Typical parts
Brushless motor mounts (M2/M3 patterns) · Gimbal / camera damping brackets · Arm-to-frame connectors · Battery tray slide rails & latches
Zoryra Precision
Drone parts
These are drone parts: motor mounts, arm links, gimbal brackets, and battery trays. The usual material is 6061 aluminum, or 7075 when the drawing asks. Tolerances and mating faces follow the drawing. Standard lead time is about 8–10 days for 1–50 pieces.
- Weight targets
- Thin-wall notes
- Anodize color + masking
- 1–50 pc batches
UAV buyers iterate fast on motor mounts, gimbal brackets, arm connectors, and battery rails. Share mass targets and mating faces early — we flag thin-wall and anodize risks in DFM before chips fly.
Material path: Al6061-T6 for most structures; 7075 when strength per gram matters (motor mounts, landing gear). Finish: clear / black anodize common; mask threads and arm mating faces unless drawn.
Process: 3-axis pocketing for most brackets; 5-axis when compound arm angles or undercuts reduce setups. Standard tier ≈ 10 days reference (production + air sketch) with anodize on the clock.
See anonymized cases below — arm connector, motor mount, gimbal bracket, battery tray — then upload STEP for an itemized reference quote.
Why choose Zoryra · Drone parts
Tolerance guidance
Structural mounting ±0.05 mm typical; bearing / shaft bores per drawing (H7 common); flat damping faces 0.05–0.1 mm when called out. Drawing governs.
Watch-outs
Weight targets · Thin-wall notes · Anodize color + masking · 1–50 pc batches
Typical parts
- Brushless motor mounts (M2/M3 patterns)
- Gimbal / camera damping brackets
- Arm-to-frame connectors
- Battery tray slide rails & latches
- Landing gear blocks & prop guards
- FPV / payload adapter plates
Tolerance guidance
Structural mounting ±0.05 mm typical; bearing / shaft bores per drawing (H7 common); flat damping faces 0.05–0.1 mm when called out. Drawing governs.
Watch-outs
- Mark anodize color + keep-out mating faces
- Thin walls ≥1.2 mm after pocketing unless DFM approved
- 1–50 pc pilot batches — share reorder rhythm
- 7075 vs 6061: call out early (cost & lead differ)
Typical UAV parts (anonymized)
Material · critical tol. · honest CNC scope. Open a card for a case or upload STEP to quote. Images are part illustrations, not third-party factory shots.
Related
Related
FAQ
6061 or 7075 for motor mounts?
6061 for most quadcopter mounts; 7075 when strength per gram or thread pull-out is critical — note it on the RFQ for accurate lead & cost.
Can you anodize without coating mating faces?
Yes — mark keep-out faces on the PDF; we mask threads and arm interfaces before anodize by default unless the drawing says otherwise.
Typical lead time for 12–20 pc UAV brackets?
Standard ≈ 8–10 days reference with clear/black anodize (production + air sketch). Express when blanks are ready and finish is light.
Do you support compound arm angles?
Yes — upload STEP; we quote 3-axis vs 5-axis in DFM when undercuts or compound angles would otherwise need multiple setups.
Upload CAD for an itemized reference
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Other industries
Robotics & automationCustom CNC for cobot cells from Dongguan, China: typical parts, datums, inserts, anodize masking, Standard ~10 days reference — not just an industry tag.MedicalNon-implant instrument structures from Dongguan, China: housings, lab fixtures, surgical-instrument metal parts — QA docs optional, honest scope, no invented certs.AutomotivePilot hardware with clear lead tiers and coating notes built into the production clock.Electronics & semiconductorMetal around electronics and semiconductor equipment — heat spreaders, EMI, optics housings — not a wafer fab or cleanroom contractor.AI cooling equipment partsThese are AI cooling equipment parts: cold plates, manifolds, and brackets. Material is aluminum unless the drawing calls for copper. Flatness is whatever the drawing calls out. Standard lead time with finish is about 8–10 days.Laser equipment partsThese are laser equipment parts: mounts, nozzle seats, optic mounts, and base plates. Common materials are 6061 aluminum and stainless. Tolerances, including optic-seat flatness, follow the drawing. Standard lead time is about 8–10 days. This is not a finished laser.