Pro-Range SL 5125 3-Blade 1.5mm PC Propellers (2CW+2CCW) Pink

Name: Pro-Range SL 5125 3-Blade 1.5mm PC Propellers (2CW+2CCW) Pink
Brand: Pro-Range
SKU: DRFC-0941
Price: 102.00 INR
Availability: OutOfStock

₹102.00 (Inclusive of all taxes)

Out of Stock

These Pro-Range SL 5125 3-blade propellers are crafted from durable polycarbonate, featuring a 1.5mm shaft diameter for precise fitment. Designed to enhance flight stability and efficiency, they deliver optimized thrust for FPV drones.

Features

Durable Polycarbonate (PC) construction for resilience.
Efficient 3-blade design with a 2.5-inch pitch for optimal thrust.
Standard 1.5mm center hole for versatile motor shaft compatibility.
5.1-inch (129.4mm) diameter optimized for responsive flight.
Includes 2CW and 2CCW propellers for a complete set.

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Description

The Pro-Range SL 5125 PC 3-Blade 1.5mm Propellers are engineered for the rigorous demands of FPV drones, offering an ideal blend of robust construction and lightweight design. These propellers are meticulously balanced to minimize vibrations, ensuring a smooth and stable flight experience while enhancing overall efficiency and responsiveness for both freestyle and racing pilots.

Crafted from high-grade Polycarbonate, the SL 5125 propellers provide exceptional durability to withstand impacts, a common occurrence in dynamic FPV flight. Their precisely designed 2.5-inch pitch works in conjunction with the 5.1-inch diameter to optimize thrust output across various motor types. Featuring a 1.5mm center hole and M5 compatibility, these blades ensure a secure and adaptable fit on a broad spectrum of FPV drone motors.

Key Features

Constructed from resilient Polycarbonate material for superior impact resistance.
Engineered 3-blade profile with 2.5-inch pitch ensures high thrust efficiency.
Lightweight design minimizes rotational mass, improving motor responsiveness.
Precisely balanced to reduce vibrations, enhancing flight stability and video quality.
Features a 1.5mm center hole (T-mount) and M5 compatibility for broad motor integration.
Optimized 5.1-inch diameter (SL 5125) for agile FPV freestyle and racing performance.

Applications

FPV freestyle and racing drones requiring responsive throttle control.
Lightweight FPV builds seeking optimized thrust-to-weight ratio.
Pilots upgrading for improved flight efficiency and stability.
General FPV aircraft where durability and balanced performance are critical.

Technical Specifications

Model Series	SL 5125
No. of Blades	3
Material	Polycarbonate
Rotation Direction	CCW, CW
Center Hole Dia	T mount & M5
Prop Disk Diameter	129.4mm (5.1 inches)
Pitch(inch)	2.5
Color	Pink

Frequently Asked Questions

What motors are compatible with these propellers?

These Pro-Range SL 5125 propellers feature a versatile mounting design, compatible with motors using a 1.5mm shaft (T-mount) or M5 threaded shafts. This ensures a secure fit across a wide range of FPV drone motors, optimizing power transfer and reducing slippage for reliable flight performance.

What are the benefits of a 3-blade propeller design?

A 3-blade propeller configuration offers improved responsiveness and smoother flight characteristics compared to 2-blade designs. It provides a more consistent thrust profile and better control in corners, making it ideal for aggressive FPV freestyle and racing pilots who demand precision and agility from their drone.

How does the Polycarbonate material benefit flight performance?

Polycarbonate construction provides an excellent balance of durability and minimal weight. This material helps the propellers withstand impacts common in FPV flying while keeping the overall rotating mass low. This results in quicker motor spool-up times, enhanced throttle response, and extended propeller lifespan in demanding conditions.

What does "2CW+2CCW" mean for this propeller package?

â€œ2CW+2CCWâ€ signifies that the package includes two Clockwise (CW) rotating propellers and two Counter-Clockwise (CCW) rotating propellers. This standard configuration provides a full set for a quadcopter drone, ensuring correct thrust vectoring and balanced flight dynamics for stable and controllable operation.