Product Description
The MC series paddles are lighter in weight
More intense
Smaller moment of inertia
Subverting traditional see and use
By using the following naming convention, users can intuitively choose the propeller model that suits their aircraft in the series, making the impression of propellers in their minds more intuitive and achieving zero waiting for their creations!
Original craftsmanship experience crystallization
The complex mixing ratio technology of carbon fiber and plastic polymer, through continuous improvement of injection molding process, we are now able to manufacture propellers with higher pressure standards.
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█ Improve the wear resistance of the propeller surface by 1.5 times
█ Reduce material density by 3.5%
█ Increase blade strength by more than 2 times
Conventional blade trailing edge Trailing edge of blade
The thinnest part of the trailing edge of the blade A special thermal insulation coating is attached
is 0.25mm thick, and with the help of the trailing to the surface of the blade, which has high light
edge thickness gradient technology, the airflow shielding and UV protection effect. At the same
interference on the vertical surface of the trailing time, the blade material has high temperature
edge is reduced,Improve the lift to drag ratio resistance and can operate at high temperatures
of the entire propeller. for a long time.
Innovative technology
CFD fluid simulation Using a self-developed propeller performance rapid prediction program, a large number of schemes are generated from dozens of candidate airfoils based on target operating conditions for comparison, and the optimal combination is repeatedly verified and screened. |
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| CAE finite element analysis By using fluid structure coupling analysis technology, the load distribution of fluid simulation is directly loaded into the simulation of the entire propeller structure, which can more realistically monitor the status of each component, coordinate the cooperation of each component, and leave no flaws. |
Topology optimization design We attach great importance to using topology optimization techniques to calculate optimal specific strength schemes based on loading conditions in blade structure design, simplifying complexity and unleashing infinite potential in limited space. |
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| Energy Sunbber technology The entire series adopts our self-developed energy snuber kinetic energy buffering technology. When the blade is subjected to external violent impact, it absorbs the impact kinetic energy from the blade through special structural deformation to protect the motor as much as possible. |
Installation method
Customized PTFE gaskets make the folding paddle work longer.
The shaft and screws are made of high-quality steel of the same grade as the motor spindle, which is more difficult to bend and break.
The paddle clamp is made of 7075 high-strength alloy aluminum, combined with excellent anodizing surface treatment technology,
which is rigid and lightweight.
Exquisite craftsmanship with outstanding texture
We are twice as meticulous in doing every task where you cannot see it!
The folding mechanism has undergone 100000 opening and closing tests, with rigorous control and good execution standards, ensuring the craftsmanship and quality of each blade.
Simple Use Trilogy
Kind reminder: When fixing the propeller clip to the motor, be sure to use screws with anti drop glue or apply medium strength screw glue separately.
Unfold the propeller blades into a Check if there is any looseness After the flight is over, fold
straight line before takeoff in the installation between the the propeller blades in parallel
propeller clamp and the motor
Engineering drawing
Engineering Drawing 1 Engineering Drawing 2
（MC1302-2PCS/PAIR、MC1503-2PCS/PAIR） （MC1604-2PCS/PAIR、MC1806-2PCS/PAIR）
Engineering Drawing 3 Engineering Drawing 4
（MC2009-2PCS/PAIR、MC2211-2PCS/PAIR） （MC2412-2PCS/PAIR）
Engineering Drawing 5 Engineering Drawing 6
（MC2614-2PCS/PAIR） （MC2815-2PCS/PAIR、MC3016-2PCS/PAIR、
MC3218-2PCS/PAIR）
Product parameters
Folding paddle material process: polymer+carbon fiber
Model | Diameter | Pitch | Common tension/speed | Recommended maximum tension/speed | Reference single piece weight | Package weight | Package dimensions | Environmental temperature for use |
MC1302 | 13.4 inch(339.8mm) | 4.8 inch(121.6mm) | 0.7~1.2kg/5100-6600RPM | 28kg/8400RPM | 17g | 83g | 187*76*38mm | -40℃～65℃ |
MC1503 | 13.4 inch(339.8mm) | 5.4 inch(136.1mm) | 1~1.5kg/4100-4900RPM | 3kg/7000RPM | 24g | 121g | 224*87*41mm | |
MC1604 | 16.4 inch(415.6mm) | 5.9 inch(148.8mm) | 0.6～1.2kg/3400～4600RPM | 4kg/8000RPM | 30g | 130g | 207*82*36mm | |
MC1806 | 18.4 inch(465.6mm) | 6.6 inch(166.9mm) | 1～1.8kg/3200～4200RPM | 4kg/8000RPM | 37g | 130g | 207*82*36mm | |
MC2009 | 20.4 inch(515.8mm) | 7.3 inch(185.1mm) | 1.9～3.5kg/3400～4700RPM | 9kg/7000RPM | 59g | 213g | 260*95*40mm | |
MC2211 | 22.4 inch(568mm) | 8 inch(203.2mm) | 4~7kg/3700～4700RPM | 11kg/6500RPM | 71g | 247g | 285*100*42mm | |
MC2412 | 24.4 inch(619.8mm) | 8.7 inch(221.3mm) | 2.8 ~ 5kg/2700 ~ 3800RPM | 12kg/5500RPM | 96g | 327g | 305*127*48mm | |
MC2614 | 26.4 inch(671.8mm) | 9.4 inch(239.5mm) | 3~6kg/2300-3200RPM | 14kg/5000RPM | 126g | 415g | 330*130*55mm | |
MC2815 | 28.4 inch(721.8mm) | 10.1 inch(257.6mm) | 3.5~7kg/2200-3000RPM | 15kg/5000RPM | 164g | 521g | 355*145*58mm | |
MC3016 | 30.4 inch(775.8mm) | 10.9 inch(275.8mm) | 4~8kg/2000~2800RPM | 16kg/4000RPM | 184g | 604g | 380*155*65mm | |
MC3218 | 32.4 inch(823.6mm) | 11.6 inch(293.9mm) | 5~10kg/2200-3000RPM | 18kg/4000RPM | 204g | 656g | 405*158*67mm |
Packing list
Polymer folding paddle * 1 pair Accessory package * 1
Friendly Reminder
Before using this product, please check if all of the above items are included in the product packaging. If there are any missing items, please contact customer service promptly.
Precautions
(1) Please carefully check whether the screws on the cover plate are installed properly before use, and the polymer paddle must be installed properly.
(2) Before takeoff, pay attention to checking whether the polymer propeller is damaged. If there is any damage, please replace it in a timely manner, otherwise there is a risk of breakage.
(3) If the polymer propeller falls or is subjected to a similar impact during use, it may cause deformation or cracking of the propeller blade. Please replace it with a new propeller blade in a timely manner
(4) Do not forcefully pull or tug on the propeller blades to avoid damaging them. Do not disassemble this product. If self decomposed, its safety and other performance will not be guaranteed
(5) Do not touch the polymer paddle when it rotates, otherwise it may be injured. Be extra careful during installation and use.
(6) In terms of storage, corrosive gases and harmful environments should be avoided, as well as temperature ranges not exceeding -10~50 ℃ and humidity ranges of over 85%. Especially when stored for a long time, more attention should be paid.
