Mark4 V3 Pro 15-Inch Heavy Lift FPV Frame Kit – 680mm Carbon Fiber Long Range X-Class

Description

Mark4 V3 Pro 15-Inch Heavy Lift FPV Frame Kit – 680mm Carbon Fiber Long Range X-Class

Draft product created from competitor research for internal review. Before publishing, confirm dimensions, rewrite the final commercial copy, and replace or approve product image usage rights.

Mapped CF Plate Attributes:
– Material: Carbon Fiber
– Thickness: 8.0mm
– Surface Finish: Matte
– Application: FPV Drone Frames
– Service Type: Standard Product

Extracted Specifications:
– Wheelbase: 680mm
– Arm Thickness: 8.0mm
– Plate Thickness: 2.0mm
– Weight: Approx. 590g

Source Notes For Review:
Go Big. Fly Far.The Mark4 V3 Pro 15-Inch is a beast of a frame designed for extreme long-range exploration and heavy-lift cinema applications. With a massive 680mm wheelbase and reinforced construction, this platform is engineered to carry larger payloads, big batteries, and professional camera gear with absolute stability. Unmatched Rigidity with 8mm ArmsFlex is the enemy of large drones. The Mark4 V3 Pro solves this with substantial 8mm thick carbon fiber arms. Combined with a 3mm bottom plate and surrounding reinforcement braces, this frame eliminates resonance and vibration, ensuring your footage remains smooth even when spinning massive 15-inch propellers. Big Motor SupportDesigned for power, the motor mounts feature a 21x21mm bolt pattern with M4 screw holes, specifically tailored for large-stator motors (such as 4312, 4320, or similar X-Class motors). Key Features: X-Class Geometry: Wide 680mm stance for maximum stability in high winds. Heavy Duty Carbon: 8mm arms and 3mm fuselage plates provide a rigid, crash-resistant structure. Dual Stack Mounting: Compatible with both 20x20mm and 30.5×30.5mm electronics, giving you flexibility in choosing Flight Controllers and VTX units

Mapped Technical Parameters

Extracted Source Specifications

Inquiry

This product is prepared as a draft for review. Confirm drawings, dimensions, quantity, and image usage before publishing.