Engine MAD 8112 IPE

Choose unlimited power - MAD 8112 IPE motor for your quadcopter!

The MAD 8112 IPE motor is a high-end brushless motor. This model is created for the most demanding power plants. It provides tremendous traction and maximum efficiency. You will get incredible power for heavy drones. This engine will be the heart of your powerful project.

Five main advantages of the engine 

• Tremendous thrust for heavy kinelifters and racing drones.

• High efficiency due to advanced stator and magnet design.

• Robust design with quality bearings and shaft.

• Optimal heat dissipation for continuous operation.

• Compatible with large propellers and high voltage.

Operating principle and design features

The MAD 8112 IPE motor converts electrical energy into mechanical energy. It receives three-phase AC power from the ESC controller. The current creates a rotating magnetic field in the stator. This field interacts with the permanent magnets of the rotor. As a result, the motor shaft rotates with tremendous speed and force.

The design of the engine directly affects its power. The large stator size (81 mm) provides high torque. High-quality shaft steel can withstand extreme loads. Balanced rotor minimizes vibration. This is critical for smooth flight and clear video.

Technical characteristics and scope of application

The technical parameters of the engine determine its niche. The stator size is 81×12 mm. The motor is designed to operate with high voltage (6S-12S). It supports the installation of large propellers (up to 11-13 inches). The rated current can reach tens of amperes. The weight of the engine corresponds to its power and size.

A key feature is the highest thrust-to-weight ratio. The engine produces enormous lift. This allows you to lift heavy cameras and equipment. It is ideal for the assembly of professional kinelifters. It is also used in large format racing drones.

Quality workmanship guarantees a long service life. Precision Japanese bearings are used. The copper winding is made with maximum density. The case effectively dissipates heat. The entire structure is resistant to overloads.

Powerful power wires are used to connect the motor. They must be securely soldered to the ESC controller. A compatible regulator must be able to handle high current. Proper ESC setting will ensure smooth operation. This will reveal the full potential of the power plant.

Specifications

• Number of pole pairs: 20
• Dimensions: diameter 88.6 mm, length 32.5 mm
• Weight: 380 g
• Torque and thrust: 11 kg maximum thrust using a 28-30 inch propeller from
• carbon fiber
• Rated Voltage: Support up to 12S LiPo.