Pro-Range 1219S PC 3 Blade 1mm Propellers 4CW+4CCW - Clear Purple

Name: Pro-Range 1219S PC 3 Blade 1mm Propellers 4CW+4CCW - Clear Purple
Brand: Pro-Range
SKU: DRFC-1332
Price: 117.00 INR
Availability: OutOfStock

₹117.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 1219S PC 3-blade propeller is a 31mm diameter, 1.9-inch pitch blade designed for micro and nano drone builds, compatible with 1mm motor shafts and high-KV 0702 motors for enhanced thrust and flight stability.

Features

31mm diameter (1.2-inch) triblade propeller with a 1.9-inch pitch for optimized thrust-to-weight ratio.
Constructed from durable Polycarbonate (PC) for a robust yet lightweight flight profile.
Designed for 1mm motor shafts, compatible with 0702-29000KV and similar high-speed micro motors.
Clear Purple polycarbonate finish provides a distinctive visual style for FPV builds.
Includes a balanced 4CW + 4CCW set for complete quadcopter installation.

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Description

The Pro-Range 1219S PC propeller is engineered for micro and nano-class FPV drones, where weight and durability are critical. Its 31mm diameter and 1.9-inch pitch are precisely calculated to deliver efficient thrust for agile flight performance while maintaining compatibility with compact 0702 brushless motors. The polycarbonate construction ensures the blades can withstand minor impacts and high-RPM operation typical of tiny whoop and micro racing frames.

With a 3.4mm center thickness and 7.3mm max blade width, the 1219S provides a rigid hub and aerodynamically efficient profile. This design translates to responsive throttle control and improved flight stability, making it a reliable choice for pilots seeking to upgrade their micro drone’s propulsion system without adding significant mass.

Key Features

High-performance triblade design optimized for micro drone applications.
Polycarbonate material offers an excellent balance of impact resistance and minimal weight.
Precision-molded for consistent balance, reducing motor vibration and improving flight smoothness.
1mm bore specification ensures secure mounting on standard micro motor shafts.
Vibrant Clear Purple polycarbonate provides a distinctive, professional aesthetic for customized builds.
Optimized pitch and blade geometry for efficient thrust generation in compact form factors.

Applications

Ultra-lightweight 1S and 2S Tiny Whoop and Nano FPV drone builds.
High-performance micro racing drones utilizing 0702 or similar 1mm-shaft brushless motors.
Indoor and backyard freestyle micro drones requiring durable, responsive propellers.
Custom micro Cinewhoop builds where low weight and good thrust are essential.
DIY micro drone projects and educational platforms needing reliable, small-scale propulsion.

Technical Specifications

Brand	Pro-Range
Model	1219S PC
Propeller Diameter	31mm (1.2-inch)
Propeller Pitch	1.9 inches
Number of Blades	3 (Triblade)
Material	Polycarbonate (PC)
Color	Clear Purple
Shaft Bore Diameter	1mm
Center Thickness	3.4mm
Max Blade Width	7.3mm
Recommended Motor	0702-29000KV
Rotation Set	4CW + 4CCW

Frequently Asked Questions

What motor size and KV are these Pro-Range 1219S propellers designed for?

These 1219S propellers are specifically designed for ultra-micro brushless motors like the 0702 size, typically running at very high KV ratings such as 29000KV. The 31mm diameter and 1.9-inch pitch are optimized to provide efficient thrust for 1S and 2S micro drone setups without overloading these small motors.

What is the shaft bore size, and are they compatible with 1.5mm motor shafts?

The Pro-Range 1219S propellers feature a 1mm shaft bore. They are not compatible with 1.5mm motor shafts without modification. Using them on a larger shaft can crack the hub. Always verify your motor's shaft diameter matches the propeller's 1mm bore for a secure and safe fit.

Are these propellers balanced and ready for flight?

Pro-Range propellers are precision-molded from polycarbonate for consistent weight distribution and are generally flight-ready. However, for optimal performance, especially in high-RPM micro applications, it is always recommended to perform a final dynamic balance check before installation to minimize vibration and ensure smooth motor operation.