Radiomaster MT12 Surface Radio Controller with Receiver ExpressLRS 2.4G for RC Car Boat(ELRS ER3C-I FCC)

Specification MT12Item: MT12 Surface RadioPhysical dimensions: 177.8*118.4*207.8mmWeight: 480 gramsOperating frequency: 2.400GHz-2.480GHzInternal RF Options: ELRS 2.4GHzOperational current: 320mA for ELRSOperational voltage: DC 6.6-8.4VOperating system: EdgeTXControl channels: 16 as standardDisplay: 128*64 Monochrome LCDBattery: 2 x 18650 cells or a 2s 7.4v 5000mah battery pack (Batteries not included)Charging: Built in USB-C ChargingFirmware Upgrade method: Via USB or SD cardWheel and Trigger sensor: Hall-effectModule bay: Nano size Specification ER3C-i (Included with ExpressLRS version)Item: ER3C-i 2.4GHz ELRS PWM ReceiverPower supply: DC 4.5 - 8.4VAntenna type: Built-in high-sensitivity ceramic antennaWireless protocol: ExpressLRS 3.3.0 pre-installedOutput channel: 3CH PWMTelemetry power: 10mWBattery voltage detection range: DC 4.0 - 35VWeight: 4.2 gramsDimensions: 26.1*18.5*13.0 mmFirmware: Device Category: Radiomaster 2.4Ghz / Devic

• The RadioMaster MT12 is a pioneering open-source surface radio, and the first surface radio officially supported by EdgeTX, ExpressLRS, and the Multi-module project.
• Boasting 10 physical inputs and the capability to handle either 16 or 32 channels*, the MT12 is primed for a wide array of surface models, from cars and trucks to boats and beyond.
• Featuring extensive customizability and a versatile operating system, the MT12 stands out as a highly configurable surface radio, prepared to excel in virtually any scenario.
• Available with built-in ExpressLRS MPM RF modules.Featuring a powerful STM32F407VGT6 with 1MB Flash.Preinstalled EdgeTX firmware.QC3.0 fast charging supporting 2.0A MAX.
• Compact design with excellent ergonomics.Oversized battery compartment - 2 x 18650 cells or a 2s 7.4v 5000mah battery pack (Batteries not included).Standard Nano module.compartment.RadioMaster standardized button layout.Rotatable antenna.Customizable base switches or 4 way joystick included.