RadioLink AT10II (12k) Transmitter with R12DS Receiver + Telemetry Module

Product detailed description

12-channel RC set 2.4GHz FHSS/DSSS with cross controllers, 8 switches, 5 rotary controls. R12DS telemetry receiver. Memory for 15 models, acro mixes, gliders, helicopters, up to 5 flight modes, freely assignable controllers and switches, telemetry on the display.

Telemetry: When using a telemetry receiver (R12DS, R9DS), the transmitter display shows the receiver supply voltage and signal strength (with adjustable threshold for alarm). When connecting the PRM-01 telemetry module, the drive battery voltage (1-6S LiPo) is also measured and displayed.

Compatible receivers:

Telemetric, full range: R9DS, R12DS
Non-telemetric, full range: R12DSM Mini
Non-telemetric, limited range: R6DS, R6DSM Mini
Package includes:
AT10II transmitter
12-channel telemetric receiver R12DS
Telemetric voltage measurement module PRM-01 with cable
Instructions
Modulation/Encoding 2.4GHz FHSS / DSSS
Number of channels 12
Weight (including 8x AA NiMH Tx batteries) [g] 872
Power supply (8x alkaline AA batteries) [V] 12
Power supply (8x AA NiMH) [V] 9.6
LiXX cells 2 - 4

AT10II is a twelve-channel computerized RC transmitter for advanced, recreational and sports modelers, allowing comfortable control of all currently common types of models - motor aerobatic models, gliders, helicopters, multicopters, cars and other ground equipment and ships. It is characterized by a practical box that fits perfectly in the hands with a classic, years-tested ergonomic layout of the control elements.

Control elements: For controlling the main functions, precise cross controllers with adjustable neutralization spring force and the ability to move the locked axis for the gas to the left or right are used. Thanks to this, you can freely select the operating modes of the cross controllers 1-4. The control levers have an adjustable length, you can also purchase long aluminum heads (with M3 thread). Digital trims have an audible step signal and a graphic display of positions on the display. They are located slightly eccentrically and are easy to reach. Other proportional functions can be controlled by two rotary controls on the sides of the transmitter with a mechanically locked center position and three rotary knobs located in the center above the main switch. 8 switches (three of which are three-position and one momentary two-position) can serve as channel switches, for switching flight modes or turning mixes on/off. The controls are freely assignable.

Transmitter power supply: AT10II allows you to use a wide range of sources for power supply: 8 alkaline batteries inserted into the holder supplied with the transmitter, NiMH battery packs with 8 cells (size AA, pencil) or two- to four-cell LiPo, LiFe, Li-ion sets. The battery voltage is displayed on the display in numerical and graphical form, the low voltage signaling threshold is adjustable. We recommend our 9.6 V NIMH sets of cells with low self-discharge (Eneloop, RayLong) made specifically for transmitters and equipped with a charging tap.

Transmission system: AT10II uses unique Radiolink technology using simultaneous DSSS and FHSS frequency hopping transmission ensuring long range, reliability and excellent immunity to interference. The system allows the transmission of telemetry data from the receiver and their display on the transmitter display.

User interface: For programming the transmitter, a rotating 3D programming wheel / button, two buttons and a miniature joystick cursor are used, together with a backlit color graphic LCD display. The display has adjustable contrast and a choice of "color on black" or "color on white" display mode for perfect adaptation to ambient lighting conditions.

Software: The software is of the classic type with pre-programmed mixes and program templates for various types of models. AT10II has a memory for 15 models.

The operating menu has three basic screens: The initial screen is used for operating the transmitter in normal operation - it displays the type and name of the selected model, the current flight mode, the type of receiver used, the positions of the digital trims, the transmitter supply voltage, the timekeeping data and, when using a telemetry receiver, also the receiver supply voltage. The telemetry screen clearly displays data from all connected telemetry sensors and modules, and the Servo Monitor screen provides a graphical representation of servo movements in all channels.

The program menu is always divided into two parts for clarity - the BASIC menu contains the basic transmitter system settings, the basic model settings (model type, assignment of controls and switches, sizes and directions of deflections, trims subtrims, double deflections and exponentials, etc.). The ADVANCE menu contains freely programmable mixes, special mixes specific to the given model type (throttle and collective curves, butterfly mix, mix for butterfly tail surfaces, etc.).

Pre-programmed model types
Glider (1 aileron + 1 flap)
Glider (2 ailerons + 1 flap)
Glider (2 ailerons + 2 flaps)
Motorized aerobatic aircraft
Helicopter
Multicopter
Pre-programmed mixes and functions
Setting the direction of servo deflections
Setting the deflection end points
Subtrim
Trim step size
Double deflections
Setting the servo speed
Exponential deflection curve
Engine shutdown
Safe idle
Failsafe emergency deflections
Remote control of gyro gain for helicopters and airplanes
Three timers
Teacher-student
Servo monitor
Flaperons
Elevons
Butterfly tail surfaces
8 freely programmable mixes (4 linear, 4 with 5-point curve)
Aerodynamic brakes
Control of the outflow curvature edges for gliders
Aileron-rudder mix
Elevator-flap mix
Flap-aileron mix
Ailevator - elevator for 2 servos
Flap trim
Butterfly mix
Kick turn
Throttle curve (for motor aircraft)
Throttle delay
Throttle curve (7-point for helicopters)
Collective curve (7-point for helicopters)
Revomix
Cyclic plate mixing (8 types)
Throttle mixing (for helicopters)
Cyclic deflection limit
Trimming collective and throttle when hovering
Trimming high and low collective
Autorotation
Governor control
Flight modes (up to 5 modes for gliders and helicopters)
Flight modes flight control units for multicopters and Drones
Micro USB socket is used for updating firmware with a PC.

The teacher-student socket is used to control models with a dual control system using two Radiolink transmitters connected by a teacher-student cable; the AT10II can serve as both a teacher and a student transmitter. As a teacher transmitter, it allows the student to transfer all channels or only selected ones; it is also possible to transfer partial control to the student. In addition to the classic cable (1RL0058), it is also possible to use a wireless connection using a receiver with a PPM output connected using a special adapter (1RL0056) to the teacher-student socket of the teacher transmitter; the receiver is paired with the student transmitter.

Strap: The AT10II can be hung around the neck on the central loop using a strap (sold separately).