Description

Xoar PJP-T-LF Carbon Fiber Precision Pair Multicopter Folding Propellers for Quadcopter or multicopter aerial application and multi-axial model helicopters.

The concept of PJP-T-LF Carbon Fiber Precision Pair Quadcopter Propellers was based on Carbon Fiber's two major advantages: weight and strength in order to provide the most accurate and responsive performance. The Carbon Fiber series of Xoar Quadcopter Precision Pair is produced with unique blade shape and ultra thin hub. The pairs have the same pitch, same angle of attack, and same weight in order to create accurate, responsive and stable performance. We have tight quality assurance when pairing each precision pair because propeller weight is the most important factor in multi-rotor applications. The maximum tolerance in terms of weight difference for each prop in precision pair is 0.5 gram; this will guarantee consistent performance due to same torque being produced by the motors on each pair of opposite arms. Therefore, ONLY the best Xoar Carbon Fiber Props tested with great static, dynamic equilibrium are selected and packaged as Xoar's Carbon Fiber Precision Pair for RC Quadcopters and Multicopters.

Why Carbon Fiber?

Carbon Fiber Fabric is ideal for lightweight parts used in aerospace applications where weight and strength are sensitive in terms of performance. The following 3 elements are crucial when we chose the material for Xoar Propellers. First, Tensile strength, the pressure required to pull ends of any length until it breaks. Second, Compressive strength, the capacity of a material to withstand loads that compress or tend to reduce size. Third, Flexural strength, the ability to resist deforming under loads. Carbon Fiber fabric material is chosen for aerospace applications because it combines the industry's ultimate tensile strength in the FRP industry, compressive strength and flexural strength which yields superior strength to weight ratio as graphite fibers contain up to 95% carbon.

Superior Strength and Endurance

Xoar's Carbon Fiber Propeller for Low Kv RC Motors are constructed to offer maximum strength and endurance by it's unique structural design, top quality 3K carbon fiber fabric, and our special resin system. The superior strength reduces flexing of the tips in Drone flight which greatly lower noise and vibration.

Lightweight

Xoar keeps pushing the envelop in innovation and has successfully reduced weight on Carbon fiber props by ~37% compared to the first generation; we produce one of the lightest yet strong propellers in the marketing today.

Maximum Efficiency

In addition, Xoar PJP-T-LF Carbon Fiber Quadcopter Folding Propellers are compatible with any electric brushless motors in the market like, Hacker Motor, T-motor, DJI, KDE, etc. Xoar props maximize your quadcopter motor's efficiency because vibration is minimized due to Carbon Fiber's stiffness and light-weight; a light Xoar Carbon Fiber prop with high flex resistance yields less amplitude vibrations due to less kinetic energy and consumes less time to speed up and slow down. In addition, Xoar's perfect airfoil reduces aerodynamic resistance and yields better thrust to maximize your motor's efficiency.

Extended Quadcopter/Multicopter Flight Time

Due to Carbon Fiber's stiffness and Xoar's unique blade design, aerodynamic resistance was minimized to help the motors to draw less current and yield longer flight time by increasing efficiency. Flight time is extended up to 15% when compared to wood multicopter propellers and up to 30% when compared to generic plastic props.

Aluminum Hub

The hub is constructed via advanced CNC digital imaging process with top grade aluminum. It has mounting holes that fit perfectly for electric motors with 12mm x 12mm or 13mm x 13mm mounting holes for propellers 18 inch or below. Special mounting pattern can be accommodated, please contact us with your special request.

*Before each flight, the bolt tightness needs to be checked, sheer strength create by loose bolt could result into prop hub failure.

Xoar Carbon Fiber Folding Propellers for MulticopterXoar Carbon Fiber Folding Propellers for Multicopter

Please note: Performance data below was collected from a closed lab environment. Actual data varies base on external environmental factors and motor efficiency.

Please Note: Final balance check is suggested before flight due to external factors such as temperature, handling during transit may vary the balance of the propeller.

Specifications

Please rotate your phone to landscape orientation to display full range of data.
Diameter Pitch Dimensions/ Blade (Longest x Widest Part) Weight/Blade Hub Dimensions (Assembled)
(L x W x D)
Hub Weight (Assembled) Hub Hole Sizes
(Center Hole | Side Holes)
Mounting Side Hole Size Overall Weight (Assembled 2 Blades + Hub) Suggested RPM Performance Data
12" 4.5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
13" 4.5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
15" 5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
15.5" 5.5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
16" 5.5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
17" 6.5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
18" 6.5 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
19.5" 6 - x - mm - g 50 x 20 x 11.45 mm - g 6 mm | M3 13 mm or 12 mm - g < 7000 rpm Coming Soon
22" 8 - x - mm - g - mm - g - - - g - rpm Coming Soon
23" 8 - x - mm - g - mm - g - - - g - rpm Coming Soon
25" 8.2 - x - mm - g - mm - g - - - g - rpm Coming Soon
27.5" 8.9 - x - mm - g - mm - g - - - g - rpm Coming Soon
28" 9.2 - x - mm - g - mm - g - - - g - rpm Coming Soon
30" 10 - x - mm - g - mm - g - - - g - rpm Coming Soon
32" 12 - x - mm - g - mm - g - - - g - rpm Coming Soon


Where to buy

ADS
Click here to see the full list of Distributors and Dealers >
back to top
Back To Top