Makeflyeasy 17*55 1755 Carbon Fiber Propeller Aerial Survey UAV Forward and Reverse Propeller Fixed Wing

The Makeflyeasy carbon fiber propeller (1755) features high strength and lightweight construction for aerial survey UAVs. This high-performance component is engineered for precision flight.

It provides the stability needed for complex aerial mapping. The lightweight design reduces motor strain and extends flight times during long survey missions.

Makeflyeasy Carbon Fiber Propeller Specifications

Made from imported Japanese carbon fiber via high-temperature precision processing. This specialized manufacturing process ensures the propeller maintains its shape under stress.

This method ensures higher hardness and stability than conventional products. It minimizes vibration, which is critical for capturing clear aerial imagery and data.

The carbon fiber material resists warping and wear. This durability makes it an ideal choice for professional UAV operators working in demanding environments.

Includes one high-efficiency forward paddle and one reverse paddle for your Makeflyeasy carbon fiber propeller setup. This balanced pair ensures optimal thrust and control.

The matched set allows for precise synchronization. This is essential for maintaining the stability of fixed-wing aircraft during flight transitions.

1755: 17" length, 4mm center hole, 3mm side holes, 12mm side hole distance. These exact dimensions ensure a secure fit for your specific UAV motor assembly.

The 4mm center hole provides a snug fit to prevent slippage. The side holes are positioned for quick and accurate installation during field maintenance.

Proper installation of the 1755 propellers ensures maximum aerodynamic efficiency. This allows your survey UAV to operate with peak performance and reliability.

By using high-grade materials, these propellers offer a superior strength-to-weight ratio. This helps in achieving a more agile response during flight maneuvers.

The precision-engineered blades reduce drag. This optimization leads to better energy efficiency and consistent airspeed across various flight altitudes.

Integrating these components enhances the overall structural integrity of the propulsion system. This is vital for long-term operational success in the field.

The advanced weave of the carbon fiber helps dissipate heat during high-RPM operation. This keeps the material stable under continuous heavy loads.

Reliable thrust delivery is guaranteed through strict quality control. Each blade is balanced to prevent unwanted oscillation during high-speed cruises.

This propeller set is designed to withstand diverse weather conditions. It maintains peak efficiency whether operating in humid or dry climates.

Precision fitment reduces the risk of mechanical failure. This provides operators with peace of mind during critical high-altitude survey flights.