10-inch 450mm Wheelbase Reinforced 3K Carbon Fiber Frame For Long Range Propulsion Alignment

This 10-inch Reinforced High-Toughness Frame Kit is a specialized hardware solution developed for professional long-range and endurance FPV platforms. The physical architecture is engineered to balance lightweight agility with the structural rigidity required for large-scale propulsion systems, ensuring stable cinematic-propulsion-alignment for professional cruising missions.Technical Specifications:- Wheelbase: 450mm- Geometry: H-Type Structural Layout- Arm Thickness: 5.0mm (Reinforced Carbon Fiber)- Plate Thickness: 2.0mm (Top/Bottom/Side Plates)- Stack Mounting: 30.5x30.5mm (With Integrated Damping)- VTX Mounting: 20x20mm / 30.5x30.5mm- Motor Patterns: 16x16mm / 19x19mm- Camera Space: 19mm- Hardware Weight: ~226g (Including Prints)- Propeller Compatibility: Optimized for 9-10 inch series bladesPackage List:- 10-inch Reinforced Carbon Fiber Frame Assembly Kit x 1- Technical Notes: Regularly inspect for physical fatigue to maintain Consistent Performance. This product is supplied as an unassembled hardware component and does not include the drone motors, battery, or electronic avionics.

• Structural Craftsmanship: Precision-engineered with premium 3K diagonal carbon fiber and high-precision CNC machining to ensure Consistent Performance and a scratch-free finish.
• Physical Feedback: Features a professional H-type geometry combined with a lower center of gravity design to deliver exceptionally stable physical feedback during long-range flight.
• Enhanced Damping: Equipped with dedicated flight control shock absorbers to minimize vibration and provide a secure environment for advanced avionics deployment.
• Hardware Integrity: Utilizes customized thickened aluminum columns and Grade 12.9 YFS high-hardness screws to maintain structural endurance under high-stress conditions.
• Alignment Specifications: Features a 450mm wheelbase perfectly aligned with 10-inch propeller dynamics, maintaining verified physical balance for optimal thrust and endurance.