Typical parts
Brushless motor mounts (M2/M3 patterns) · Gimbal / camera damping brackets · Arm-to-frame connectors · Battery tray slide rails & latches
Zoryra Precision
Ko'ãva vevúi'i pehẽngue: motor mohenda, jyvanga joaju, gimbal yvyra'ã ha batería ryru. Mba'e heta jey ha'e 6061 kuarepoti morotĩ, térã 7075 kuatia ojerurévo. Joja ha hova ojoajúva ohapykue kuatia. Ára 8–10, 1–50 pehẽnguépe.

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.
Mba'e · tuichavéva tol. · honest CNC pa'ũ. Eipe'a a kuatia -pe a mba'e or ehupi STEP to ñembohepy. Images ha'e pehẽngue illustrations, ani third-party óga jejapo shots.
6061 -pe most quadcopter mohenda; 7075 oĩ jave mbarete peteĩteĩva gram or poyhu pull-out is tuichavéva — jehaipy it on pe RFQ -pe accurate ára oñekotevẽva & tepy.
Héẽ — ta'ãnga keep-out hova on pe PDF; we ñemo'ã poyhu ha jyvanga interfaces mboyve apeno by ijypýpe ndive'ỹ pe kuatia ta'anga says otherwise.
Teko ≈ 8–10 ára jehecha ndive hesakã/apeno hũ (jejapo + yvyty ta'anga). Pya'e oĩ jave mba'e ra'ã ha'e oĩma ha apeno is kangue.
Héẽ — ehupi STEP; we ñembohepy 3-eje vs 5-eje in DFM oĩ jave undercuts or compound angles would otherwise tekotevẽ multiple ñemboheko.
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We’ll eiporu ko tembiapo ñanduti veve añoite to emondo ko item ha to answer nde mba'eapohára questions (ñembohepy, ára oñekotevẽva, kuatia ta'anga).