• 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection

6 frequency points portable drone spoof equipment for low-altitude protection

No.TTSK-AY-6

TTSK-AY-6 device is suitable for counter-drone scenarios in the oil and petrochemical, power, public security, and military industries. It features a compact and lightweight design, ease of use, and reliable performance, facilitating rapid integration by users. Based on navigation satellite signal simulation technology, the device broadcasts simulated satellite signals identical to those of on-orbit navigation satellites. Upon receiving the simulated satellite signals, the drone uses them for positioning and outputs its location. It can implement various deception methods against drones, including: heading guidance, deterrence, forced landing, and rapid crashing.

Navigation satellite signal receiving frequencies
BDS-B1, GPS-L1/L2/L5, GLONASS-L1, Galileo-E1
Input voltage
AC 110-300V
Dimensions
430*370*175mm (without antenna)
Weigh
<20kg
Operating temperature
-40℃-50℃
Storage temperature
-40℃-70℃
Protection rating
IP65
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection
  • 6 frequency points portable drone spoof equipment for low-altitude protection

SPECIFICATION

6 Frequency Points Portable Drone Spoof Equipment for Low-altitude Protection

1.Product Introduction

TTSK-AY-6 device is suitable for counter-drone scenarios in the oil and petrochemical, power, public security, and military industries. It features a compact and lightweight design, ease of use, and reliable performance, facilitating rapid integration by users. Based on navigation satellite signal simulation technology, the device broadcasts simulated satellite signals identical to those of on-orbit navigation satellites. Upon receiving the simulated satellite signals, the drone uses them for positioning and outputs its location. It can implement various deception methods against drones, including: heading guidance, deterrence, forced landing, and rapid crashing.

2.Product Fuction

1) Supports signal reception and simulated transmission from the four major global navigation satellite systems and commonly used navigation frequencies in Japan and India;

2) Can perform navigation deception on UAVs that rely on satellite navigation and positioning systems, achieving objectives such as forced landing, heading guidance, takeoff prohibition, and navigation satellite signal interference;

3) Supports external direction finding modules to identify target azimuth and use heading guidance functions to control the target UAV's horizontal forward, backward, left, and right movements.

4) Supports external command control of arbitrary navigation signal combinations for transmission;

5) Supports setting arbitrary position coordinates (longitude, latitude, altitude) via external commands, and can also use built-in fixed coordinates;

6) Supports setting simulated parameters such as signal delay, motion speed, and acceleration via external commands;

7) Supports setting preset trajectories such as linear motion and circular motion via external commands;

8) Supports externally added motion trajectories; the module calculates and outputs the corresponding navigation satellite signals based on the input information;

9) Supports real-time ephemeris mode and permanent ephemeris mode;

10) Supports satellite navigation signal suppression and interference output

11) Provides a network secondary development control interface;

3.Technical Specifications
1.Deception distance: Customizable according to customer requirements.

Distance Power
5km 10w
10km 20w
20km 50w

2.Supports GPS, BDS, GLONASS, and Galileo navigation satellite signal simulation. The signal output frequency bands and number of channels are as follows:
No Satellite System Frequency Band Channels
1 BDS B1I 16
2 GPS L1 C/A 16
3 GPS L2 16
4 GPS L5 16
5 GLONASS L1 16
6 GALILEO E1 16

3.Other Parameters:

Item Spec
Navigation satellite signal receiving frequencies BDS-B1, GPS-L1/L2/L5, GLONASS-L1, Galileo-E1
Attenuation power adjustment range 80dB, minimum resolution 1dB
Power-on startup time 60s
Navigation satellite signal synchronization time <180s
Input voltage AC 110-300V
Dimensions 430*370*175mm (without antenna)
Weigh <20kg
Operating temperature -40℃-50℃
Storage temperature -40℃-70℃
Protection rating IP65

4.Product Details


5.Product Usage Diagram

6.Product Usage Scenarios