Furitek Nano Unity Torque 2-in-1 FOC ESC & Motor for Axial SCX30 - Remote Control Car, RC Cars, RC Crawler Electronics Combo Upgrades (FUR-2758)

11번가 원화(KRW) 기준 가격입니다.

상품 특징

• Designed for Axial SCX30. Its compact footprint and optimized layout ensure proper fitment, balanced weight distribution, and efficient power transfer through the SCX30 drivetrain.
• True 2-in-1 ESC and Motor Integration reduces wiring complexity, minimizes potential connection issues, and delivers a cleaner and more reliable installation. The result is a lighter, simpler, and more robust micro crawler build.
• Torque-Focused Brushless Performance. The motor and control system are optimized to deliver strong low-end torque, stable power output, and precise throttle modulation. The system is optimized to operate efficiently on 2S and 3S LiPo, giving drivers flexibility to increase torque output while maintaining excellent drivability and control.
• Advanced FOC Control Technology. Powered by Furitek’s refined FOC (Field Oriented Control) algorithm, NANO UNITY TORQUE delivers ultra-smooth startup, super slow crawl capability, and stable torque even at extremely low RPM. Throttle response remains smooth, predictable, and consistent under load, allowing precise control in demanding crawling situations.
• Built-in Wireless Tuning and Smart Control. Connect directly to the Furicar App on iOS and Android for setup, tuning, and system monitoring. No programming cards, no cables, and no external modules are required.
• Real-Time Telemetry and Wireless Firmware Updates. Provides real-time telemetry through the Furicar App, including voltage, current, temperature, and throttle data, with update rates up to 10Hz.
• NANO UNITY TORQUE features an integrated 5.5V 3A BEC, designed to provide stable and reliable power for most standard micro servos used in SCX30 applications. This BEC output is optimized for efficiency and thermal stability within the ultra-compact 2-in-1 design, ensuring consistent steering performance during technical crawling and trail driving.