XRotor Micro 30A BLHeli_S OneShot125 FPV Racing ESC
The XRotor Micro 30A BLHeli_S OneShot125 ESC is engineered for FPV racing multi-rotors, offering reliable power delivery with its BLHeli_S firmware and OneShot125 support. It provides smooth throttle response and compatibility with various flight controllers, designed for optimal performance in 130-280mm frames.
Features
- Optimized for FPV drone racing, delivering precise control and reliable power to multi-rotors.
- Features BLHeli_S firmware with OneShot125 support for super-smooth and accurate throttle response.
- Equipped with a high-performance EMF8BB21F16G MCU and quality MOSFETs for rapid processing and efficiency.
- Incorporates Damped Light mode, enabling regenerative braking for quick motor retardation and improved flight dynamics.
- Includes a twisted pair throttle cable to minimize signal interference and crosstalk, ensuring stable communication.
Out of stock
The XRotor Micro 30A BLHeli_S OneShot125 ESC is a high-performance speed controller meticulously engineered for competitive FPV drone racing. This ESC features BLHeli_S firmware, offering exceptional throttle range and precision, with full support for OneShot125 protocol. Its design facilitates convenient firmware upgrades via the throttle control signal cable, allowing simultaneous programming of multiple ESCs when paired with CleanFlight-compatible flight controllers through BLHeli Suite.
Constructed with premium components, the XRotor Micro 30A ensures robust performance and durability. It integrates an EMF8BB21F16G MCU operating at up to 48MHz, American Fairchild MOSFETs, and an imported 3-in-1 drive IC. High-quality ceramic capacitors and a 4-layer PCB with 3-ounce copper further contribute to superior thermal dissipation, higher efficiency, and exceptionally rapid response times, crucial for demanding race environments.
This ESC leverages hardware-generated motor PWM for a remarkably smooth throttle curve and silent operation, enhancing the flight experience. The Damped Light mode is a key feature, providing regenerative braking that results in swift motor retardation and active freewheeling. This capability significantly improves drone maneuverability and control, allowing pilots to execute more precise maneuvers and gain a competitive edge in fast-paced FPV racing scenarios.
Additional Information
| Dimensions | 2.3 × 1.5 × 0.6 cm |
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