Gemfan VANOVER 5136 PC 3-Blade Propellers - Clear Green (2CW+2CCW)

Name: Gemfan VANOVER 5136 PC 3-Blade Propellers - Clear Green (2CW+2CCW)
Brand: Gemfan
SKU: DRFC-1444
Price: 170.00 INR
Availability: OutOfStock

₹170.00 (Inclusive of all taxes)

Out of Stock

The Gemfan VANOVER 5136 is a 5.1-inch polycarbonate triblade propeller designed in collaboration with FPV pilot Captain Vanover, offering a 3.6-inch pitch for a balance of power and control in freestyle and racing applications.

Features

Designed in collaboration with acclaimed FPV pilot Captain Vanover for optimized freestyle performance.
Constructed from durable, thin polycarbonate (PC) material for a high strength-to-weight ratio.
5.1-inch diameter with a 3.6-inch pitch provides a powerful and responsive thrust profile.
Standard 5mm shaft bore ensures compatibility with a wide range of brushless motors.
Includes two clockwise (CW) and two counter-clockwise (CCW) propellers for a complete quadcopter set.

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Description

The Gemfan VANOVER 5136 propellers are engineered for pilots seeking a blend of raw power and precise handling. The 3-blade design and specific 3.6-inch pitch generate strong low-end torque for explosive launches and rapid directional changes, while the polycarbonate construction ensures the blades can withstand high-RPM stress and minor impacts without compromising their rigid flight characteristics.

These props are the result of a direct collaboration with FPV freestyle expert Captain Vanover, translating his piloting feedback into a tangible product optimized for dynamic tricks and aggressive racing lines. The thin, yet resilient PC material minimizes weight for improved efficiency and throttle response, making them a top-tier choice for 5-inch builds running on 4S to 6S LiPo systems.

Key Features

VannyStyle Design: Tuned specifically for the dynamic power band and recovery characteristics favored in modern freestyle flying.
High-Performance Polycarbonate: Offers superior durability and resistance to deformation compared to standard nylon blends.
Optimized Blade Geometry: The 5136 (5.1x3.6) profile delivers a potent mix of thrust and top-end speed.
Precision Balanced: Manufactured to tight tolerances for smooth operation and reduced vibration at high RPMs.
Wide Compatibility: Fits any standard 5mm motor shaft, suitable for most 2207, 2306, and similar sized motors on 5-inch frames.

Applications

5-inch FPV Freestyle Quadcopters requiring explosive power for tricks and dives.
5-inch FPV Racing Drones where a balance of acceleration and top speed is critical.
High-performance 5-inch cinewhoop or cinematic builds needing responsive throttle control.
Builds utilizing 2207, 2306, or similar stator size motors on 4S to 6S LiPo batteries.

Technical Specifications

Model	VANOVER 5136
Diameter	5.1 inches
Pitch	3.6 inches
Blade Count	3
Material	Polycarbonate (PC)
Shaft Bore	5 mm
Weight (per prop)	4.3 grams
Rotation	CW & CCW
Color	Clear Green

Frequently Asked Questions

What is the main advantage of the VANOVER 5136 propeller design?

The VANOVER 5136 is co-designed with pilot Captain Vanover, prioritizing a thrust curve optimized for freestyle flying. The 3.6-inch pitch on the 5.1-inch blade provides strong low-end torque for explosive maneuvers and quick recovery, while the polycarbonate construction ensures the blade shape remains rigid under high load for predictable control.

Are these propellers suitable for high-voltage 6S drone builds?

Yes, the polycarbonate (PC) material used in the VANOVER 5136 propellers offers high rigidity and thermal resistance, making them well-suited for the high RPMs generated by 6S power systems. Their durable construction helps prevent flex and deformation at top speeds, maintaining consistent performance.

Do I need to balance these Gemfan VANOVER props before use?

Gemfan propellers are manufactured to good tolerances and are typically ready for flight out of the package for most freestyle applications. However, for ultimate smoothness, especially in high-performance racing or long-range cinematic builds, performing a dynamic balance can further reduce vibration and improve video feed quality.