Alaohu FS-i6X RC Transmitter & FS-iA6B Receiver | 2.4GHz AFHDS2A

Overview

The Alaohu FS-i6X transmitter paired with the FS-iA6B receiver offers a versatile radio system designed for hobbyists who value reliability, precise control, and easy setup across RC planes, ships, cars, and multirotors. Built around a 2.4 GHz AFHDS2A link, this combo aims to deliver a stable signal and responsive handling in varied conditions, from calm day-park flights to busy sessions at the field.

With support for multiple output formats, including PWM, PPM, S.bus, and i.bus, the system adapts to different builds. The display is informative at a glance, and the transmitter can store many configurations, so you can tailor controls for each model you fly or drive.

Key benefits

• Stable 2.4 GHz AFHDS2A connection with a long-range potential and straightforward pairing with compatible receivers.
• Upgrade path to 10-channel PWM via FS-iA10B, enabling broader control options for complex setups.

Real-time data helps you stay informed during setup. The TX shows voltage readings for both your transmitter and receiver, supporting quick readiness checks before takeoff or launch.

Channel flexibility & compatibility

• FS-iA6B outputs PWM 6CH, PPM 8CH, S.bus 10CH, and i.bus 10CH. Choose the appropriate output in the transmitter menu to match your model.
• Designed to work with RC fixed-wing aircraft, gliders, and helicopters, while also accommodating quadcopters, cars, and boats—even when some icons aren’t visible in the interface.

Controls, memory, and ergonomics

• Three two-position switches and one three-position switch, plus two knobs, provide multiple control points for complex setups.
• The system can store up to 20 model profiles, allowing rapid switching between configurations during flight tests and field sessions.

Real-world use scenarios

• Fly a fixed-wing plane or glider with smooth throttle and nuanced control surface handling.
• Manage a quadcopter or RC car with expanded channel options for accessories or sensors.
• Calibrate and test multiple models at the field, then save each setup for quick recall later.

Setup and monitoring

Post-assembly or pre-flight checks are simplified by clear on-screen data and a menu system designed for practical, on-site adjustments. As with any RC gear, follow the calibration and safety recommendations in the manual to tailor the system to your specific build.