HQProp Multi-Rotor Pusher Prop 10x4.5R (2CW) Propeller - Dark Grey

Name: HQProp Multi-Rotor Pusher Prop 10x4.5R (2CW) Propeller - Dark Grey
Brand: HQProp
SKU: DRFC-1647
Price: 369.00 INR
Availability: OutOfStock

₹369.00 (Inclusive of all taxes)

Out of Stock

The HQProp 10×4.5R is a two-blade pusher propeller designed for multirotor applications, featuring a 10-inch diameter and 4.5-inch pitch for efficient thrust generation. Constructed from durable glass fiber, it is compatible with standard 9.5mm, 8mm, and 6mm motor shafts using the included adapter rings.

Features

10-inch diameter with a 4.5-inch pitch for balanced thrust and efficiency.
Constructed from durable, vibration-dampening glass fiber composite.
Pusher (CW) rotation direction for specific multirotor configurations.
Includes adapter rings for 9.5mm, 8mm, 6mm, 5mm, 4mm, and 3mm motor shafts.
16mm hub diameter with a 9mm thickness for secure mounting.

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Description

The HQProp 10×4.5R propeller is engineered for multirotor platforms requiring a pusher configuration, such as certain hexacopter or octocopter builds. Its 10×4.5 dimensions provide a solid balance between static thrust and forward speed, making it suitable for aerial photography, mapping, and general multirotor flight.

Made from a glass fiber composite, the propeller offers a favorable strength-to-weight ratio and inherent vibration damping properties compared to standard plastic props. This material choice contributes to smoother flight characteristics and enhanced durability. The design includes a reinforced 16mm hub to withstand the torsional forces of larger motors.

Key Features

Glass Fiber Composite: Provides high durability and effective vibration damping for smoother video and stable flight performance.
Wide Shaft Compatibility: Includes a comprehensive adapter ring set (6/5/4/3mm) to fit a broad range of multirotor motor shafts from 9.5mm down to 3mm.
Optimized Aerodynamics: The two-blade design and specific pitch are tuned for efficient thrust generation in multirotor applications.
Reinforced Hub Structure: A 16mm diameter hub with 9mm thickness ensures secure mounting and reliable power transfer.
Pusher Configuration: Designed for CW rotation to complement specific motor placements in complex multirotor frames.

Applications

Aerial photography and videography platforms using 450-550mm class multirotor frames.
Mapping and surveying drones requiring stable, efficient flight for extended periods.
General-purpose multirotor builds (hexacopters, octocopters) utilizing pusher motor configurations.
Heavy-lift drone prototypes where balanced thrust and durability are prioritized.

Technical Specifications

Propeller Diameter	10 inches
Pitch	4.5 inches
Blade Count	2
Rotation Direction	CW (Pusher)
Material	Glass Fiber
Hub Diameter	16 mm
Hub Thickness	9 mm
Shaft Size Compatibility	9.5mm, 8mm, 6mm (with adapters)
Adapter Rings Included	6mm, 5mm, 4mm, 3mm
Weight (per prop)	31 g
Color	Dark Grey

Frequently Asked Questions

What is a pusher propeller and when should I use it?

A pusher propeller, like this CW-rotation HQProp 10x4.5R, is designed for motors mounted in a specific orientation where the prop 'pushes' air downward from above the motor. This configuration is common in complex multirotor builds like hexacopters or octocopters where motor rotation directions are alternated to cancel torque, or in fixed-wing drones with pusher configurations. Always match the propeller rotation to your motor's intended direction and mounting position.

Will these propellers fit my motor with an 8mm shaft?

Yes. This HQProp 10x4.5R propeller has a hub designed for 9.5mm, 8mm, and 6mm shafts. The package includes separate adapter rings (6mm, 5mm, 4mm, 3mm) for further compatibility. For an 8mm shaft, use the propeller directly without an adapter ring, ensuring the set screws are tightened securely against the motor shaft's flat side.

What are the advantages of glass fiber over standard plastic propellers?

Glass fiber composite propellers offer greater rigidity and durability than standard plastic props, leading to less flex under load and more consistent performance. This material also provides inherent vibration damping, which results in smoother flight and can reduce high-frequency vibrations transmitted to the flight controller and camera gimbal, improving overall system stability and video quality.