Radiolink 12 Ch RC Car Aircraft BoatR12Ds Rx

RLAT10II
Stock Level:
Out of Stock

Description

Radiolink AT10II 2.4G 12CH Transmitter w/ R12DS Receiver

 
Radiolink AT10II 2.4G 12CH Transmitter is the upgraded version of the Radiolink AT10 radio. It comes with 7DBI high-gain transmitter antenna, dual antenna receiver R12DS, the control distance is up to 4km. It takes 3ms for 12 channels response synchronously, has better anti-interference, and is more stable and faster than previous version.
 

 

Features

  • Real-time data telemetry
  • Sbus, ppm and pwm support
  • Anti-polarity connect protection intelligent
  • Programmable mix control
  • USB upgrade
  • Multitype alarm

Specifications

  • Size: AT10II-180*95*220mm, R12DS-50*32*15mm
  • Weight; 0.95kg
  • Frequency: 2.4GHz ISM band (2400MHz to 2483.5MHz)
  • Modulation mode; QPSK
  • Channel bandwidth; 5.0 MHz
  • Spread spectrum: DSSS&FHSS
  • Adjacent channel rejection: >38dbm
  • Transmitter power; <100mW (20dbm )
  • Operating current; <105mA
  • Operating voltage: 7.4-15.0V
  • Control distance: up to 4km, the actual control distance depends on the flying environment
  • Channel; 12 channels, 5-12 channels are customized
  • Compatible model: all 120 degree and 90 degree swash-plate helicopter, all fix wings, glider and multirotor
  • Simulator mode: under the simulator mode the transmitter action turns off, changes to power saving mode
  • Screen: 3.5 inches 16 colorful screen, 320*480 pixels
  • Support receivers: sells with R12DS (SBUS&PWM), compatible with R6DS,R6DSM,R9DS,R12DS
  • Dsss and fhss spread spectrum
  • More stabilized, faster
  • Low consumption of battery

R12DS Receiver Sepcifications

  • Dimensions: 50 * 32 * 14.5mm
  • Weight: 14g
  • Channels: 11 channels for PWM signal output, 12 channels for SBUS&PWM signal output
  • Signals: PWM/SBUS/PWM
  • Operating Voltage: 3-10V
  • Operating Current: 38-45A @ 5V
  • Section Precision: 4096, 0.25us per section
  • Control Distance: 4000meters in the air, the max range tested in unobscured areas free of interference and may vary depending on local conditions