The FlySky FS-iA10B is a 10-channel, 2.4GHz radio receiver for radio-controlled (RC) models, like drones, planes, and helicopters.�It uses FlySky’s AFHDS 2A protocol for reliable, interference-free communication with compatible FlySky transmitters.�Key features include dual antennas for enhanced reception, support for multiple connection protocols (PWM, PPM, SBUS, iBUS), and ports for connecting optional telemetry sensors to monitor flight data.��
Model: FS-iA10B
Channels: 10
Frequency range: 2.4-2.48GHz
Output data:�PPM, i.BUS, S.BUS, PWM
Number of bands: 140
Transmitting power: Not more than 20dBm
Receiver sensitivity: -105dBm
Encoding: GFSK
2.4G mode: the second generation of an enhanced version of the automatic FM digital system
Antenna length: 26 mm x 2 (dual antenna)
Input Power: 4.0-6.5V DC
Working Current: 82mA
Certification: CE0678, FCC
i-BUS interface: Yes
Telemetry: Yes
Weight: 19 grams
Dimensions: 51 x 35 x 16 mm
Reliable, interference free 2.4GHz AFHDS 2A signal operation
Compact, lightweight design
Dual antennas for reliable, interference free operation
Connection ports for use with optional telemetry sensors
AFHDS stands for Automatic Frequency Hopping Digital System, and is a digital protocol that ensures 2 or more radios can operate at the same time without interfering each other’s respective aircraft (or receiver).
The FlySky FS-iA10B receiver uses the AFHDS 2A (Automatic Frequency Hopping Digital System 2nd Generation) protocol, a patented 2.4GHz digital system that uses automatic frequency hopping to ensure reliable, interference-free communication between the transmitter and receiver for radio control models.�This digital protocol allows multiple radios to operate simultaneously without mutual interference, ensuring that each radio’s signal is clear and consistent.��
Building on the FlySky iA6B, FlySky are now providing a 10 channel version of the receiver called the FS-iA10B.
Like the FS-iA6B, the iA10B is capable of iBUS, SBUS, PPM and PWM for enhanced control.
The advantage of PPM / SBUS over traditional PWM channels is that you only need to use one signal wire, rather than one for each PWM channel – hence for PPM compatible flight controllers such as the Naze32, the wiring is greatly simplified. Furthermore, with the optional telemetry sensors, you can expand the receiver’s compatibility to monitor flight battery voltage and even things like motor RPM.
This full 10 channel receiver works for most models and is considered a “full range” so it can handle larger models as well as the smaller ones.
Dual antennas give the FS-iA10B for unparalleled reception (reported at well over 1km) and interference rejection capability.
For best results, makes sure the antennas are set at a 90 degree angle from each other.
A bind plug is a simple wire used to connect two pins on an RC receiver, instructing it to enter “bind mode” to connect with a transmitter.�It’s a jumper wire that bridges the signal and ground pins of the receiver’s bind port
Control Protocols:�Supports multiple output protocols, including:
