The E310 Motor Package is DJI’s newest masterpiece,
a fine-tuned propulsion system specifically engineered for multi-rotor copters weighing 1-2.5kg.
With a level of quality befitting DJI’s legacy, the E310 package features newly upgraded motors, propellers, and ESCs (Electronic Speed Controllers). From traditional square-wave drive system to revolutionary sine-wave drive system, the innovations packed into the E310 Motor Package make it our most efficient , maneuverable, and stable multi-rotor platform to date.
Brand New Motors
Proprietary single strand winding technology delivers unmatched consistency and stability.
Oversized 4mm x 12mm bearings and a high-strength alloy steel shaft offer enhanced strength and durability.
Extensive testing and design optimization have resulted in improved efficiency and reliability.
Aerodynamically optimized blade geometry.
Dynamic balance is made possible through high-precision manufacturing and a strict quality-control system.
Decorative stripes are available, in a variety of colors, for customization.
Revolutionary Smart ESCs
Smart ESCs with integrated sensors and patented algorithms
transmits real-time diagnostics of propulsion system status.
Revolutionary sine-wave drive architecture
reduces power consumption and increases efficiency of all maneuvers.
Data is relayed back to the user and inputs are received by the ESC simultaneously.
Integrated data port allows firmware to be updated with new releases.
Supports traditional PWM communication.
Customizable navigation lights enhance orientation recognition at long distances.
Multi-color LEDs serve as effective status indicators.
Build-in spark-proof circuitry offers enhanced protection when plugging in or unplugging the power source,
thus extending the life of the ESCs and connectors and making them more reliable.
Compared with traditional systems, the E310’s active braking feature enables you to more easily perform all maneuvers.
This includes sharp turns, altitude changes, and sudden braking, all with an even lower power consumption than before.