HRX-GB-90 · Drone Parts

Gimbal Bracket & Camera Mount — Drone Parts

Name: Gimbal Bracket & Camera Mount
Brand: HRX MACHINING
SKU: HRX-GB-90
Availability: MadeToOrder

Vibration-isolated bracket with tight bore alignment for camera payloads.

Tolerance±0.02 mm

MOQ5 pcs

Lead time12–18 days

AvailabilityMade to order

Payload class

Surface

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Applications

Aerial photography gimbals
Handheld stabilisers
Inspection camera mounts
Broadcast and film rigs

A gimbal bracket has two jobs: hold the camera exactly where the software expects it, and keep motor vibration out of the image. We hold bore alignment within 0.02 mm so the gimbal does not fight a mechanical offset, and we can machine damping pockets or leave material for your rubber isolators. Thin walls down to 1 mm are possible in 7075, which matters when every gram is payload you could be carrying instead.

Specifications

Material: Aluminium 7075-T6 / 6061-T6
Dimensions: per drawing, typically 60–140 mm
Weight: 8 – 55 g
Tolerance: ±0.02 mm
Wall thickness: 1.0 – 4.0 mm
Concentricity: 0.02 mm
Surface roughness: Ra 1.6 µm
Machine: 4-axis CNC milling
Surface finish: Anodised
MOQ: 5 pieces
Lead time: 12–18 working days

Key features

Bore alignment within 0.02 mm
Wall thickness down to 1.0 mm in 7075
Optional damping pockets for isolators
Cable routing and connector cut-outs
Balanced for smooth pan and tilt

Scope of delivery

Bracket in EPE sleeve
Screw set on request
Inspection report

Quality control

Every batch is checked on a coordinate measuring machine, with calipers, micrometers and gauge blocks on the shop floor. A dimensional report is available with each shipment and first-article inspection is free on series orders.

Competitive advantages

vs. Injection-moulded plastic mounts: 7075 aluminium holds sub-millimetre bore alignment that moulded parts drift out of over heat cycles
vs. Laser-cut sheet-metal brackets: Milled 7075 with 1 mm walls: stiffer and lighter than laser-cut 1.5 mm sheet without bending
vs. SLM/FDM 3D-printed brackets: Dense 7075-T6, no layer lines or powder porosity; damping pockets CNC-machined to Ra 0.8
vs. Low-cost CNC shops without ISO process: Bore alignment within 0.02 mm, damping and isolator mounting designed into one fixture

Frequently asked questions

What tolerances can you hold?

Standard machining tolerance is ±0.05 mm, and ±0.01 mm on features you mark as critical. Locating bores can be held to H7. Tell us which dimensions actually matter — over-tolerancing is the fastest way to raise cost without improving the part.

Is there a minimum order quantity?

No. We machine one piece as readily as one thousand. Unit price improves noticeably at 50, 200 and 1,000 pieces because setup and programming amortise, and we use the same programme and fixtures from prototype through to series.

How long does a quote take, and what about lead time?

Quotes are returned within 24 working hours, usually the same day for simple parts. Production lead time is typically 7–20 working days depending on complexity, material availability and finishing.