The 2807 has a better heavy-load efficiency in the middle and rear sections by approximately more than 4% , compared with other competing brands on the market.
The 2812 has a better heavy-load efficiency by approximately more than 5%, compared with other competing brands on the market.
2807
2812
Good Heat Dissipation And efficient cooling
The rotor has a cooling structure to improve heat dissipation performance. The maximum running time under full load is extended by more than 40% compared with other competing brands on the market. Longer running time under actual load to ensure that the motor is always in optimal condition.
New Tooth Groove Anti-slip Design
To achieve a safer and more reliable flight, the propeller mount has a new grooved design preventing the propeller from slipping.
New Tooth Groove Anti-slip Design
To achieve a safer and more reliable flight, the propeller mount has a new grooved design preventing the propeller from slipping.
The 2807 has a better heavy-load efficiency in the middle and rear sections by approximately more than 4% , compared with other competing brands on the market.
The 2812 has a better heavy-load efficiency by approximately more than 5% , compared with other competing brands on the market.
2807
2812
Good Heat Dissipation And Low Temperature Rise
The rotor has a self-heating structure to improve heat dissipation performance. The maximum running time of the motor is extended by more than 40% compared with other competing brands on the market. Longer running time under actual load to ensure that the motor is always in optimal condition.
New Tooth Groove Anti-slip Design
To achieve a safer and more reliable flight, the bracket uses an anti-slip design with grooves to effectively prevent the propeller from slipping and idling.
New Tooth Groove Anti-slip Design
To achieve a safer and more reliable flight, the bracket uses an anti-slip design with grooves to effectively prevent the propeller from slipping and idling.