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Product Name: ESC 30A Brushless Motor Controller

The 30A Brushless DC (BLDC) Electronic Speed Controller (ESC) is a high-performance, programmable controller designed for UAVs, RC aircrafts, and helicopters. With its robust design and efficient power handling, it supports continuous current up to 30A and peak loads up to 40A for 10 seconds. It also includes a built-in 5V 3A BEC to power external receivers and servos.

Designed with high-quality MOSFETs and a dedicated microcontroller, the ESC ensures smooth throttle response, thermal protection, and signal reliability. It features configurable startup modes (Normal, Soft, Super Soft), timing options, and low-voltage protection for different battery chemistries. Compatible with both RC transmitters and microcontrollers via standard PWM signal input.

Key Specifications:

• Continuous Output: 30A (40A peak for 10 seconds)
• Input Voltage: 2–4 cell LiPo or 5–12 cell NiMH/NiCd batteries
• BEC Output: 5V, 3A (built-in)
• Supported Motor Speeds:
  • 2-pole: up to 210,000 RPM
  • 6-pole: up to 70,000 RPM
  • 12-pole: up to 35,000 RPM
• Size: 55 mm × 26 mm × 13 mm
• Weight: 32 g

Features:

• High-performance microcontroller for optimal motor compatibility
• Programmable via RC transmitter for brake mode, battery type, cutoff mode, throttle range, and timing
• Three start modes: Normal, Soft, Super Soft
• Low-voltage, overheat, and signal loss protection
• Precise, linear throttle control
• Built-in heat sink with thermal transmission pad

This ESC is ideal for DIY drones, fixed-wing aircraft, robotics, and any application requiring reliable brushless motor control. For microcontroller use, ensure common ground and proper PWM configuration (typically 1–2ms pulse width at 50–60Hz).

Please Note: Product information has been collected from various sources across the web. While we have made every effort to ensure the accuracy of the information presented, slight variations may still occur. Kindly verify the specifications and compatibility before using this module in your projects.