FOR YOUR SAFETY The Fearless Challenge Fixed ESC,support 6S battery 2 L-wing AOE s Bec?P@b Recerlee Lipo 2-48

This series ESC features a dedicated fixed-wing core algorithm program, optimized for software structure to achieve high proficiency in motor control. It utilizes original imported components and an ingenious PCB layout to ensure high quality, stability, and cost-effectiveness.

The stable and highly efficient built-in electronic current (BEC) module ensures safe operation in various power supply environments, allowing the ESC to function effectively.

Featuring advanced hardware filtering and synchronized continuous current management, this ESC (Electronic Speed Controller) ensures fast and reliable throttle control. Additionally, it incorporates multiple protection functions to safeguard against abnormal voltage, thermal overload, low battery voltage, and loss of throttle signal.

Multiple programmable parameters enable the ESC to adapt easily to various environments, allowing for wide application flexibility. Additionally, support for LED programming cards simplifies the setup process by providing easy parameter settings.

**Warning:** The AT series ESC is designed for fixed-wing aircraft and should only be used under normal power system conditions. Improper operation may pose a danger to your RC model. Additionally, all devices are original products, ensuring high-quality and reliable performance.

(2)When the type setto NiMH battery, low medium high cutoff voltages are 09/5096/659 of the startup voltage . 0% means the low cut-off function is disabled .

The throttle range settings on servos, servometers, and electronic speed controllers (ESCs) differ from one another. Before flight, it's essential to calibrate the throttle range. To do this, emit a 'beep' tone to the transmitter, send it to the ESC, and wait for two seconds before proceeding.

If the motor fails to start within 2 seconds, the ESC automatically cuts off the output power. If the throttle signal is lost for 1 second, subsequent loss of signal for an additional 2 seconds will cause the output to be completely disconnected.

After powering on, the motor fails to operate, and an alert beep sound is emitted. Additionally, the throttle direction on Channel

The motor will initially produce a beep sound (

To adjust parameters, select 'Parameter Items' and choose one of the six available options. The motor will emit a series of beeps in a circular pattern. Once you've heard these beeps, move the throttle stick to the top position to set the corresponding parameter value. You'll then hear the motor emit an 'I-5-1-5' tone to confirm that the setting has been saved.

The ESC beeps to indicate how many LiPo cells are connected. If you're using multiple batteries, you may need to plug them in again or ensure they're fully charged before powering on. Additionally, turn off the power supply if the battery level is low.