Pro-Range 1636 40mm 4-Blade 3.6" Pitch Propellers 4CW+4CCW - Clear Red

Name: Pro-Range 1636 40mm 4-Blade 3.6" Pitch Propellers 4CW+4CCW - Clear Red
Brand: Pro-Range
SKU: DRFC-1205
Price: 111.00 INR
Availability: OutOfStock

₹111.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 1636 is a 40mm diameter, 4-blade propeller with a 3.6-inch pitch, constructed from durable polycarbonate for micro and nano drones. Featuring a 1.5mm single-hole mounting pattern, it is optimized for 1103 to 1105 brushless motors on 1S-2S LiPo platforms.

Features

40mm diameter with 3.6-inch pitch for high thrust-to-weight ratio in compact builds.
4-blade polycarbonate (PC) construction balances rigidity, durability, and vibration damping.
1.5mm single-hole mounting hub compatible with 1103, 1104, and 1105 brushless motor shafts.
Clear Red polycarbonate material provides a lightweight yet impact-resistant blade structure.
Includes 4 CW and 4 CCW propellers for a complete 8-propeller set for a standard quadcopter.

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Description

The Pro-Range 1636 propeller is engineered for micro FPV and cinewhoop drones requiring precise thrust control and durability. Its 4-blade design and 3.6-inch pitch generate ample lift and responsiveness, ideal for acrobatic flying and stable video capture in confined spaces. The polycarbonate material ensures the blades can withstand minor impacts without permanent deformation, maintaining performance over time.

Optimized for 1103-1105 KV motors, these propellers operate efficiently on 1S to 2S LiPo battery systems, providing a balanced power draw for extended flight sessions. The clear red finish not only adds visual distinction but also indicates a high-grade, consistent material blend crucial for maintaining rotational balance and minimizing motor harmonics.

Key Features

High-Thrust 4-Blade Profile: The 3.6-inch pitch and quad-blade configuration deliver responsive thrust for agile micro-drone maneuvers.
Polycarbonate Durability: Engineered for impact resistance, reducing blade breakage during crashes or contact.
Precision 1.5mm Hub: Single-hole design ensures secure mounting on micro motor shafts, minimizing slippage and imbalance.
Optimized Aerodynamics: Blade geometry reduces turbulence and cavitation for efficient, quiet operation.
Vibration-Damped Structure: Material and mold design help absorb high-frequency vibrations, protecting flight controller gyros.
Color-Coded Rotation: Clear Red finish allows for quick visual identification of CW and CCW propeller sets during assembly.

Applications

3-inch micro FPV racing and freestyle drones using 1104 or 1105 motors.
65mm to 75mm CineWhoop builds for indoor cinematic filming and proximity flying.
TinyWhoop and brushed-to-brushless conversion micro drones requiring high-thrust propellers.
Lightweight nano long-range builds where efficient thrust on 1S power is critical.
DIY micro quadcopter projects and educational platforms for learning drone aerodynamics.

Technical Specifications

Model	1636
Diameter	40 mm
Pitch	3.6 inch
Blade Count	4
Material	Polycarbonate (PC)
Mounting Hole Diameter	1.5 mm
Rotation Direction	CW & CCW
Color	Clear Red
Recommended Motor Size	1103 - 1105
Recommended Battery	1S - 2S LiPo

Frequently Asked Questions

What motor size are these Pro-Range 1636 propellers designed for?

The Pro-Range 1636 propellers are optimized for 1103, 1104, and 1105 brushless motors, which are standard in 3-inch micro drones and CineWhoops. The 1.5mm single mounting hole is specifically sized for the shafts on these motor series, ensuring a secure fit and balanced rotation.

What is the recommended battery voltage (cell count) for these propellers?

These 40mm, 4-blade propellers are best suited for 1S to 2S LiPo battery systems. Their 3.6-inch pitch provides efficient thrust within this voltage range, balancing performance with current draw to protect smaller micro-drone electronics and extend flight time.

Are these propellers durable for beginner pilots and frequent crashes?

Yes, the polycarbonate (PC) construction offers a high degree of impact resistance and flexibility compared to more brittle materials like ABS. They are designed to bend and flex during minor impacts, often returning to shape, which makes them a durable choice for learning pilots and aggressive flying in confined spaces.