Picture Packing List：
ARL-06 Expansion Aluminium Rod: 1pcs
 

NO.1 Detail list:
(For 12mm pipe diameter )
ARL-06 80mm Expansion Aluminium Rod: 1pcs
 

Features

High Strength & Lightweight

Made of aerospace-grade 6061 aluminum alloy with precision CNC machining, it ensures structural strength and impact resistance while achieving extreme light weight, without adding extra flight burden to the drone, suitable for multi-rotor and long-endurance UAV platforms.
 

Precise Fit & Stable Clamping

The custom clamp structure for 12mm carbon tubes, combined with dual knurled locking screws, achieves gap-free and high-stability clamping, effectively preventing mounting shaking and displacement during flight, ensuring stable shooting of gimbal cameras.
 

Flexible Expansion & Multi-Scene Adaptation

Reserved standard expansion mounting positions allow quick mounting of various loads such as gimbals, action cameras, fill lights and sensors, supporting multi-scene applications like multi-angle aerial photography, surveying and inspection, and easily realizing UAV function expansion.
 

Excellent Durability

The hard anodized sandblasting process provides outstanding wear resistance, corrosion resistance and scratch resistance, coping with complex outdoor aerial photography environments, and maintaining structural accuracy and appearance quality for long-term use.
 

Convenient Installation Design

Split structure + tool-free locking screws enable quick installation of carbon tubes and fixation of loads without complex tools, with efficient disassembly and assembly, suitable for field operation requirements.
 

Application Scenarios

Multi-angle aerial photography expansion for drones
Mounting of gimbal cameras and action cameras
Expansion of professional loads for surveying and inspection
UAV frame modification and function upgrade
 

Notes
Please confirm the outer diameter of the carbon tube is standard 12mm before installation to avoid affecting clamping stability due to tube diameter deviation.
Apply uniform force when tightening the screws to avoid damaging the carbon tube or clamp due to excessive force.
Regularly check the tightness of the screws to ensure flight safety.