Combo package: AM910 190KV + AM216A 5–14S ESC + AMZ 24*10 Carbon Propeller 

1. About product

The AM910 is built for 90"-96" 3D planes (70CC-80CC), delivering exception96 agility, precision, and power—without the weight and limits of gas engines.
It installs quickly using the same mounting plate as a gas engine.

2. Key Selling Points

World-Class Performance – Tuned by top pilots for the perfect 3D power curve.

Instant Response – Zero-latency throttle for precise, rapid maneuvers.

High Thrust – AMZ 24*10 delivers 22.4 kg continuous thrust and explosive bursts.

Easy Install – Direct fit with gas engine mounts; non-destructive setup.

3. Product Pairing

AMZ 24*10 Carbon Propeller 

AM216A 5–14S ESC

90"-96" 3D plane kit(70CC-80CC)

4. Recommended Setup

The AM910 190KV power system is designed as a high-performance electric replacement for traditional 70CC–80CC gasoline engines. The combination of the AM910 190KV motor, AM216A 5–14S ESC, and AMZ 24×10 carbon propeller provides a powerful and responsive setup for large-scale 3D aerobatic aircraft.

Recommended aircraft:

• Wingspan: approximately 90"–96" (2.3–2.45 m)
• Engine class: 70CC–80CC equivalent
• Aircraft type: 3D aerobatic, IMAC and precision aerobatic models
• Recommended battery system: high-voltage LiPo setup
• Propeller: AMZ 24×10 Carbon Propeller
• ESC: AM216A 5–14S High-Performance ESC

The system is particularly suited to pilots looking for the instant throttle response, low vibration and clean operation of an electric power system, while maintaining the power required for aggressive 3D flying.

5. Why Choose This Electric Power System?

Compared with a conventional gasoline engine, the AM910 setup offers several advantages for large-scale aerobatic aircraft:

Instant Throttle Response
Electric power delivers immediate motor response, allowing precise throttle control during demanding 3D maneuvers such as harriers, waterfalls, rolling harriers and torque rolls.

Low Vibration
With no combustion engine, the power system produces significantly less vibration. This can help reduce stress on the airframe and electronics while also improving overall flying precision.

Clean and Low Maintenance
No fuel, exhaust residue or engine tuning is required. The system is ready to fly with a correctly configured battery and ESC setup, making daily operation considerably simpler.

Consistent Performance
Electric power provides predictable performance throughout the flight, provided the battery is correctly matched to the power system and flown within appropriate limits.

Easy Installation
The AM910 is designed to use a mounting solution similar to a conventional gasoline engine installation. This makes it possible to convert a suitable 70CC–80CC class aircraft to electric power without major structural modifications.

6. Battery & Power Requirements

For the best performance, the AM910 should be paired with a high-quality, high-discharge LiPo battery system capable of handling the current demands of a large 3D aircraft.

When selecting batteries, consider:

• Voltage: Match the battery voltage to the motor and ESC specifications.
• Capacity: Choose a capacity that provides the desired flight time without adding unnecessary weight.
• Discharge capability: Use high-quality LiPo batteries with sufficient continuous and burst current capability.
• Connectors: Use appropriately rated connectors and wiring for the expected current.
• Battery security: Large batteries must be securely mounted to prevent movement during aggressive aerobatic maneuvers.

For large 3D aircraft, a high-voltage battery configuration is often beneficial because it allows the required power to be delivered at lower current compared with a lower-voltage setup. This can help reduce electrical losses and voltage drop.

Important: The final battery configuration should always be selected based on the aircraft's total flying weight, desired performance, motor operating limits and the actual current draw measured with the selected propeller.

7. ESC Setup & Cooling

The AM216A 5–14S ESC is designed for high-power applications and should be installed with adequate airflow and cooling.

For reliable operation:

• Ensure sufficient airflow around the ESC.
• Avoid enclosing the ESC in a sealed compartment.
• Keep high-current power cables as short as practical.
• Use connectors and wiring rated for the expected current.
• Secure all cables away from the rotating propeller.
• Follow the ESC manufacturer's programming recommendations.
• Check motor timing and throttle settings before the first flight.

For the initial setup, always perform a static ground test and monitor motor operation, current draw and battery voltage. A wattmeter or telemetry system is highly recommended for confirming that the selected propeller and battery combination operate within safe limits.

8. Propeller Selection

The included AMZ 24×10 Carbon Propeller is selected as the recommended propeller for this power combination and is intended to provide the strong low-speed thrust and throttle response required for 3D aerobatics.

The 24×10 specification offers a balance between:

• High static thrust
• Strong vertical performance
• Responsive throttle control
• Suitable airspeed for 3D aerobatics
• Efficient power delivery

Propeller selection has a significant impact on motor current and overall system performance. Never change the propeller size or pitch without checking the resulting current draw and motor/ESC limits.

9. Installation & First Flight Checklist

Before the first flight, carefully check:

☐ Motor mounting bolts are correctly secured
☐ Propeller is correctly balanced and firmly mounted
☐ ESC is properly cooled and securely installed
☐ Battery is firmly secured inside the aircraft
☐ All high-current connections are tight and secure
☐ Throttle failsafe is correctly configured
☐ Motor rotation direction is correct
☐ Propeller clearance is sufficient
☐ Control surfaces move in the correct direction
☐ Current draw has been checked with the selected battery and propeller
☐ Battery voltage and ESC settings are correctly configured

After the first flight, inspect the motor, ESC, battery connectors and mounting hardware for excessive heat or signs of stress.

10. Ideal For

The AM910 Combo Package is an excellent choice for pilots who want to power a large 90"–96" 3D aircraft with a modern electric power system while retaining the performance expected from a 70CC–80CC class setup.

It is especially suitable for:

• Large-scale 3D aerobatics
• Extreme 3D flying
• IMAC and precision aerobatics
• Pilots upgrading from gasoline to electric power
• Pilots looking for instant throttle response
• Pilots who prefer low-maintenance, clean electric operation

Complete Combo Package

Included in this package:

• AM910 190KV Brushless Motor
• AM216A 5–14S High-Performance ESC
• AMZ 24×10 Carbon Propeller

Recommended for: 90"–96" (2.3–2.45 m) 3D aircraft in the 70CC–80CC class.

Note: Battery, charger and additional wiring/connectors are not included unless specifically stated. Always verify the manufacturer's recommended battery voltage, maximum current and operating limits before installation.