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CNC Machined Drone Structural Bracket

A curved, lightweight CNC-machined 6061 aluminum drone structural bracket with extensive pockets, a central through-hole, curved end slots and multiple mounting holes; deburred after machining.

Category:

CNC Machining

key word:

CNC Machining

6061 Aluminum

Drone Components

jake@gdfengnuo.com

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Product Description

Product Information

Manufacturing Process	CNC machining
Part Type	Curved drone structural bracket
Material	6061 aluminum alloy
Post-Processing	Deburring
Structural Features	Curved open body, extensive pockets, central through-hole, curved slots and multiple mounting holes
Application Field	Drone structural assemblies

Product Overview

This 6061 aluminum drone bracket has a curved, heavily pocketed body linking two mounting regions. The photos show a large circular opening, adjacent curved slots, smaller mounting holes and recessed internal features. CNC machining forms the geometry, followed by deburring at the holes, slots and accessible edges.

Structure and Machining Features

Extensive material removal leaves relatively thin remaining sections along the curved body. The circular end features and smaller holes act as assembly references, while the shaped slots introduce narrow internal corners. These features make both free-state shape and hole-to-hole relationships important during inspection.

Machining Challenges and Control Strategy

The long, relieved shape can distort under clamping force, cutting load and heat, then move again after unclamping. A dedicated supporting fixture and layered roughing strategy help distribute cutting loads. Leaving finish stock, allowing the rough-machined part to stabilize, and then finish-machining the critical profile reduce the risk of an unexpected free-state shape change.

The central opening, surrounding smaller holes and shaped slots should be machined and inspected against the drawing's assembly datums. Hole position, alignment and relevant geometric relationships deserve attention because mating features can bind or load unevenly if they drift. Tool access is limited at narrow slot corners and small holes; suitable cutters and controlled drilling help manage corner definition and hole wander, while deburring must clear the openings without altering their functional edges.

Quality Control Focus

Curved profile and mounting-face relationships after unclamping
Position and alignment of the central opening and surrounding mounting holes against the specified datums
Slot shape, narrow internal corners and small-hole condition
Clean, burr-free functional edges without enlarging holes or changing the mating surfaces

Project Value

The useful acceptance point is not only whether each feature was cut, but whether the released part keeps the intended mounting relationships. A fixture-supported roughing and finishing plan, followed by datum-based inspection and careful deburring, provides clearer evidence for assembly fit and helps reduce avoidable alignment rework.

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