This multipurpose drone structural bracket is CNC-machined from high-strength AL7075 aluminum, featuring deep weight-reduction pockets and precision-engineered support ribs. We designs for both structural reinforcement and avionics mounting, and delivers excellent strength-to-weight performance critical in demanding UAV applications. The surface treatment process of the product is MIL-STD-compliant hard anodizing to ensure corrosion resistance and long-term durability, even in harsh operating environments.

In commercial UAVs and aerial drones, usually using this structural bracket as a payload frame support, camera gimbal base, or mounting interface for flight controllers, GPS modules, or sensor hubs. Its rigid construction ensures stability for high-resolution imaging systems and vibration-sensitive electronics. In heavy-lift drones or agricultural UAVs, the bracket may serve as a structural connector between the main fuselage and multi-rotor arms, contributing to frame integrity and load distribution.

Moreover, the bracket is suitable for compact and fixed-wing UAVs where weight reduction and dimensional precision are critical. Its modular design allows seamless integration with carbon fiber panels, battery trays, antenna masts, or cooling systems, making it a versatile solution for both OEM manufacturers and drone system integrators.

Key Applications include:

• Gimbal and camera stabilizer mounting

• Flight control module and ESC housing

• Payload frame or sensor pod support

• Battery module brackets and fuselage reinforcement

• Multirotor joint or VTOL wing interface structures

 Specifications

• Material: AL7075 forged / extruded

• Surface Finish: Hard anodizing (MIL-SPEC)

• Precision: ±0.01 mm

• Size Range: 80–300 mm

• Application: Payload frame, fuselage support, electronics mounting