2-inch 95mm Wheelbase Reinforced 2.0mm Bottom Plate Carbon Fiber Composite Frame For Micro Propulsion System Alignment

This 2-inch Reinforced High-Toughness Frame Kit is a specialized hardware solution developed for micro FPV racing and freestyle platforms. The physical architecture is engineered to balance extreme lightweight agility with the structural stability required for micro-flight, ensuring stable cinematic-propulsion-alignment for professional recording missions.Technical Specifications:- Model: 2-Inch FPV Frame Series- Wheelbase: 95mm (2.0-inch Series)- Bottom Plate Thickness: 2.0mm- Component Thickness: 1.5mm- Internal Height: 20mm (Aluminum Standoffs)- Stack Mounting: 16x16mm / 20x20mm / 25.5x25.5mm- Motor Mounting: 9mm Pattern- Camera Space: 14mm- Hardware Weight: ~19gPackage List:- 2-inch Reinforced Carbon Fiber Composite Frame Assembly Kit x 1- Standardized Aluminum Standoff and Fastener Set 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 high-performance carbon fiber composite material, featuring a 2.0mm reinforced bottom plate to ensure Consistent Performance at a lightweight 19g mass.
• Physical Feedback: Optimized for 2-inch propulsion systems, the compact 95mm wheelbase architecture effectively minimizes resonance for precise and stable physical feedback.
• Alignment Specifications: Perfectly aligned with 2-inch propeller dynamics and 9mm motor patterns for verified physical balance during micro FPV racing maneuvers.
• Spatial Architecture: Features 20mm internal height and 14mm camera mounting, supporting 16x16, 20x20, and 25.5x25.5mm stack patterns for various hardware deployments.
• Mission Readiness: Includes high-quality aluminum standoffs and fasteners, serving as a professional solution for advanced 2-inch class micro UAV builds and rapid structural restoration.