Pro-Range D63 Ducted PC 5 Blade 1.5mm Propellers 4CW+4CCW - Pink

Name: Pro-Range D63 Ducted PC 5 Blade 1.5mm Propellers 4CW+4CCW - Pink
Brand: Pro-Range
SKU: DRFC-1161
Price: 229.00 INR
Availability: OutOfStock

₹229.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range D63 is a 63.5mm ducted propeller crafted from durable Polycarbonate (PC) with a 5-blade design and 1.65in pitch, optimized for high-thrust, stable flight on 1105-5500KV class motors in compact ducted drone builds.

Features

63.5mm (2.5″) diameter, 5-blade ducted propeller design for high thrust and stability.
Constructed from durable Polycarbonate (PC) for a robust yet lightweight 1.76g per blade.
1.65in pitch optimized for efficient thrust generation on 1105-5500KV brushless motors.
Features a 1.5mm center hole with a 3-hole mounting pattern for secure installation.
Supplied as a balanced 4CW + 4CCW pack for immediate use in quadcopter builds.

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Description

The Pro-Range D63 ducted propellers are engineered for FPV whoops and micro drones requiring a high-thrust, stable aerodynamic profile within protective ducts. The five-blade configuration significantly increases disc area over traditional tri-blades, providing greater low-speed control and punch-out capability, which is critical for acrobatic flying and carrying payloads in confined spaces.

Manufactured from impact-resistant Polycarbonate, these blades maintain precise shape under high RPM loads, ensuring consistent performance and longevity. The 1.65in pitch is carefully calibrated to work efficiently with high-KV 1105 motors, commonly found in 2.5″ to 3″ ducted frame builds, delivering an optimal balance of speed, thrust, and flight time.

Key Features

Five-blade ducted design maximizes thrust density and improves low-speed stability for precise control.
Polycarbonate (PC) construction offers an excellent strength-to-weight ratio and high impact resistance.
Precision-molded 1.65in pitch provides efficient thrust for 1105-5500KV class brushless motors.
1.5mm center hole with a 3-hole mounting pattern ensures a secure, vibration-free connection to motor bells.
Vibrant Pink color provides high visibility for orientation and adds a personalized touch to builds.
Individually balanced blades reduce high-frequency vibrations, leading to smoother video feed and extended motor bearing life.

Applications

2.5" to 3" CineWhoop and FPV ducted drone builds requiring high thrust for acrobatic flight and carrying action cameras.
Micro long-range and cruising drones where efficient, stable thrust from 1105 motors is needed.
Indoor and proximity flying drones where duct protection and precise low-speed control are paramount.
Custom micro quadcopter builds utilizing 1105-5500KV brushless motors on 20x20mm or 25.5x25.5mm mounting frames.

Technical Specifications

Model Series	D63
Propeller Diameter	63.5 mm (2.5")
Number of Blades	5
Material	Polycarbonate (PC)
Pitch	1.65 in
Weight (per blade)	1.76 g
Center Hole Diameter	1.5 mm
Mounting Pattern	3-hole
Compatible Motor Size	1105-5500KV
Rotation Direction	CW & CCW
Color	Pink

Frequently Asked Questions

What motor size and KV are these D63 propellers designed for?

The Pro-Range D63 propellers are specifically optimized for 1105-size brushless motors with KV ratings typically around 5500KV. This combination is standard for high-performance 2.5" to 3" ducted drone builds, providing the necessary thrust and RPM compatibility for acrobatic flight and carrying payloads.

Are these propellers suitable for Betaflight and other standard flight controllers?

Yes, these are standard passive propellers and are fully compatible with any flight controller software, including Betaflight, EmuFlight, and KISS. Their performance is determined by your motor, ESC, and battery setup. Ensure your ESC is configured correctly for the high RPMs these 5-blade props may demand on 1105 motors.

What is the advantage of a 5-blade design over a 3-blade for ducted drones?

A 5-blade design increases the total disc area, generating more thrust at lower RPMs compared to a 3-blade of the same diameter. This results in better low-speed control, more immediate punch-outs, and generally smoother, more stable flight—highly desirable traits for acrobatic CineWhoops flying in tight spaces and for maintaining altitude with added camera weight.