T-Motor AT4130 Long Shaft Fixed-Wing Motor

T-Motors AT-Type Electric Motors

Designed specifically for fixed-wing applications, these motors feature high thermal resistance and enable especially stable flights.

Double the Power, Strong Force

• Manual winding, high slot fill factor
• Superior raw materials and exquisite craftsmanship

SECOND GENERATION OF THE AT SERIES

Specially designed for fixed-wing models, UAVs, and industrial drive applications. With the emergence of the second generation A-Series, we can observe a leap in quality following a long history. Every trial and consideration leads to a significant breakthrough for the new generation. Selected high-temperature-resistant arc magnets with double the power and strong force. Efficient and stable endurance, balancing technology and power beautifully. Improvement is everywhere.

ROBUST BODY AND FREE TO SOLVE

With the design of side ventilation and internal cooling blade connection, it forms a semi-box structure that simultaneously enhances strength and improves cooling performance.

MILITARY-GRADE WIRE & DURABLE

• High-temperature-resistant enameled wire in military quality: A special insulating layer not only enhances the high-temperature resistance of the enameled wire but also extends the motor's lifespan.
• Pure manual winding, high slot fill factor, high power, and efficiency with soldered banana head connectors.

ANTI-STRIPPING DESIGN

SAFETY GUARANTEE

A linear shaft design along with the C-clip locking shaft and shaft collar ensure safe and reliable operation of the motor at high speeds and high power. Secure flight without fear of rotor loosening!

ARC MAGNET FOR HIGH TORQUE

Powerful arc-shaped magnet with high-temperature resistance, precise tolerance control, appropriate magnet gap, and optimized magnetic circuit of the motor improves motor performance by more than 5% (except 23) and provides significant torque for the propeller.

BEARING DESIGN, SAFER AND MORE STABLE

The large motor (series above 28) features 3 sets of bearings for greater stability, efficiency, and strength under high loads.