T-Motor AM600 60-65″ KV555 Motor

T-Motor brushless motors are high-performance brushless motors engineered for high-performance RC aircraft.

The official T-Motor AM Series 3D & Freestyle Motor Collection is engineered for extreme aerobatics, 3D freestyle routines, and indoor F3P competitions. Tested and verified by world-champion pilots, the AM series delivers an unmatched thrust-to-weight ratio, lightning-fast throttle response, and superior heat management across all airframe sizes.

Why Choose T-Motor AM Series Motors?

• Instant Throttle Linearity: Low rotational inertia ensures zero-lag response during hover recoveries, torque rolls, and violent pop-ups.

• Gas-Engine Replacements: Heavy-duty models (AM740, AM780, AM850, AM910) replace 35cc–100cc gas engines with clean, zero-maintenance electric power pushing up to 20kg+ thrust.

• Superior Thermal Dissipation: Open-casing design and high-temperature curved magnets keep operating temps low during continuous 100% throttle loads.

The TMOTOR AM600 is a powerful motor for 3D models in the 60-65″ category with a weight of 3-4Kg. The T-Motor AM600 is very well made. Thanks to the ribs on the motor bell and the hollow shaft, the motor is more robust and lighter than its predecessors. The ratio of diameter and engine height ratio is 3:1 for higher torque and better cooling.

Features:

• Suitable for 60″-64″ 3D plane
• Evolution of a hollowed, lightweight design
• With up to 8298g of thrust

Includes:

1x T-MOTOR AM600 Motor

1x Hardware pack

SPECIFICATIONS:

• KV Rating: 555kv
• Weight (Incl. Cable): 360g
• Motor Dimensions: Φ63*95mm
• Internal Resistance: 12mΩ
• Wire Leads: Enameled Wire 110mm
• Shaft Diameter: IN: 8 mm/OUT: 8 mm
• Rated Voltage(Lipo): 6S
• Idle Current(10V): 3.4A
• Peak Current(180s): 86A
• Max Power (180S): 1700W
• Propeller: 15×8 (Lightweight plane), 16×8 (High Efficiency) 17×8 (Extreme Flight)

Motor Operating Warning and Setup Guidelines

Operating this brushless motor outside of the factory-recommended specifications may cause permanent damage to the motor, battery, or electronic speed controller (ESC) and may void the manufacturer’s warranty. For safe and reliable performance, all power system components must be installed and configured correctly.

We strongly recommend using a watt meter to measure voltage, current (amps), and wattage when setting up a new EDF or RC power system. If measured output exceeds the motor’s rated limits, adjust the ESC timing and throttle calibration to bring performance back within safe operating ranges.

High-voltage (HV) LiPo batteries are not recommended for this motor, as they operate at higher voltages than the motor is designed to handle and may lead to overheating or premature failure.

Following these setup guidelines helps ensure maximum efficiency, long motor life, and dependable performance in your electric ducted fan or RC aircraft system.

Insurance Note:  Fan Jets USA recommends the purchase of shipping insurance. If insurance is not purchased and the package is lost or damaged, the most that can be claimed with the USPS and awarded to the purchaser (shipment recipient) is $50.00.  Fan Jets USA is not responsible for reimbursing the purchaser for the difference in an order of any amount.  Shipping charges are not included in an insurance claim per USPS guidelines.

CA Residents: WARNING: Cancer and Reproductive Harm – www.P65Warnings.ca.gov