Pro-Range VANOVER 5136 PC 3-Blade Propellers 2CW+2CCW Clear Red

Name: Pro-Range VANOVER 5136 PC 3-Blade Propellers 2CW+2CCW Clear Red
Brand: Pro-Range
SKU: DRFC-0933
Price: 114.00 INR
Availability: OutOfStock

₹114.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range VANOVER 5136 PC 3-Blade Propellers deliver enhanced stability and efficiency for FPV drones. Crafted from durable polycarbonate, these 5.1-inch props with a 3.6-inch pitch are designed for optimal thrust and smooth flight performance across various drone builds.

Features

Optimized 5.1-inch diameter with 3.6-inch pitch for efficient thrust generation.
Constructed from robust Polycarbonate (PC) for durability and lightweight performance.
Includes a balanced set of 2 CW and 2 CCW propellers for complete quadrotor setups.
Enhances flight stability and overall drone efficiency in varied flight conditions.

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Description

The Pro-Range VANOVER 5136 PC 3-Blade Propellers are engineered to provide a robust and lightweight propulsion solution for drone enthusiasts. Designed with a 5.1-inch disk diameter and a 3.6-inch pitch, these propellers optimize thrust efficiency, contributing to improved flight performance and stability. Their polycarbonate construction ensures an ideal balance of strength and minimal weight, critical for agile FPV racing or freestyle applications.

These propellers are meticulously crafted from durable polycarbonate, offering significant resistance to impact while maintaining a low rotational mass. This material choice enhances the overall longevity of the props and contributes to smoother, more responsive flight characteristics. The VANOVER 5136 propellers are suitable for a wide array of FPV drone motors, ensuring broad compatibility and straightforward integration into existing or new builds. They are ideal for pilots seeking a reliable and efficient propeller choice for dynamic aerial maneuvers.

Key Features

Lightweight Polycarbonate construction for reduced rotational mass and enhanced agility.
Precision-engineered 5.1-inch disk diameter with a 3.6-inch pitch for optimal thrust and lift.
Excellent dynamic balance ensures smooth operation and reduced vibration during high-RPM flight.
Designed for broad compatibility with various brushless FPV drone motors.
Durable material composition provides resilience against crashes and impacts.
Cost-efficient design delivers high performance without compromising budget.

Technical Specifications

Model Series	VANOVER 5136
Number of Blades	3
Material	Polycarbonate (PC)
Rotation Direction	CW (Clockwise), CCW (Counter-Clockwise)
Prop Disk Diameter	63.5mm (5.1 inches)
Pitch	3.6 inches
Color	Clear Red

Frequently Asked Questions

What motor sizes are compatible with the VANOVER 5136 propellers?

These 5.1-inch propellers are generally compatible with brushless FPV drone motors designed for 5-inch frames, typically stator sizes from 2207 to 2306. Ensure your motor's shaft diameter matches the propeller's hub, commonly M5, for secure mounting and optimal performance in freestyle or racing applications.

What are the advantages of using Polycarbonate (PC) for propellers?

Polycarbonate offers an excellent balance of durability, flexibility, and lightweight characteristics, making it ideal for drone propellers. This material provides significant impact resistance, reducing breakage during crashes, while its light weight contributes to faster motor response and overall flight efficiency. PC props are known for reliable performance.

Why does the package include both CW and CCW propellers?

FPV quadcopters utilize both clockwise (CW) and counter-clockwise (CCW) rotating propellers for stable flight. This package includes two of each rotation direction, allowing you to equip a full quadrotor drone. Correct installation is crucial for generating lift and maintaining control, with motors spinning inwards for optimal thrust.

How does the 3.6-inch pitch affect flight characteristics?

A 3.6-inch pitch indicates a moderate angle of attack, balancing thrust and efficiency. This pitch value is suitable for both high-speed FPV racing and responsive freestyle maneuvers, offering a good compromise between aggressive acceleration and overall battery endurance. It allows for versatile flight performance across different pilot styles.