OD 18mm Reinforced Aluminum Tee Joint 18-18mm Connector for Carbon Tubing Systems Integration Landing Gear Support Adaptor(12pcs)

The 18mm Reinforced Aluminum Tee Joint is a standardized component designed to enhance system integration, structural validation, and the development of mid-sized flight platforms. Its engineering is on leveraging strength materials to optimize the physical performance of support systems under various loads.Technical Specifications: Component Specification: ST18V2 Reinforced Series Compatible Systems: OD 18mm Tubing Architectures Material Composition: Reinforced Aluminum Individual Weight: Approx. 7 g : Industrial Black Anodization Structural Form: Landing Gear Tee Connector Application: Support System Hardware Validation, Landing Gear Stress Testing, System MaintenanceDesign Features: The reinforced joint architecture balances component weight with mechanical ; the material provides excellent fatigue resistance to maintain structural integrity under continuous load. Physical profiles are optimized for high-stability systems, providing a more stable load-bearing and reducing mechanical resonance at the support terminal. Standardized mechanical interfaces allow for high integration flexibility, ensuring accurate and efficient assembly with compatible 18mm tubing modules.Package List: 18mm Reinforced Aluminum Tee Joint Component * 1Pc

• strength Aluminum : Manufactured from lightweight aluminum with superior mechanical strength and resistance, ensuring structural stability under complex conditions.
• 18mm Tubing Fit: Specifically designed for OD 18mm tubing, providing an accurate physical interface for constructing mid-sized flight platform landing gear support links.
• Lightweight Heavy-Duty Balance: Weighing only approx. 7g, this component optimizes stress distribution to handle both and dynamic loads effectively while maintaining a low-mass profile.
• Geometric Locking: Features industrial-grade tolerance to ensure a secure fit with 18mm tubing, minimizing vibration caused by structural gaps for enhanced landing stability.
• Standardized Modular Assembly: The minimalist screw-locking design simplifies hardware assembly and maintenance, significantly improving deployment efficiency while ensuring reliable locking.