T-HOBBY AM600 Brushless Motor For 60“-64” 3D Fixed Wing Drone

Hollow-Lightweight Evolution

Featuring a signature five-spoke bell and twin-layer hollow shaft, this design boosts strength by 15% while shedding 32g weight for agile 3D performance.

Precision Propeller Alignment

Features an adjustable propeller adapter with precisely calibrated 3mm gap control for optimal spinner clearance and vibration-free performance.

Large-Diameter Torque Monster

3:1 diameter-to-height ratio delivers unmatched torque response and cooling efficiency, generating up to 7611g thrust for extreme 3D maneuvers.

High-Performance 3D Flight Powerhouse

Engineered for 60"-64" 3D fixed-wing models, delivering exceptional thrust (7611g) and precision control for extreme aerobatics.

T-HOBBY AM600 Brushless Motor Buying Guide

Why Choose the T-HOBBY AM600?

The T-HOBBY AM600 Brushless Motor is designed specifically for 60–64 inch 3D fixed-wing aircraft, where high torque, rapid throttle response and strong thrust are more important than the extremely low weight required by small RC aircraft.

With a lightweight 360g design, large-diameter motor structure and hollow shaft, the AM600 is built to deliver high power without adding unnecessary weight to a large aerobatic aircraft. The motor is available in 525KV and 555KV versions and is designed around 6S power systems.

Its large-diameter design uses approximately a 3:1 diameter-to-height ratio, helping provide higher torque and cooling performance. The hollow-shaft construction also reduces weight while maintaining the structural strength required for demanding 3D maneuvers.

Designed for 60–64" 3D Aircraft

The AM600 is not a general-purpose fixed-wing motor. Its main advantage comes from being matched to the power requirements of 60–64 inch 3D planes.

The motor is intended for aircraft in the 60–64 inch class, rather than small fixed-wing models or conventional FPV multirotors. T-MOTOR's published specifications specifically identify this size range and list up to 8298g of thrust with the appropriate setup.

525KV vs 555KV

The AM600 is available in 525KV and 555KV configurations. Both versions are designed around the same 6S power system, so the difference is relatively small compared with choosing a completely different motor class.

Both versions use the same basic power-system recommendations, so the choice should be based on the desired motor response and the specific aircraft setup rather than treating them as completely different power classes.

For pilots who want a more conservative and balanced starting point, 525KV is the straightforward choice. The 555KV version is useful when slightly higher motor speed is preferred within the same 6S platform.

6S Power System

The AM600 is designed around a 6S battery, with the published recommended operating voltage listed at approximately 22–25V. The motor's published specification lists an 86A peak current and 1700W maximum power under the specified test conditions.

This means the battery and ESC should be selected as part of the same power system.

For a typical AM600 installation:

6S Battery → AM116A ESC → AM600 Motor → T16×8 Propeller

The ESC should not be selected based only on the motor's average flight current. The AM600 can reach high current levels under heavy propeller load and high throttle, so adequate current margin is important.

Why the AM116A ESC Is the Natural Match

T-HOBBY specifically recommends the AM116A 3D Fixed-Wing ESC for the AM600. The AM116A is a 116A 3–8S fixed-wing ESC, giving it the current capacity needed for this motor class.

Using a matched ESC simplifies the power-system design and provides more appropriate current headroom than choosing a smaller fixed-wing ESC based only on nominal battery voltage.

8.3kg Thrust: What Does It Mean?

The AM600 is specified for up to 8298g of thrust with the appropriate propeller and power-system configuration.

However, maximum thrust should not be interpreted as a guaranteed flight condition for every installation.

Actual thrust depends on:

• KV version

• Battery voltage

• Propeller

• Throttle

• ESC configuration

• Battery voltage sag

• Motor temperature

• Aircraft setup

For this reason, the 8.3kg figure is best used as a reference for the motor's power capability, rather than as the expected thrust of every AM600 build.

The published test data for the 525KV version also shows the motor producing 1442g thrust at 40% throttle with a T16×8 propeller at 22.04V, demonstrating how thrust changes with throttle and operating conditions.

Lightweight Design for Large 3D Models

A 360g motor may sound heavy compared with small FPV motors, but for a 60–64 inch 3D aircraft, motor weight must be evaluated against the total aircraft and required power.

The AM600's hollow-shaft construction reduces unnecessary mass while retaining the structure needed for high-power operation. T-MOTOR states that the updated hollow design reduces weight by 32g while increasing overall strength by 15% compared with its predecessor.

This makes the motor particularly useful when the aircraft needs both:

High thrust + controlled overall weight

rather than simply choosing the largest available motor.

How to Build an AM600 Power System

This combination is particularly suitable for pilots who want a ready-to-match power system rather than independently selecting a motor, ESC and propeller.

For a new build, start with the recommended AM600 + AM116A + T16×8 combination and only change the propeller or power-system parameters after confirming the resulting current, temperature and aircraft performance.

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