High Quality Custom Drone Parts Manufacturing
DEK machines precision drone parts with complex shapes to tolerances of ±0.005 mm, from prototypes to batches. Every quote is engineer-reviewed and returned within 6 hours.
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ISO 9001
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AS9100D
Specializing in Precision Drone Components
DEK supports drone programs with rapid prototyping, first-article production and on-demand manufacturing, with a 98% on-time delivery rate. We offer over 30 lightweight, high-strength materials, including aerospace aluminum, titanium alloys and composites.
Our 5-axis machines cut the complex curved surfaces of propeller blades to project specifications. Parts are inspected on coordinate measuring machines, laser scanners and hardness testers, and pricing stays competitive for small-batch production bought by batch.
What Drone Programs Need
- Complex curved surfaces on propeller blades held to specification
- Light, strong parts in aerospace aluminum, titanium and composites
- Prototypes and small batches with no minimum order quantity
- Material certificates, FAI documents and CMM inspection reports
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0.005mm
Machining Tolerance (±)
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98%
On-Time Delivery Rate
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30+
Production-Grade Materials
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6h
Engineer-Reviewed Quote
Typical Drone Components We Machine
From airframe machined parts to motor mounts, we machine the drone components that must stay light, rigid and within tolerance.
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Airframe Machined Part: WingsWing structural components machined on 5-axis centers from 7075 and 6061 aluminum alloys for light, rigid drone airframes. -
Airframe Machined Part: BodyMonocoque structures and drone frames machined from aluminum, titanium or carbon fiber composites with complex geometries. -
Airframe Machined Part: GearLanding gear struts and components in titanium and aluminum, chosen for durability and excellent fatigue resistance. -
Airframe Machined Part: MountsCamera mounts and gimbal components machined from aluminum and magnesium alloys for stable, lightweight payload support. -
Motor Mount in Aluminum 7075Motor mounts machined from aerospace-grade 7075 aluminum for high strength at low weight, held to ±0.005 mm. -
Motor Mount in Aluminum 60616061 aluminum motor mounts for drone prototypes and small batches, produced with no minimum order quantity. -
Anodized Motor MountAluminum motor mounts finished with anodizing or bead blasting in the same order as machining, for function and appearance. -
Inspected Motor MountMotor mounts checked on coordinate measuring machines and supplied with CMM reports and material certificates on request.
Drone Component Manufacturing Capabilities
How DEK machines, finishes, inspects and delivers UAV parts, from the first prototype to repeat high-mix, low-volume batches.
Materials for Drone Parts
Lightweight, high-strength and durable production-grade materials chosen for drone weight, rigidity and endurance.
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Rapid Prototype
Aluminum2024, 6061, 7075Aerospace-grade aluminum for light, rigid drone parts such as motor mounts, gimbal components, landing gear and heat sinks. -
TitaniumGrade 1, Grade 5, Grade 9Excellent fatigue resistance for landing gear components, drone frames, fasteners and joints, and rotor system components. -
MagnesiumMagnesium alloyFor high-end drones with extreme endurance requirements: body frames, gimbals and camera mounts, and battery enclosures. -
CopperCopper alloysGood mechanical properties and machinability for motor parts, heat dissipation components, battery connectors and busbars. -
Carbon Fiber CompositeCompositeHigh strength-to-weight ratio and rigidity for drone frames and arms, propeller blades, landing gear systems and wing structures. -
Fiberglass CompositeCompositeImpact-resistant, structurally sound parts such as fuselages, antenna covers and housings, and internal support structures. -
Thermoplastic CompositesPEEK, PEKK, PEI (Ultem), nylonImpact strength and corrosion resistance for brackets and fixtures, complex shells and internal structural components. -
Silicone/ElastomersSilicone, elastomersReliability, sealing and durability for landing gear pads, universal joint brackets, bearing seals and battery compartment parts.
Why Choose Our Services
One-stop production of high-quality parts saves you time and money, from the first drawing review to delivery.
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Engineering Capabilities
Mechanical engineers with 10+ years in programming, machining, post-processing and materials review every drawing and return DFM feedback before the first chip is cut.
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Fast Lead Time
In-house 3-axis and 5-axis capacity, no minimum order quantity, and quick-turn scheduling when a part is holding up a build.
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Quality Control
In-process and final inspection on CMM (Coordinate Measuring Machine), with inspection reports, FAI reports and material certifications supplied on request.
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Surface Finishes
Passivation, anodizing, electroplating, PVD and QPQ coating applied in line with machining, so corrosion protection is part of the same order.
Our Ordering Process
30+ Materials and Finishes for Drones
Pick the metal, engineering plastic and finish combination that fits the weight, strength and function of your drone part.
Surface Finishes
Engineering Plastics
Not seeing the material you need? Ask our engineers for advice!
View AllDrone Part Buying FAQs
Common questions from drone engineering and procurement teams.
Get an Accurate Quote within 6 Hours
We don’t use online automated quotation tools: a mechanical engineer reviews every drawing, so the price reflects how the part is really made.
- Accurate quote within 6 hours
- Engineers with 10+ years of experience
- Heat-treatment deformation priced in
- Tight tolerances and grinding reviewed
- No price from cutting volume alone
Ready to Scale Your Project?
Get started with a stable process and controlled quality. Let's discuss your project.
