Radiolink AT10II 12-Channel

Ideal for Professional Aerial Drones, Agricultural Drones, and Industrial Drones

DSSS & FHSS Hybrid Dual Spread Spectrum + Low-Noise 7dBi High-Gain Dual Antenna

Delivers Confident Control Even in Complex Urban Environments

*Compatible with R12DS, R12DSE, R12DSM, R9DS, R6DS, R6DSM Receivers

DSSS&FHSS

4KM Control Distance

3ms Response

12-Channel Full-Featured Universal Controller

Mix Control

SBUS&PPM&PWM

Real-Time Telemetry

Upgrade with USB

Operating Current of 105mA

Reverse Polarity Protection

* Direct Sequence Spread Spectrum transmissions multiply the data by a "noise" signal. This noise signal is a pseudorandom sequence of 1 and -1 at a frequency higher than that of the original signal.

* Frequency Hopping Spread Spectrum offers three main advantages: signals are highly resistant to narrowband interference, are difficult to intercept, and can coexist with many types of conventional transmissions with minimal interference.

DSSS and FHSS Hybrid Spread Spectrum

DSSS* and FHSS* hybrid spread spectrum, 16 channels pseudo-random frequency hopping, and QPSK* modulation ensures excellent anti-interference performance, highly constant, and stable transmission signal present on all 12 channels of AT10II.

The actual control distance of AT10II is 4000 meters air.

4KM (2.5 Miles) Control Distance*

The 7dBi high-gain transmitter antenna and low signal noise, combined with a channel bandwidth of 5.0 MHz, ensure a control distance of up to 4000 meters for the AT10II.

12-channel receiver R12DS, with a diversity antenna, supports dual SBUS and PWM signal output, full 360° signal coverage, and effortlessly conquers hilly terrain.

AT10II is an excellent choice for professional aerial, agricultural, and industrial drones.

* Maximum range is tested in an unobstructed area free of interference

* High Gain: Antenna gain is a reflection of the maximum distance; the higher the gain, the farther the range.

* Bandwidth: The difference between the upper and lower frequencies in a band of frequencies. The AT10II uses 2400MHz to 2483.5MHz.

The transmitter utilizes a low-noise 7dBi high-gain PCB antenna.

Long-Range FPV Plane

Agricultural Drone

Control Range Test

3ms Response

All-new high-speed processer circuits provide increased stability and accuracy.

All twelve channels respond simultaneously within 3ms, making AT10II with superior control in the most demanding situations.

Adapts to All Types of Models

Easy enough for a beginner to understand and sophisticated enough for an expert.

Adaptable models include Rotary Wing, Fixed Wing, Glider, Multicopter, Car, Boat, and Robot.

Multiple functionalities for each model class. Five programmed flight characteristics for each model.

Completely customizable switches (8), dials (3), and sliders (2) to meet their specific needs.

Transmitter automatically switches layout depending on the selected mode.

4096 Section Precision

High-quality Components and Efficient Circuit Design Ensures Maximum Precision

All-new 4096 IC circuit minimizes servo jitter. Optimal PCB layout design produce a very stable signal output, with maximum servo output jitter of just 1.84us and typical jitter of 0.25us, it delivers 6 times the stability of competing products, making all servos rock-solid.

max PWM signal jitter is 1.84us, the regular jitter is 0.25us

Real-time Built-In Telemetry*

Real-time model data allows users to receive crucial information on the display of AT10II.

When receiver R9DS, R12DS is paired with the telemetry module PRM-01, the model voltage will be displayed on the AT10II screen.

*Only the R12DS and R9DS receivers support the telemetry function.

The telemetry module PRM-03 works with R12DS, R12DSE, R9DS and flight controller PIX6, PIXHAWK, CrossFlight-CE, CrossFlight, CrossRace Pro, CrossRace, Mini Pix, TURBO PiX, making AT10II telemetry the model voltage, speed, climb, throttle, longitude, latitude, altitude, GPS, RSSI, flight mode, yaw, roll, pitch, and distance data come true.

Output RSSI Value From Receiver To FPV Monitor

Real-time RSSI Telemetry When Racing

* How to output the RSSI value from the receiver to FPV when the transmitter is AT9S Pro, AT9S, AT9, AT10II, AT10 and the flight controller is F4, F7, F722, F405?

* How to output the RSSI value from the receiver to FPV when the transmitter is an AT9S Pro, AT9S, AT9, AT10II, or AT10, the flight controller is a PIX6, PIXHAWK, CrossFlight-CE, CrossFlight, CrossRace Pro, CrossRace, Mini Pix?

Programmable Mix Control

Easy-to-understand graph view for parameter setting.

All twelve channels can be programmed to any advanced setting*.

An Airbrake function can be set by using pre-programmed mixes.

Multi-mix, such as aileron mix with elevator or flap mix with aileron for fixed-wing or V-shaped tail models.

SBUS, PPM, and PWM Signals Support

SBUS, PPM, and PWM can operate simultaneously for seamless user control.

A 12-channel receiver R12DS is packed with the AT10II. It is the receiver with SBUS and PWM signal output.

AT10II is also compatible with R12DSE, R12DSM, R9DS, R6DSM, and R6DS receivers of RadioLink.

Compatible receivers cover a wide range of aircraft to meet the most demanding applications of customers.

R12DSE: A 12-channel receiver with SBUS or CRSF signal output, it is suggested to use for a racing drone or multicopter.

R9DS: A 9/10-channel receiver with SBUS or PWM signals output, it is suggested to use for a helicopter, fixed-wing, multicopter, car, boat, or robot.

R6DS: A 6/10-channel receiver with SBUS, PPM, and PWM signals output, it is suggested to use for a helicopter, fixed-wing, multicopter, racing drone, glider, car, boat, or robot.

R6DSM: A 10-channel receiver with SBUS or PPM signal output, it is suggested to use for a racing drone or multicopter.

* A single transmitter can pair with up to 30 receivers simultaneously.

Ergonomically Designed

Radiolink AT10II designed for both the experts and the beginners.

Switches in various lengths design let AT10II easy recognition and usage.

Long gimbal sticks increase precision movements. Mode 1 or 2 can specify during ordering. Users can change transmitter mode by a software setting (refer to the user manual for full details).

A throttle-stick spring retainer* included. Users can set up the throttle to meet their specific needs.

User-friendly design for each of the operations and handling makes AT10II an excellent transmitter for recreation, sport, competition, or 3D flying.

*Throttle-Stick Spring Retainer: The Throttle-Stick Spring Retainer allows the throttle to return to the neutral (center) position automatically.

Matte-textured Grip,

Comfortable & Non-slip

Integrated Select/Confirm Switch for Streamlined Operation

High-Precision Noble Potentiometer

All twelve channels can be programmed

Multi-mode Switch Configuration for Multi-model Functionality Setup

Ergonomic & Comfortable Grip Design

Available in Vibrant Orange / Space Gray

USB-Based Upgrades

Radiolink AT10II is easy to update to the latest firmware with a USB cable and a computer.

Simulator Ready

Flight Practice Unrestricted by Location or Weather

Compatible with the majority of aircraft simulator software packages on the market. Newcomers can master flight skills through simulator training, while experienced pilots can enjoy simulated flights during scorching summer or rainy days. Flying remains unrestricted by location or weather conditions, ensuring uninterrupted flight enjoyment.

* Simulator software sold separately. Please refer to the software MFG specifications for compatibility with RadioLink's AT10II transmitter.

Wired Simulator: Connect via a dongle to the PPM signal port on the back of the AT10II and the computer for the simulator function.

Wireless Simulator: Connect via dongle to a PPM receiver and AT10II for the simulator function to operate by computer or mobile phone.

Energy-Efficient & Eco-Friendly

Switching Mode Power Supply (SMPS) makes the operating amperage of Radiolink AT10II only 105mA (or less), it consumes 50% less power than similar products.

The transmitter can operate for twelve hours with a 1800 mAh LiPo battery. Powered by a 3S 1800mAh Li-ion battery, it delivers an impressive 12 hours of continuous use!

1. Pay attention: if you use a 18650 Lithium to power for AT10II, please make sure the 18650 Lithium is with a JST connector and the dimension of the battery case is 115*32*30.5mm(L*W*H=4.53"*1.26"*1.2")

Multiple Battery Input

Anti-polarity Connect Protection

The voltage protection software technology of RadioLink ensures both the transmitter and receiver are protected from a reverse polarity connection.

Industry-standard JST connector makes AT10II adaptable for various battery layouts such as 8pcs AA batteries, a 2S-4S LiPo, or a 18650 Lithium battery..

Multiple Alarms

Configurable sound and message alarms signal potential problems such as low RSSI value, low model voltage, low receiver voltage, or low transmitter voltage.

AT10II Packing List

(For the actual packing list, please refer to the sales page of AT10II that you purchased,

or confirm it with the shop sales first.)

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