MAD X2815 EEE V1.0 900KV/1050KV EVTOL Airplane Drone Motor, 4mm Shaft, Rain Protection, 7 Pole Pairs

Overview

MAD X2815 series motors are classic UAV motors for small to medium industrial use, designed to be efficient for endurance flights. This MAD X2815 EEE V1.0 EVTOL airplane drone motor is the ENTHUSIASTS EXTREME EDITION for extreme weight reduction while maintaining the highest possible performance.

Key Features

• KV options: 900KV and 1050KV
• Rain protection
• Independent centrifugal heat dissipation
• Balance: rotor balance ≤3 mg; motor balance ≤10 mg
• High-temperature rated materials: varnished wire degree 150°C; magnet degree 150°C

Specifications

Motor Data (MAD X2815 EEE V1.0)

Mechanical Drawing (selected dimensions)

900KV (MAD X2815 EEE 900KV)

• Recommended hover thrust: 450~800 gf
• Maximum thrust: 2.3 kgf
• Optimized weight: 113 g
• Efficiency: >73%

Analytical Graph of Motor Operation legend: I = Current, P = Input Power, η = Electrical Efficiency, T = Thrust, n = Rotational Speed. The data were measured with an input voltage of 16 V, at a temperature of 25°C and sea level; rotational speed was adjusted by the throttle.

The above data are the theoretical values when the input voltage is 16V, for reference only. In the case of room temperature 25°C and no additional cooling device, the current over 37A is non-working zone, 13-37A is short-term zone (about 10-30s), working zone, and below 13A is sustainable working zone. In actual use, please control the motor running time according to the working environment temperature and heat dissipation conditions.

1050KV (MAD X2815 EEE 1050KV)

• Recommended hover thrust: 450~800 gf
• Maximum thrust: 2.6 kgf
• Optimized weight: 113 g
• Efficiency: >73%

Analytical Graph of Motor Operation legend: I = Current, P = Input Power, η = Electrical Efficiency, T = Thrust, n = Rotational Speed. The data were measured with an input voltage of 16 V, at a temperature of 25°C and sea level; rotational speed was adjusted by the throttle.

The above data are the theoretical values when the input voltage is 16V, for reference only. In the case of room temperature 25°C and no additional cooling device, the current over 48A is non-working zone, 18-48A is short-term zone (about 10-30s), working zone, and below 18A is sustainable working zone. In actual use, please control the motor running time according to the working environment temperature and heat dissipation conditions.

What’s Included

• Additional accessories: Propeller Adapter *1
• Additional accessories: Prop Plate *1
• Additional accessories: Nut *1
• Additional accessories: 3.5mm Bullet Connector *3
• Additional accessories: Heat Shrinkable Tube *3
• Additional accessories: M3*8mm *4 Motor Screws
• Additional accessories: M3*8mm *4 Propeller Screws
• Additional accessories: Sticker *2

Applications

• EVTOL aircraft and fixed-wing drone power systems
• UAV platforms requiring endurance-focused propulsion (900KV / 1050KV options)

For compatibility checks (propellers, ESC, battery, and mounting), contact https://rcdrone.top/ or support@rcdrone.top.

Details

The MAD X2815 motor uses an M3 mounting pattern and a 4mm shaft, with detailed dimensions to help confirm fit and installation.

The MAD X2815 motor comes with a detailed performance sheet featuring efficiency curves and test tables to help with prop and setup choices.

The MAD X2815 EEE V1.0 motor pairs a compact 2815-size design with an efficiency/thrust chart to help match the right prop and battery setup.

MAD X2815 EEE motor bench data lists throttle vs voltage, current, RPM, thrust, torque, and efficiency with APC 11x5.5 props on 4S setups.

MAD X2815 EEE 1050KV test data lists throttle, RPM, thrust, current draw, and efficiency on 4S using an APC 13x6.5 prop with an XROTOR Pro 60A ESC.