MAD MOTOR AMPX (5-14S) ESC

Features :

• Wide 5S to 14S LiPo battery voltage range.

• Designed for high-current, heavy-duty applications.

• Precise and responsive motor control.

• Advanced protection features for robust operation.

• Excellent heat dissipation for extreme loads.

• Optimized for large industrial and agricultural UAVs.

• High compatibility with various flight controllers.

• Durable, rugged construction for harsh environments.

• Smooth starting and consistent power delivery.

• Essential for professional, long-duration drone flights.

Technical Specifications :

• Firmware: MAD MOTOR proprietary firmware, optimized for high-voltage industrial applications.

• Processor: High-performance 32-bit MCU (specific type not typically disclosed by manufacturer).

• Throttle Signal: Supports standard PWM and OneShot125/42.

• Active Braking (Damped Light): Yes, for quick motor stop and precise attitude control.

• Protection Features: Over-current, Over-temperature, Throttle signal loss, Motor lock-up protection, Start-up protection.

• Waterproof/Dustproof: Often rated IP67 (check specific model for exact rating).

• Cables: High-quality silicone wires, typically thick gauge (e.g., input 12AWG, output 14AWG for 60A; input 10AWG, output 12AWG for 80A).

• Connectors: Usually bare wires, allowing user to choose connectors (e.g., AS150, XT90 for input; bullet connectors for output).

  
  

60A :

• Continuous Current: 60A

• Peak Current (10s): 80A

• Input Voltage (LiPo): 5–14S

• BEC Output: No BEC (OPTO)

• Signal Input: PWM / OneShot

• PWM Frequency: 8–24kHz

• Dimensions (L × W × H): 60 × 37 × 15 mm

• Weight: 65g

80A :

• Continuous Current: 80A

• Peak Current (10s): 100A

• Input Voltage (LiPo): 5–14S

• BEC Output: No BEC (OPTO)

• Signal Input: PWM / OneShot

• PWM Frequency: 8–24kHz

• Dimensions (L × W × H): 70 × 42 × 18 mm

• Weight: 90g

Additional Details:

• Manufacturer: MAD Components (MAD Motors)

• Brand: MAD MOTOR

• Generic Name: High Voltage Brushless ESC || Industrial Drone ESC || Agricultural Drone ESC || 5-14S ESC || Drone Motor Controller || Heavy Duty ESC || UAV Power System || Large Drone ESC || OPTO ESC

• Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)

• Ideal For: Agricultural Spraying Drones || Industrial Inspection UAVs || Heavy-Lift Logistics Drones || Professional Mapping Drones || Long-Endurance UAVs || Custom Large Drone Builds || Public Safety Drones || Search & Rescue UAVs || High-Power Robotics Platforms || VTOL Fixed-Wing Conversion

Package Details:

Includes:

• 1x MAD MOTOR AMPX (5-14S) Brushless ESC

• 1x User Manual / Wiring Diagram

Frequently Asked Questions:

Q1. What makes the MAD MOTOR AMPX ESC suitable for such a wide voltage range (5-14S)?

Ans. The MAD MOTOR AMPX ESC is designed with high-quality components and robust circuitry capable of handling a very broad input voltage range from 5S (18.5V) up to 14S (58.8V) LiPo. This wide compatibility makes it incredibly versatile, allowing it to be used with various heavy-lift and long-endurance drone setups that require high power and efficiency.

Q2. Does the AMPX ESC require programming or specific settings for different MAD motors?

Ans. While the MAD MOTOR AMPX ESC comes with a highly optimized proprietary firmware, it may still benefit from specific parameter adjustments (e.g., timing, startup power) depending on the exact MAD motor model and propeller combination used. Users often utilize a MADLink programmer or specific software to fine-tune settings for peak performance and efficiency with their particular setup.

Q3. Is this ESC designed to withstand harsh outdoor conditions common in agricultural or industrial drone use?

Ans. Yes, the MAD MOTOR AMPX ESC is specifically engineered for professional-grade industrial and agricultural UAV applications. It features a rugged design, often including high-quality components and efficient cooling systems, to withstand harsh outdoor conditions such such as dust, moisture (though usually not fully waterproof without additional protection), and extreme temperatures, ensuring reliable operation during demanding missions.