Рама для дрону FPV, Mark4 V3 Pro, 13 дюймів, карбонова

The FPV Mark4 V3 Pro 13-inch frame is a professional premium solution for large-format and powerful FPV drones.

The V3 Pro version is an updated and improved design that takes into account the shortcomings of previous models, increased rigidity, increased strength, and more convenient installation. Thanks to high-strength carbon and optimized geometry, the frame provides stability under high loads, precise control and maximum endurance in flight.

Mark4 V3 Pro 13" is a top frame for powerful setups, chosen by pilots who seek to combine performance, reliability and the ability to install large motors, heavy batteries and all the necessary electronics. It is an ideal platform for assembling long-range or heavy FPV drones, where maximum stability and lack of flex are required.

If you need a frame that can withstand real loads, guarantees rigidity, precise control and works without compromises - Mark4 V3 Pro 13" will be the best choice in its class.

Characteristics:

• Material: Carbon
• Size: 13 inches
• Width: 455 mm
• Beam thickness: 8 mm
• Length: 338 mm
• Frame diagonal along the axes: 570 mm
• Body length: 207 mm
• Motor mounting hole size: 26-34 mm
• Weight: 490 g
• Construction type: reinforced X-geometry (V3 Pro)

Advantages:

1. Optimized geometry for 13-inch propellers
A specially adapted beam design ensures correct operation with large propellers, which improves thrust, energy efficiency and stability during long-distance flight.

2. Reinforced hand and electronics mounting points
The V3 Pro version has an improved fixation system that minimizes backlash, improves mounting rigidity and withstands heavier motors and aggressive loads.

3. Professional vibration isolation of the flight controller
The updated damper mount reduces parasitic vibrations, provides more accurate PID settings and makes the flight smoother and more controlled.

4. Aerodynamic design profile
The sleek frame design reduces drag, resulting in better stability and higher efficiency during high-speed flights and long missions.