AMPX 40A (5-14S) Drone BLDC ESC w/heat sink
AMPX 40A (5-14S) Drone BLDC ESC w/heat sink
AMPX 40A Drone BLDC ESC
The 40A Drone BLDC ESC supports 5-14S (16V-64V) and includes an integrated heat sink for maximum efficiency.
This high-quality heat sink ensures optimal thermal management. It helps maintain peak performance during heavy loads.
Efficient cooling prevents overheating during intense maneuvers. This protects your electronics from thermal stress.
We recommend the V2.0 CAN version. It features dual throttle control via RPM and CAN for better stability.
This dual-control system significantly increases flight precision. It offers critical redundancy for your drone hardware.
Having a backup control path reduces the risk of signal loss. This adds an essential layer of safety for pilots.
The firmware is fully upgradeable. It includes advanced overload protection with unlimited automatic restarts.
Automatic restarts prevent permanent hardware failure. This ensures higher reliability in the air during malfunctions.
The system prevents burnout by cycling power. This protects your investment from sudden, dangerous current spikes.
It communicates real-time voltage, current, temperature, and status via CAN to the flight control system.
Real-time data monitoring allows for safer flights. You can track system health instantly via your telemetry.
Monitoring temperature and current helps you optimize flight times. It prevents battery over-discharge in real-time.
Key Highlights:
CONTINUOUS CURRENT: 40A
INSTANTANEOUS CURRENT: 48A
SUPPORTED LITHIUM CELL COUNT: 5~14S
The wide voltage range supports various battery configurations. This makes it versatile for different drone builds.
Whether you use 6S or 12S packs, this ESC adapts. It simplifies your power system design across multiple projects.
The robust design handles high-voltage environments. It is built for demanding industrial drone applications.
Professional-grade components ensure stability. This makes it a reliable choice for long-endurance flight missions.
The integrated circuitry is designed for durability. It withstands rigorous use in challenging weather conditions.
Precise power delivery ensures smooth motor response. This results in a more stable and predictable flight experience.
Frequently Asked Questions:
Q: What is the shipping time?
A: Shipping time is usually 7-14 days. Please confirm stock and timing during checkout.
