DJZ-16 16mm Reinforced Aluminum Motor Mount Red Anodized Holder for 16mm Carbon Tube For Industrial System Integration 1Pc(6 pcs)

The DJZ-16 Reinforced Aluminum Motor Mount is a standardized component designed to enhance the efficiency of system integration, performance link testing, and 16mm-class flight platform development. Its engineering is on leveraging diameter locking logic to optimize the physical stability of power links during dynamic missions.Technical Specifications: Component Model: DJZ-16 Compatible Diameter: 16 mm (Standard carbon / aluminum tubes) Structural Weight: Approx. 14g / Pc Material Composition: strength Aluminum / CNC Machining Finish: Industrial Red Anodization Application: Industrial Inspection Hardware Validation, System Maintenance, Airframe AssemblyDesign Features: The reinforced architecture balances weight with mechanical ; the aluminum provides excellent thermal dissipation to aid passive cooling of motor modules during continuous . Physical profiles are optimized for standard 16mm support systems; the compact layout and precision interfaces ensure zero-offset under high-speed rotation. Standardized mechanical interfaces allow for high integration flexibility, ensuring accurate and efficient locking with 16mm standard-grade tubes.Package List: DJZ-16 Red Reinforced Aluminum Motor Mount Body * 1Pc Specialized Reinforced Fastening Set * 1Set

• 16mm Standardized Propulsion Lock: Specifically designed for 16mm OD reinforced carbon arms, providing precision radial locking for mid-scale multi-axis power links.
• Industrial Red Anodized Finish: Features a high-saturation red anodized for superior resistance and enhanced visual identification of propulsion terminals.
• Aviation-Grade CNC Aluminum: Machined from aluminum via CNC, offering excellent thermal conductivity and fatigue strength for high-load operational stability.
• 14g Minimalist Lightweight Design: Weighing approx. 14g per unit, this component provides structural integrity while minimizing the moment of inertia at arm ends for better response.
• Universal Propulsion Interface: Mounting patterns fit mainstream brushless power systems, supporting multi-point fastening to significantly reduce field assembly and maintenance time.