, and durability.
Whether your team is building long-endurance fixed-wing UAVs, heavy-lift multicopters, or racing quads, the mechanical components define your flight performance and reliability.
We want to be your machining partner. Upload your STEP file and get instant AI pricing. We ship anywhere in the US.
DJI — Global Drone Market Leader
DJI dominates the consumer and enterprise drone market. Their supply chain drives demand for precision gimbal components, motor mounts, and camera housings.
Skydio — US Autonomous Drones
Skydio builds AI-powered autonomous drones for enterprise and defense. Precision structural frames and sensor brackets are critical to their platform reliability.
Wing (Alphabet) — Delivery Drones
Wing operates commercial drone delivery services. Their aircraft require lightweight, high-precision machined components for payload systems and structural airframes.
Joby Aviation — eVTOL & Advanced Air Mobility
Joby and other eVTOL companies push the boundaries of drone-scale aircraft. Precision-machined motor mounts, tilt mechanisms, and structural nodes are mission-critical for these platforms.
Built for Drone Teams
Drone parts need a shop that understands weight optimization, vibration, and rapid flight-test cycles.
Weight-Optimized Machining
We machine aggressive pocket patterns, scalloped profiles, and internal ribs in aluminum 7075-T6 to maximize strength-to-weight ratio. Every gram saved extends your flight time.
Precision Motor Alignment
We hold ±0.001" on motor mount bolt circles and ±0.0005" on bearing bores. Proper motor alignment reduces vibration, extends motor life, and improves flight stability.
Fast Crash-to-Rebuild Cycle
Drones crash during testing. We turn around replacement parts and design revisions in 5 to 7 days so your team gets back in the air fast without waiting on parts.
Anodize & Finish Options
Type II anodize in black for glare reduction, Type III hardcoat for wear surfaces, bead blast for cosmetic uniformity. We handle finishes so you don't manage another vendor.
Questions about our current quality setup? Email us — we'll send our documentation package.
From File to Part in 3 Steps
Simple, clear, and designed for fast-moving drone teams.
Upload & Quote
Send your STEP or IGES file. Pick your material, quantity, and finish. Our AI gives you a real price right away. We also run a free DFM check and flag anything that could add cost or lead time.
We Machine & Inspect
Your parts run on our CNC mills and lathes. Every order gets CMM inspection. We verify motor mount bolt patterns, bearing bores, and critical features against your drawing before anything ships.
Ship with Full Docs
Parts ship with dimensional inspection reports, material certs, and any required documentation. Everything your drone engineering team needs for assembly, flight testing, and compliance records.
Explore Other Robotics Sub-Industries
We machine parts for every corner of the robotics market.
Industrial Robots
joint housings, arm links, gearbox housings
Collaborative Robots
arm segments, joint covers, gripper plates
Surgical Robots
instrument shafts, wrist mechanisms, trocar housings
Warehouse Automation
chassis plates, drive housings, sensor brackets
Custom Automation
actuator housings, gripper fingers, fixture plates
Questions from Drone Teams
Drone CNC Machining by City
We serve drone teams in cities across the US.
Upload Your Drone CAD File
Motor mounts, gimbal yokes, frame plates — we machine them all. Get instant AI pricing now. Prototypes ship in as few as 3 days.
No minimums · Single prototypes to production runs · NDA ready · Ships anywhere in the US
AI price estimates are usually within ±20% of final price. Complex parts may get a human review within one business day before pricing is confirmed.