Typical parts
Brushless motor mounts (M2/M3 patterns) · Gimbal / camera damping brackets · Arm-to-frame connectors · Battery tray slide rails & latches
Zoryra Precision
Ko nga waahanga drone enei: nga mounts motokā, nga hononga ringa, nga kete gimbal, me nga kete puhiko. Ko te rauemi noa ko 6061 konumohe, 7075 ranei ka tono te pikitia. Ko te manawanui me te kanohi pakeke e whai ana i te whakaahua. Ko te wa arahi paerewa e pā ana ki 8–10 ra mo te 1–50 wahi.

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.
Brushless motor mounts (M2/M3 patterns) · Gimbal / camera damping brackets · Arm-to-frame connectors · Battery tray slide rails & latches
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.
Weight targets · Thin-wall notes · Anodize color + masking · 1–50 pc batches
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.
Rauemi · tohutoro matua · whānuitanga CNC pono. Tuwhera kāri mō tētahi keehi, ā, kōkuhu STEP hei utu. He whakaahua ngā whakaaturanga, ehara i ngā whakaahua wheketere tuatoru.
6061 mō te nuinga o ngā taupoki pūkoro; 7075 mēnā he mea nui te kaha ia hākana, ia kīhini rānei — tuhia ki te RFQ mō te wā whakaputa me te utu tika.
Ae — tohu i ngā mata pupuri i te PDF; ka hipoki mātou i ngā miro me ngā hononga ringa i mua i te anodize mā te taunoa mēnā kāore te tuhi e kī ana he rerekētanga.
Paerewa ≈ 8–10 rā hei tohu ki te anodize mārama/pango (whakaputa + tuhi rererangi). Tere mēnā kua rite ngā papaka me te whakakotahi he maeneene.
Āe — tukuake STEP; ka utu mātou mo te 3-axis vs 5-axis i roto i te DFM mēnā me ngā heke katoa, ngā koki pāka rānei e hiahia ana ki ngā tautuhi maha.
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