DF-V2 8/9/10-inch Reinforced 6/7mm Arm Carbon Fiber Frame For Long Range Payload Propulsion Alignment(10 inch 427mm)

This DF-V2 Reinforced High-Toughness Frame Kit is a specialized hardware solution developed for 8 to 10-inch class professional long-range and mission-specific FPV platforms. The physical architecture is engineered to balance structural endurance with the spatial requirements for heavy-duty propulsion and delivery systems, ensuring stable cinematic-propulsion-alignment for professional cruising.Technical Specifications:- Model Series: DF-V2- Wheelbase: 367mm (8") / 387mm (9") / 427mm (10")- Arm Thickness: 6.0mm (8/9") / 7.0mm (10")- Plate Thickness: 2.0mm (Top/Bottom Plates)- Stack/VTX Mounting: 20x20mm / 30.5x30.5mm- Camera Space: 19mm- Internal Height: 35mm- Feature: Pre-designed mounting holes for 1-2 cargo throwers.- Hardware Weight: ~282g to 310gPackage List:- DF-V2 Reinforced Carbon Fiber Frame Assembly Kit x 1 (Size as selected)- 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: Newly upgraded thickened model featuring 6mm arms for 8/9-inch and 7mm arms for 10-inch versions, ensuring Consistent Performance under high-stress loads.
• Physical Feedback: Optimized for long-range and heavy-payload missions, the high-rigidity airframe effectively minimizes mechanical resonance to deliver exceptionally stable physical feedback.
• Functional Expansion: Enhanced layout includes dedicated mounting positions for single or dual thrower systems, providing a secure environment for cargo delivery and mission-specific hardware.
• Alignment Specifications: Multiple wheelbase options (367mm-427mm) are perfectly aligned with 8-10 inch propeller dynamics, maintaining verified physical balance for optimal thrust and efficiency.
• Spatial Architecture: Offers a 35mm internal stack height and versatile mounting patterns for F4/F7 controllers and high-power VTX units, ensuring a reliable environment for advanced electronics.