ESC regulator Maytech MT6A SBEC FP32
Continuous current: 6A
USD · Volume pricing available
Kategorie:
Certifications
Global Shipping 7-14 Days
DHL, FedEx, UPS, Air & Sea
Genuine Products
Authorized distribution
Export License Ready
ECCN, CO, CI, PL, EUS docs
24/7 Tech Support
Pre & post sales
Export Compliance
9A018AI confidence 100% · NLR — No license required. Standard end-use statement recommended.
Buyer Tier Benefits
Tier discounts stack with volume pricing. Automatically applied after your first order.
Order the ultra-compact Maytech MT6A-SBEC-FP32 ESC controller for your micro-drone!
Get advanced technology in a miniature package for the lightest aircraft. The Maytech MT6A-SBEC-FP32 ESC is designed specifically for micro drones, mini-quicks and light aerobatic aircraft where every gram of weight matters. The device features a state-of-the-art 32-bit microcontroller that provides smooth, precise throttle response that older 8-bit controllers cannot achieve. The built-in 1.5A switching power supply regulator (SBEC) reliably powers the flight controller and receiver. Choose cutting-edge technology for your miniature projects.
-
Ultra-compact size and light weight. Dimensions 43x18x8 mm and weight only 14 g are ideal for micro drones.
-
32-bit ARM processor. Provides high signal processing speed and smooth operation.
-
Built-in SBEC 5.5V/1.5A. Powerful switching regulator for powering the flight controller.
-
Support 2-3S LiPo. Versatility for use with different types of batteries.
-
Synchronous rectification and regenerative braking. Modern technologies to improve efficiency.
Working principle and advanced technology
The Maytech MT6A-SBEC-FP32 regulator is part of the Falcon-Pro 32bit series, designed specifically for high-performance miniature models. The 32-bit ARM microcontroller processes high-resolution signals to provide precise and responsive throttle linearity, which is critical for dynamic micro-drone flying.
The built-in SBEC (Switch Mode BEC) converts high battery voltage into the stable 5.5 volts needed to power the flight controller and peripherals, while being significantly more efficient than linear BECs.
Synchronous rectification technology allows for more efficient use of battery energy by minimizing losses on power switches. Regenerative braking converts the engine's rotational energy from throttle reduction back into electricity, recharging the battery and improving overall flight efficiency. The regulator automatically detects the input signal and has protection against loss of the gas signal, which guarantees safety in case of emergency situations. The maximum rotation speed reaches 300,000 rpm for bipolar motors.
Specifications and setup
| Characteristics | Meaning |
|---|---|
| Direct current | 6 A |
| Peak current | 8 A |
| Input Voltage (LiPo) | 2–3S |
| BEC output | 5.5 V / 1.5 A |
| Dimensions | 43 × 18 × 8 mm |
| Net weight | 14 g |
| Firmware | MT FP_32 |
| Motor compatibility | Excellent with most models on the market |
| Throttle range | 900–2400 µs |
| PWM frequency | 8–24 kHz (configurable) |
The controller supports detailed settings via the optional prog-card programmer. The user can adjust the PWM frequency for optimal operation with a specific motor, braking force, cut-off voltage to protect the battery from deep discharge and other parameters. High quality components and firmware with independent intellectual property rights guarantee stable operation and the possibility of further software updates.
Specifications
- Continuous current: 6A
- Burst current: 10A
- BEC: 5.5V/1.5A
- Lipo: 2 cells
- Net weight: 5g
- Size: 22.5*10.5 mm.
