XOAR Premium Carbon Fiber Folding Propellers Set for DJI Inspire 2. It is light weight, strong, good endurance and rigidity, easy for storage and transport, the perfect enhancement for your DJI Inspire 2 for every professional applications such as Aerial Cinematography, Security, Agriculture, Survey & Mapping, Research & Rescue, Traffic Monitoring & more.
Genuine Xoar Props Specially designed and created for DJI Inspire 2.
These folding CF props are made of premium Carbon Fiber fabric and proprietary resin system that offer ultralight weight to maximize efficiency and torque for Aerial Applications. XOAR Propellers are the perfect upgrade for your DJI Inspire 2 for Aerial Cinematography, Security, Agriculture, Survey & Mapping, Research & Rescue, Traffic Monitoring & more.
ADVANCED DESIGN AND CRAFTSMANSHIP
XOAR PJP-T-LF Carbon Fiber Precision Pair Quadcopter Propellers are designed and engineered with unique blade shape and thin hub. The pairs have the same pitch and same weight for accurate, responsive and stable performance. The maximum tolerance of weight difference for each pair is 0.5 gram; this ensure consistent performance - same torque is produced by the motors on each pair of opposite arms - for your DJI Inspire 2.
ALUMINUM HUB FOR FOLDING PROPELLERS
The hub is constructed via advanced CNC digital imaging process with top grade aluminum. It has mounting holes that fit perfectly for DJI's Inspire 2, 2 x M3 holes. Distance between the center of the holes are 13mm. While it also has another set of mounting holes that we 12mm apart for work with other motors as well.
Four simple words - Better Performance, Easy Transport. XOAR's Carbon Fiber Quadcopter Folding Propeller for DJI Inspire 2 are constructed to offer maximum strength and endurance by it's unique structural design. The superior strength reduces flexing of the tips in Drone flight which greatly lower noise and vibration to yield a stable, more responsive, smoother, accurate,better agility and quieter flight compare to the stock DJI Props.
The XOAR folding propellers was created with one goal in mind - for those who need to get in and out quickly to shoot with your DJI Inspire 2 or move from locations to locations a lot. The XOAR folding propellers are the best option for you if you are one of them.
Aluminum hubs are compatible with motors with mounting holes distance of 12mm and 13mm.
First, install the bottom part of the hub first on the motor.
Second, place the blades and the top part of the hub in place and use the longer screws to secure them. Please beware of rotation of the blades matches the motors' directions by checking the print on the blades - CW and CCW.
Please check for loose caps and tighten them before each flight
Do not screw right on the propeller. Do not over tighten screws. Use adapter plate included.
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.
4 x Xoar 2nd Gen PJP-T-LF-15X5-INS 1550 Carbon Fiber Blades CW
4 x Xoar 2nd Gen PJP-T-LF-15X5-INS 1550 Carbon Fiber Blades CCW
4 x Aluminum Hub
8 x M3 Silver Screws for Blade Installation
8 x M3 Black Screws for Installing Adapter onto Motor
1 x Hex L-wrench for M3 screws.
Do not over tighten screws.
Model #: PJP-T-LF-15X5-INS
Average Net Weight / Blade: 8 g ± 0.5 g
Bore Size: 5mm (with copper adapter 5mm to 3mm)
Aluminum Hub Total Weight: 7.3 g
Mounting Side Holes Size on Aluminum Hub: M3
Mounting Side Holes Size Centers' Distance: 13mm / 12mm (Use 13mm to mount on Inspire 2)
Life Span Without Damages: 200 hrs
Max. RPM: 7000
Each Aluminum Hub has 2 pieces - Top Part and Bottom Part & 4 white plastic washers - 1 goes above the blade, 1 goes underneath the blade.
Aluminum Hub contain 2 sets of side holes - 1 set of side holes centers' distance is 13mm; 1 set of side holes centers' distance is 12mm. Please use the 13mm sets for installing on DJI Inspire 1.
The hubs can be installed disregard to the rotation direction; please make sure the blades are installed matching the rotation direction of the motors.