Check the listing for details. Lemon Rx DSMP 7-CH TELEMETRY STABILIZER & XT60 ENERGY METER DSMX/DSM2 COMPATIBL. Condition: New. Listed at 48.99 USD. Lemon Rx DSMP 7-CH TELEMETRY STABILIZER & XT60 ENERGY METER (DSMX/DSM2 COMPATIBLE) Description Product Specifications Dimension: 55mm x 15mm x 23mm Recommended voltage range: 3.9V to 8.5V (2S LiPo capable) Telemetry Option: Integrated with Barometer, Altimeter, Energy meter and Internal Temperature Sensor Technology: DSMP with GEN2 SDR stack (DSMX / DSM2 compatibility) Highlight The DSMX/DSM2 compatible 7-channel telemetry stabilizer is a Generation 2 redesign that offers improved reliability, performance, and features. It comes equipped with a built-in barometer, altimeter, energy meter (Current, Voltage, mAh), and internal temperature sensor, and supports both electric and gasoline engine applications with its high sensitivity gyro and proprietary stabilization algorithm. The BEC1 and BEC2 dual inputs improve reliability and enable high current drain performance servo setup. Other features include built-in Delta, V-tail, and Normal Wing mixer, stabilization with separated channel dual aileron operation, always-on stabilization, real-time variable stabilization gain control on channel 8, and all-channel failsafe. The firmware health monitoring software stack and ultra-low operational voltage (3.6V) ensure the highest hardware reliability, while the Generation 2 SDR stack ensures the fastest channel searching and advanced algorithm for signal recovery with ultra-low-latency experience. Antenna diversity improves the wireless link's reliability, and the satellite port allows for additional signal diversity. Users can activate gyro stabilization with either AUX2 or Gear channel, and there are 3 potentiometers for individual gain tuning. For instructions, users can refer to the user manual at www.lemon-rx.com/manual. The stabilizer can be reset by holding the F and B buttons until all LEDs flash randomly, then pressing the C button. To bind with a bind plug, insert the bind plug on Channel 7 and connect power. To bind without a bind plug, hold the B button until the red LED flashes, then connect power. For binding with a satellite without a bind plug, hold the B button until the red LED flashes, disconnect power, plug the satellite wire connector into the stabilizer, then connect power. Users can set the failsafe by pressing the F button for 3 seconds until green changes from off to on and vice versa to change the failsafe setting. The channel value is saved as failsafe default at the time the green LED turns on. Turn off the transmitter and wait 2 seconds to ensure the failsafe is activated accordingly by ensuring there is torque generated with finger-pushing the servo linkage if it was to be set. Vice versa. To activate stabilization, users can disconnect power, insert the bind plug to channel 5, hold the C button, connect power, wait for about 1 second until the 6 LEDs flash, release the C button, press C to make changes within 3 seconds, and wait for 3 seconds before removing the bind plug. To configure Wing Mode and Dual Aileron, users can disconnect power, insert the bind plug to channel 6, hold the C button, connect power, wait for about 1 second until the 6 LEDs flash, release the C button, observe which red LED is flashing, brief press C to select the required mode, press C to toggle between settings, and wait for 3 seconds before removing the bind plug. For gyro direction, users can check the receiver label/user manual to understand the referred LEDs' operation, connect power and wait 1 second, hold the C button and wait for about 1 second until the 6 LEDs flash, release the C button, observe which red LED is flashing, brief press C to select the required mode, press C to toggle between settings, wait for 3 seconds, and remove the bind plug. V/I sensor calibration involves turning on the receiver and transmitter, plugging the V/I sensor, ensuring the required DC loading device such as a brushless motor with ESC and the current and voltage meter is connected, pressing the button for 2 seconds but no greater than 5 seconds, observing 3 green LED flashes, ensuring 8.4V is provided to the V/I sensor