Industry
Drones & UAV
Flight hardware where grams are mission time: thin-wall machining for UAV builders.
FabVector machines Drones & UAV parts in Aluminum 7075-T6, Aluminum 6061-T6, Titanium Grade 5 (Ti-6Al-4V), from 1 piece, with instant online estimates, engineer-reviewed quotes in 24 hours and NDA-protected files. Delivery with duties handled to the US, Canada, UK and Australia.
- Materials
- Aluminum 7075-T6, Aluminum 6061-T6, Titanium Grade 5 (Ti-6Al-4V)
- Minimum order
- 1 piece
- Estimate
- ~60s online
- Quote
- engineer-reviewed 24h
- IP
- NDA from upload
What slows this industry down
Drone engineering is a war on mass: every gram of structure is a gram of payload or flight time surrendered, so parts live at the edge of thin-wall manufacturability — 0.8 mm pocket walls and skeletonized motor mounts that many shops refuse or scrap. Vibration means fatigue-rated fillets and surface quality are airworthiness issues, not cosmetics. Design cycles are short and flight-test driven, so a vendor that takes two weeks to quote breaks the program cadence. Military-adjacent platforms add export-control screening that suppliers must understand before files ever move.
Typical parts we machine
- Motor mounts and prop adapters
- Gimbal frames and camera cages
- Folding-arm hinges and latches
- Battery trays and quick-release plates
- Antenna mounts and payload rails
Recommended materials
Aluminum 7075-T6
Aircraft-grade aluminum: steel-level strength at a third of the weight.
Aluminum 6061-T6
The default CNC aluminum: strong enough for most jobs, machines fast, anodizes well.
Titanium Grade 5 (Ti-6Al-4V)
Half the weight of steel at full strength, bio-inert, corrosion-proof — and priced accordingly.
Carbon Fiber Sheet
Stiffness nothing else matches per gram: profile-cut plates for frames, arms and optical platforms.
Recommended finishes
Anodizing Type II (Dyed)
Color that cannot peel: dye locked inside the part’s own oxide layer.
Hardcoat Anodizing Type III
Wear armor for aluminum: an oxide layer as hard as tool steel.
Bead Blasting
The uniform matte look: erases tool marks, hides fingerprints, preps perfect anodizing.
Certifications & standards
- ISO 9001
- We understand UAV programs expect ISO 9001-style traceability from raw stock to shipped part, even at prototype volumes.
- ITAR / EAR
- Military UAV hardware may fall under ITAR/EAR export control — you must declare any controlled status at RFQ so files and data are handled accordingly.
We understand and support these requirements; certification and documentation scope is confirmed per order.
Questions drones & uav buyers ask
- What is the best aluminum for drone frames and motor mounts?
- 7075-T6 where stiffness-to-weight decides (arms, motor mounts, gimbal frames) and 6061-T6 where geometry is complex and loads are moderate. Wall thickness down to 0.8 mm is machinable with proper fixturing; below that, weight savings usually cost you vibration behaviour.
- Can I get 5 prototype drone parts and then 500 production units from the same supplier?
- Yes — that transition is the point of running an own plant plus a partner network. Prototypes and first articles run in-house; the 500-piece follow-on is routed to a production-tier plant with the same drawing interpretation, same inspection format and the FAI as the bridge.
- How fast can machined drone parts be quoted and delivered?
- A STEP file returns a price range in about 60 seconds, an engineer reviews it within 24 hours, and simple aluminum parts ship in as fast as 3 days. When a design iterates monthly, quoting speed is worth more than a few percent on unit price.
Relevant services
CNC Milling
3- and 4-axis vertical machining for housings, brackets, manifolds and structural parts.
5-Axis Machining
Simultaneous 5-axis machining for impellers, freeform surfaces and compound-angle features.
Prototype Machining
Functional prototypes in production-grade materials, shipped in days with DFM feedback included.
Carbon Fiber Machining
CNC-routed carbon-fiber sheet parts with delamination control, clean holes and optional sealed edges.
Industrial 3D Printing
Functional polymer and metal additive parts for prototypes, complex geometry, tooling and bridge production.
Related engineering guides
aluminum 7075 CNC machining
Aluminum 7075 CNC Machining: Strength, Anodizing and Design Rules
A sourcing guide for CNC machined aluminum 7075 parts: robotics, aerospace, drones, fixtures, tolerances and finish considerations.
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CNC Machining for Drones and UAVs: Lightweight Structures and Flight-Test Parts
How to source CNC machined drone and UAV parts: carbon fiber plates, aluminum frames, motor mounts, brackets and vibration-critical hardware.
carbon fiber sheet machining
Carbon Fiber Sheet Machining: Design, Cutting and Inspection Guide
How to source CNC-routed and drilled carbon-fiber laminate parts: laminate data, edge quality, dust control, hole design, inspection and RFQ inputs.
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Application Case: Drone Carbon Fiber Plate and Aluminum Motor Mount Assembly
A drone/UAV machining RFQ playbook covering carbon fiber routing, 7075 motor mounts, vibration, edge sealing and fast prototype cycles.
CNC machining service by country
Have a part in mind?
Upload CAD or drawings. Eligible CNC work gets an instant estimate; other processes move to engineer review. NDA-protected from the first byte.
Start an RFQ