10L Payload Tank Connector Aluminum Joint Symmetrical Mount for Rail Systems Industrial Heavy-Lift Fasteners 1Pair(6 Pairs)

The SXGD-18-10L Aluminum Payload Connector series is a mechanical solution for enhancing the structural integrity of professional drone platforms in specialized inspection and environmental management. Its engineering is on leveraging the mechanical stability of strength metals to optimize mounting consistency between heavy-duty containers and the airframe.Technical Specifications: Compatibility: Fits 10L Payload Systems & Landing Gear Architectures Material: performance Aluminum Configuration: 1 Pair (Left + Right Symmetrical Components) Net Weight: Approx. 28g / pair Application: Tank Securing, Landing Gear Reinforcement, Structural Bracing, COG OptimizationDesign Features: The reinforced architecture balances component weight with tensile strength, effectively preventing physical deformation under high dynamic flight loads to maintain center-of-gravity stability. Physical profiles conform to standardized industrial tolerances, ensuring zero-gap coupling with support rails for superior installation accuracy. Standardized mechanical interfaces allow for high integration flexibility, ensuring accurate and efficient locking across various professional aircraft configurations.Package List: Aluminum Payload Connector (Left) * 1 Aluminum Payload Connector (Right) * 1

• Structural Coupling: Industrial-grade symmetrical architecture specifically engineered for the precise coupling of 10L containers with landing gear systems to ensure balance.
• Aviation-Grade Aluminum: Constructed from high-modulus aluminum , providing exceptional mechanical rigidity and minimal weight (approx. 28g/pair) to optimize payload-to-power efficiency.
• Stress Distribution Optimization: Facilitates multi-point load sharing through reinforced metal bases, neutralizing mechanical resonance to physical displacement during maneuvers.
• Environmental Stability Engineering: Features an industrial-grade oxidation-resistant finish for superior durability, ensuring long-term reliability in complex environmental management tasks.
• Modular Installation Architecture: Standardized interfaces allow for rapid integration and deployment, simplifying the load integration logic for professional aircraft maintenance.