Makeflyeasy carbon fiber sandwich composite paddle 2075 Plateau paddle aerial survey VTOL

Friendly reminder:
The 2075 carbon fiber composite paddle is designed for high altitudes above 3000 meters.

Premium Carbon Fiber Composite Paddle

The 2075 propeller uses 3K carbon fiber cloth wrapped around a balsa wood core. This unique sandwich construction merges structural strength with exceptionally low weight.

High temperature and pressure precision machining ensure a strong, light body. This specialized process results in excellent aerodynamics for VTOL flight efficiency.

The 3K carbon wrap protects the balsa core. It prevents structural failure during intense aerial survey operations at high altitudes where air density varies.

It is lighter than ordinary all-carbon propellers. This specific component offers high hardness and minimal deformation under load.

It maintains greater tension under the same conditions. This ensures stable flight paths and consistent performance in thin air environments.

The propeller body is strong and lightweight. It generates greater thrust than standard carbon fiber options for better lifting capability.

Increased thrust is critical for the 2075 Plateau model. It allows for efficient hovering and smooth transitions during complex survey missions.

The precision balance reduces vibration. This protects your motor bearings and improves the quality of your aerial imagery by reducing shake.

Technical specifications for the 2075 model are as follows:

Length: 20 inches
Center hole: 4mm
Mounting spacing: 12mm
Screw specification: 3M

These precise measurements ensure a secure fit. They guarantee seamless installation on compatible VTOL aerial survey platforms without modification.

Each piece weighs 41g, making it lightweight and well-balanced. This weight optimization extends your total flight time and battery life.

Lower rotational inertia allows for quicker response times. This enhances the overall agility of your UAV in challenging environments.

By combining the rigidity of carbon with the lightness of balsa, this propeller maintains its shape under extreme stress.

It is an ideal choice for operators requiring reliability during high-altitude VTOL transitions and long-endurance aerial mapping tasks.