MARK4 V2 10-Inch Carbon Fiber FPV Frame – 424mm Wheelbase

This is the 424mm variant of the MARK4 V2 10-Inch Carbon Fiber FPV Frame – 424mm Wheelbase in Drone Frame and Accessories. Available at ₹2,728.95 (₹2,599.00 + GST) with free shipping across India.

MARK4 V2 10-Inch Carbon Fiber FPV Frame – 424mm Wheelbase

Description: 

The MARK4 V2 10 inch carbon fiber frame is the only model in the V2 series with 7mm arms — because 10-inch prop torque makes 6mm arms flex, and 7mm is a structural requirement, not an upgrade. 380mm wheelbase, 255g, with 2.5mm camera side plates (thicker than 7/8-inch models) to handle the larger airframe’s lateral forces. Built for long-endurance FPV, professional filming, and industrial inspection.

When your build needs maximum payload capacity, longest endurance, and a platform that doesn’t flinch under heavy gear — the MARK4 V2 10 inch FPV carbon fiber frame is where you land. The 424mm wheelbase gives you room for 10-inch props, which means serious thrust and efficiency. This isn’t a scaled-up 7-inch. The frame geometry, arm thickness, and plate stack are all designed for what 10-inch builds actually demand: rigidity under heavy load and zero flex when you’re carrying expensive camera gear 5km from home.

7mm Arms on the MARK4 V2 10 Inch FPV Carbon Fiber Frame

The 7mm arms are the headline here. Every other size in the MARK4 V2 line uses 6mm, but the 10-inch gets 7mm 3K T300 carbon fiber arms — because bigger props and heavier batteries generate more torque and more arm flex. On a 10-inch frame, arm flex isn’t just a flight performance issue. It shows up in your footage as jello, it messes with your altitude hold, and on hard landings it’s the difference between a bent arm and a broken one. We went 7mm because the 20–30g weight penalty is worth it for what this frame is asked to carry. And since we press our own carbon fiber sheet and cut every arm in-house, that 7mm thickness is consistent across every unit and every reorder.

2.5mm Side Plates on the MARK4 V2 10 Inch Frame

The side plates step up to 2.5mm — thicker than the 2.0mm used on the 7 and 8-inch versions. On a frame this size, the side plates take more lateral stress from arm-mounted motor torque, and the extra thickness prevents the micro-vibrations that kill smooth footage on long cinematic flights. Camera side plates stay at 2.5mm to keep the camera mount rock-solid. The bottom and middle plates are 3.0mm for the structural backbone, with a 2.0mm top plate to save weight where it doesn’t compromise strength.

At 235g, this MARK4 V2 10 inch FPV carbon fiber frame is built to carry. The stack accommodates 30.5×30.5mm and 20×20mm flight controllers with room for GPS, digital VTX, and larger ESCs. Motor holes fit both 16×16mm and 19×19mm patterns. Arm soft mounts, battery pads, straps, and full hardware are included — everything you need to build a serious long-range or heavy-lift rig.

Specifications:

Applications:

• Ultra-long-range FPV — 10-inch props on 6S give you the most efficient thrust-to-power ratio in FPV. Fly 10km+ missions and come back with battery to spare. This 10 inch long range frame is built for pilots who take distance seriously
• Professional cinematography — The 7mm arms and 2.5mm side plates deliver a vibration-free platform that keeps your footage clean. Carry a full-size action cam or gimbal setup without jello ruining your takes
• Heavy-lift and delivery — 424mm wheelbase and reinforced structure handle large battery packs and payload modules. Ideal as a heavy lift drone frame for prototype delivery systems or agricultural sensor rigs
• Industrial inspection — Stable, predictable flight behavior for commercial survey, power line inspection, and infrastructure monitoring where reliability matters more than agility

Features:

1. Carbon fiber is a popular material choice for FPV drone frames due to its strength, durability, and lightweight properties.
2. Carbon fiber frames provide a higher strength-to-weight ratio than traditional materials, resulting in better performance and maneuverability.
3. Carbon fiber composites are resistant to impacts and vibrations, which helps to protect the drone’s sensitive electronics and maintain stability during flight.
4. The use of carbon fiber materials in FPV drones also enables faster acceleration, higher speeds, and longer flight times, resulting in a better overall experience for the pilot.
5. Carbon fiber is also an excellent thermal conductor, helping to dissipate heat generated by high-powered motors and batteries, thus preventing damage to the drone’s components.
6. FPV drone enthusiasts should consider carbon fiber frames when purchasing a new drone or upgrading their existing one to achieve optimal performance and durability.
7. Carbon fiber frames are available in a range of sizes and configurations, suitable for different types of drones, including racing, freestyle, and long-range drones.
8. When purchasing a carbon fiber frame, consider factors such as weight, stiffness, and compatibility with other components to ensure the best performance for your FPV drone.
9. Carbon fiber frames may be more expensive than other frame materials, but their long-lasting durability and performance benefits make them a worthwhile investment for serious FPV drone pilots.

Package Includes:

• • Full set of 3K carbon fiber plates (arms, bottom/middle/top plates, side plates, camera plates)
  • Aluminum standoffs

• Stainless steel screws and hardware
• Arm soft mounts (vibration damping)
• Battery pads
• Battery straps

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