HQProp Juicy Prop J33 4.9x3.3 Propeller (2CW+2CCW) - Green

Name: HQProp Juicy Prop J33 4.9x3.3 Propeller (2CW+2CCW) - Green
Brand: HQProp
SKU: DRFC-1718
Price: 319.00 INR
Availability: OutOfStock

₹319.00 (Inclusive of all taxes)

Out of Stock

The HQProp Juicy Prop J33 is a 4.9-inch tri-blade propeller with a 3.3-inch pitch, engineered from durable polycarbonate for high-thrust performance in 5-inch FPV freestyle and racing drone builds.

Features

4.9-inch diameter and 3.3-inch pitch for aggressive thrust and dynamic control.
Constructed from impact-resistant polycarbonate for durability and consistent flight characteristics.
5mm shaft bore ensures compatibility with a wide range of standard 5-inch drone motors.
Optimized 3-blade design balances high-performance thrust with efficient power draw.
Includes a complete 4-pack set (2x CW, 2x CCW) for immediate installation.

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Description

The HQProp Juicy Prop J33 is engineered for pilots seeking a balance of raw thrust and precise handling in the 5-inch class. Its 4.9-inch diameter and 3.3-inch pitch deliver a powerful, responsive flight profile ideal for aggressive freestyle maneuvers and tight racing circuits. The polycarbonate construction provides a critical blend of stiffness for immediate power transfer and resilience to withstand minor impacts.

Designed with a 5mm bore and a robust 12.2mm hub, the propeller ensures a secure, vibration-free mount on standard motor shafts. The three-blade configuration is optimized to generate high dynamic thrust without excessively loading the motor and ESC, making it suitable for high-performance 4S to 6S LiPo setups where control and power are paramount.

Key Features

High-Thrust Airfoil: The 4.9x3.3 blade geometry is tuned for maximum thrust output and responsive control authority.
Polycarbonate Durability: Offers superior resistance to flex and impact compared to standard nylon blends, maintaining shape under high RPMs.
Precision Balanced: Manufactured to tight tolerances for minimal vibration, contributing to smoother video and longer component life.
Wide Compatibility: Standard 5mm bore fits the vast majority of 2207, 2306, and similar sized motors used in 5-inch quads.
Optimized Hub Design: A 12.2mm diameter with 6.2mm thickness provides a strong, reliable interface with motor bell spinners.

Applications

5-inch FPV freestyle drones requiring high thrust for powerful punch-outs and dynamic tricks.
5-inch FPV racing drones where a balance of top-end speed and cornering agility is critical.
High-performance 5-inch cinewhoop or heavy-lift builds needing durable, high-thrust propellers.
Custom multirotor builds utilizing 2207, 2306, or similar sized brushless motors with a 5mm shaft.

Technical Specifications

Manufacturer	HQProp
Model Series	Juicy Prop J33
Propeller Diameter	4.9 inches
Propeller Pitch	3.3 inches
Blade Count	3
Material	Polycarbonate
Shaft Bore Diameter	5 mm
Hub Diameter	12.2 mm
Hub Thickness	6.2 mm
Color	Green
Set Configuration	2x CW, 2x CCW

Frequently Asked Questions

What size motors are these HQProp J33 propellers compatible with?

The HQProp J33 propellers feature a standard 5mm bore, making them directly compatible with the vast majority of brushless motors designed for 5-inch drones, such as 2207, 2306, and 2407 sizes. Always ensure your motor's KV rating and battery voltage (4S-6S) are appropriately matched to the propeller's load.

Are these propellers suitable for both freestyle and racing?

Yes, the 4.9-inch diameter and 3.3-inch pitch of the J33 propellers create a high-thrust, responsive profile ideal for aggressive freestyle maneuvers requiring instant power. The design also provides the top-end speed and control needed for technical racing circuits, offering a versatile performance balance for competitive pilots.

How does polycarbonate construction benefit drone propellers?

Polycarbonate offers superior impact resistance and stiffness compared to common nylon blends. This means the propellers maintain their precise airfoil shape under high RPMs for consistent performance, are less likely to deform on impact, and generate less high-frequency vibration, leading to cleaner video and reduced wear on flight controller gyros.