Name: BETAFPV Matrix 4-in-1 AIO - G473 FC + 12A 1S ESC + ELRS RX + OSD - 25x25
Brand: BetaFPV
Price: 54.13 USD

Specifications (automatically extracted)

Electrical

Current

12 A

Mechanical

Weight

27 g

Description

The BETAFPV Matrix 4-in-1 AIO - G473 FC + 12A 1S ESC + ELRS RX + OSD redefines 1S whoop performance. The 4IN1 is for analog mastery, with built-in OSD + solder pads for external VTXs. They feature the iconic cross-design architecture, newly developed BEC, 18A peak ESCs, and the STM32G473 MCU for 55% faster processing—delivering effortless setup, pro-tier control, and uncompromised flight dynamics that rewrite 1S standards. Crafted for newcomers and recreational pilots, the Matrix FC features a robust 1mm board for enhanced durability, a solder-free design for easy installation, and a beginner-friendly experience. For advanced pilots, the ultra-thin and lightweight Air FC is the definitive choice, engineered with race-winning agility to push the boundaries of FPV flight performance. Check out all our whoop flight controllers, and all our BetaFPV gear! Features 4IN1 for analog mastery with OSD. STM32G473 MCU: 55% faster processing than F411 for responsive tuning. Stable Video Transmission: Features a newly developed BEC to ensure consistent power delivery for seamless HD performance. Enhanced Overcurrent Capacity: Supports 12A continuous current and 18A peak ESC, providing robust performance for demanding flights. Reliable Precision: Includes an independent 3.3V LDO design to deliver stable, interference-free power directly to the IMU for accurate control. Whoop-ready Installation: The 4IN1 has external VTX soldering pads for protocol flexibility. Ultra-Resilient BEC 1S whoops often fly at voltages as low as 3.3V and digital image transmission requires higher current, placing significant demands on the BEC. To meet these challenges, an advanced BEC has been developed, capable of delivering over 3A of current at ultra-low voltages down to 2.85V. This ensures stable image transmission even in critical situations. While flying to such low voltages isn't recommended, this innovation provides pilots with a greater chance of safely recovering from unexpected situations. Enh