OD 25mm Reinforced Lateral Folding Joint for Airframe Arm and Carbon Tubing Systems Integration Lightweight Metal Foldable Component(1 PCS)

The 25mm Reinforced Lateral Folding Joint Component is a standardized part designed to enhance system integration, folding efficiency validation, and the development of multi-rotor flight platforms. Its engineering is on leveraging a metallic configuration to optimize structural stability during folding and unfolding cycles.Technical Specifications: Component Specification: HZD25-Lite Reinforced Series Compatible Systems: OD 25mm Tubing Architectures Material Composition: Reinforced Lightweight Metal Individual Weight: Approx. 44 g Component Length: Approx. 83 mm Structural Form: Lateral Folding Arm Joint Application: Arm Folding System Hardware Validation, Airframe Maintenance, Fatigue Testing of Folding MechanismsDesign Features: The reinforced joint architecture balances component weight with mechanical ; the material provides excellent fatigue resistance to maintain locking under high-frequency vibration. Physical profiles are optimized for mid-to-large platforms, with a lateral logic that provides reliable locking feedback and reduces mechanical resonance at the arm connection. Standardized mechanical interfaces allow for high integration flexibility, ensuring accurate and efficient assembly with compatible 25mm tubing modules.Package List: 25mm Reinforced Lateral Folding Joint Component * 1Pc

• Lateral Folding Optimization: Features a lateral folding mechanism to significantly reduce the transportation volume of large-scale platforms, serving as a core component for deployable arm systems.
• strength Lightweight Metal: Manufactured from lightweight metallic material weighing only approx. 44g, maintaining structural rigidity while minimizing additional load on the arm.
• 25mm System Fit: Specifically designed for OD 25mm carbon or tubing, providing an accurate physical interface to ensure mechanical stability in the unfolded state.
• precision Geometric Locking: The internal locking mechanism is precision-calibrated to minimize structural gaps and vibration at the joint, enhancing the dynamic response of the propulsion arm.
• Standardized Modular Assembly: The simplified locking process streamlines hardware assembly, transportation, and maintenance, improving deployment efficiency and securing locking strength.