OrangeRX HD Propellers 6040 (6X4.0) Glass Fiber Nylon Bullnose 2CW+2CCW - 2 Pairs White

Name: OrangeRX HD Propellers 6040 (6X4.0) Glass Fiber Nylon Bullnose 2CW+2CCW - 2 Pairs White
Brand: OrangeRX
SKU: DRFC-1765
Price: 230.00 INR
Availability: OutOfStock

₹230.00 (Inclusive of all taxes)

Out of Stock

The OrangeRX HD 6040 Bullnose propellers are 6-inch glass fiber nylon props designed for multirotor drones, offering a 4.0-inch pitch for enhanced thrust and lifting capacity in FPV and general UAV applications.

Features

6-inch diameter (155mm) with 4.0-inch pitch bullnose design for high thrust.
Constructed from durable glass fiber reinforced nylon for rigidity and impact resistance.
Includes two clockwise (CW) and two counter-clockwise (CCW) propellers for a complete 2-pair set.
Comes with a set of plastic shaft reducers (3mm, 3.17mm, 4mm, 5mm, 6mm, 8mm) for broad motor compatibility.
Standard 9.5mm (M9.5) center bore diameter.

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Description

The OrangeRX HD 6040 propellers utilize a bullnose blade profile, which concentrates mass towards the hub to increase durability while maintaining the aggressive pitch and diameter for powerful thrust output. The glass fiber nylon composite provides an optimal balance between stiffness and weight, reducing flex at high RPMs for precise control.

Designed for multirotor platforms, these props are suitable for 6-inch class FPV racing and freestyle drones, as well as larger aerial photography and heavy-lift UAVs where efficient lift is required. The included shaft reducers ensure compatibility with a wide range of brushless motor shaft diameters, simplifying the build process.

Key Features

Glass Fiber Nylon Composite: Reinforced material construction for high strength-to-weight ratio and resistance to cracking.
Bullnose Aerofoil: Blade design optimized for increased thrust and aerodynamic stability at moderate to high speeds.
Broad Shaft Compatibility: Includes a full set of plastic reducers (3.0mm, 3.17mm, 4.0mm, 5.0mm, 6.0mm, 8.0mm) to fit various motor shaft sizes.
Complete Rotation Set: Packaged as two pairs (2CW + 2CCW) for immediate installation on a standard quadcopter.
Precision Balanced: Manufactured to tight tolerances for smooth operation and reduced vibration.

Applications

6-inch FPV racing and freestyle drone builds requiring high-thrust bullnose propellers.
Heavy-lift and aerial photography multirotors (hexacopters, octocopters) for stable, efficient lift.
DIY drone projects and educational platforms where durable, general-purpose propellers are needed.
Compatible with 6-inch drone frames using motors with shaft diameters from 3mm to 8mm.

Technical Specifications

Propeller Diameter	6 inch (155 mm)
Propeller Pitch	4.0 inch
Design	Bullnose
Material	Glass Fiber Nylon
Color	White
Rotation Direction	2x Clockwise (CW), 2x Counter-Clockwise (CCW)
Center Bore Diameter	9.5 mm (M9.5)
Included Reducers	3.0mm, 3.17mm, 4.0mm, 5.0mm, 6.0mm, 8.0mm
Weight (per set approx.)	30 g

Frequently Asked Questions

What motors are these OrangeRX 6040 propellers compatible with?

These propellers feature a standard 9.5mm center bore. They include a full set of plastic reducers (3mm, 3.17mm, 4mm, 5mm, 6mm, 8mm), making them compatible with the vast majority of brushless motors used in 6-inch drone builds. Ensure the reducer fits snugly on your motor shaft to prevent slippage.

Are these propellers suitable for high-RPM FPV racing?

Yes. The glass fiber nylon construction provides the necessary rigidity to minimize flex at high rotational speeds, which is critical for responsive throttle control in racing. The bullnose design offers a good balance of thrust and efficiency, making them a popular choice for 6-inch racing and freestyle quads.

What is the difference between bullnose and standard propeller designs?

Bullnose propellers have a wider blade chord near the hub, moving the center of mass inward. This design typically increases durability and provides more immediate, low-end thrust compared to a standard propeller of the same diameter and pitch, often at the cost of a slight reduction in top-end efficiency.