The mobile 3-D air surveillance radar with transistorized transmitter, intended for low, medium and high flying targets detection is designed to be used:
- as target designation system in anti-aircraft missile troops;
- as an information link in AD and AF units.

The radar can be transported by C-130 Hercules aircraft.

 

 BASIC TECHNICAL DATA:

Maximum radar operation limits:  
in range, km 500
in azimuth, deg 360
in elevation,deg 0 ... 70
Target detection range, RCS=3-5 m2 (at P=0,8 F=10-6), km:  
at flight altitude >10km 360
Transmitter type Solid State
Transmitter peak power, kW 32
Number of beams 16
Clutter suppression, dB 50
Jamming cancelling, dB 20
Track throughput, more than 500
IFF equipment built-in

 

      

 

  

 

The mobile 3-D air surveillance radar for low, medium and high altitudes with coordinate and track outputs, operating off-line or as a part of regional and national automatic control post (ACP) is designed to be used:
- as a part of anti-aircraft missile troops to issue targeting to anti-aircraft missile complexes;
- as an information link in the air forces and air defense units for air traffic control.

 BASIC TECHNICAL DATA:

Operating frequency range S
Maximum radar operation limits:  
in range, km 400
in azimuth, deg 360
in elevation,deg 0...35, 55
in altitude, km 40
Scanning interval, s 5, 10
Target detection range, RCS=3-5 m2 (at P=0,8 F=10-6):  
at flight altitude 10km 200...250
Antenna type DPAR
Transmitter type Multibeam klystron
Transmitter peak power, kW 130
Number of beams 12
Clutter suppression, dB 50
Jamming cancelling, dB 20
Track throughput, more than 300
IFF equipment built-in
Number of transport units 2
Deployment/closing time, min

30

80K6M       80K6K1      

          

 

The mobile 3D air space surveillance Radar 36D6-M1 is designed to be used as a part of modern automated Air Defense systems, Anti-Aircraft Missile Complexes and to detect low flying air targets under active and passive jamming as well as to provide Air Traffic Control both for military and civil purpose.

 

TECHNICAL SPECIFICATIONS:

Operating frequency range S
Maximum radar operation limits:  
i n range, km 90,180,360
in azimuth, deg 360
in elevation, deg (two turns) 0...30
Scanning interval, s 5,1
Target detection range, RCS=1m2:  
at flight altitude 100 m, km 42
at flight altitude 1000 m, km 110-115
Antenna type Mirror
Transmitter type Klystron
Transmitter peak power, kW 350
Number of beams 4
Clutter suppression, dB >48
Jamming cancelling, dB 20
Track throughput, more than 300
IFF equipment built-in
Number of transport units 2
Deployment/closing time, min 30

      

       

 

The high-mobility surveillance metric wave radar is designed to enlarge radar detection field of air defense system. The radar is based on digital phased array and allows to detect Stealth airborne objects.

 

BASIC TECHNICAL DATA:

Operating frequency range UHF
Maximum radar operation limits:  
in range, km 400
in azimuth, deg 360  
in elevation, deg 0...45
in altitude, km 40
Scanning interval, s 10, 20
Target detection range, RCS=3-5 m2 (at P=0,8 F=10-6):
at flight altitude 10km 300...360
at flight altitude 1km 160
at flight altitude 100 m 27
Antenna type DPAR
Clutter suppression, dB 50
Jamming cancelling, dB 20
Track throughput, more than 300
Number of transport units 1
Deployment/closing time, min 05 / 3

 

             

THE SOLID-STATE STAND-ALONE MOBILE SECONDARY RADAR WITH THE PHASED ANTENNA ARRAY OPERATES UNDER STANDARDS OF BOTH THE NATO «FRIEND-OR-FOE» IDENTIFICATION SYSTEM MK XA (MK XII), "PAROL" AND INTERNATIONAL ATC SYSTEM RBS (RADAR BEACON SYSTEM). THE RADAR IS DESIGNED TO ISSUE RADAR DATA TO UNITS OF RADIO-TECHNICAL TROOPS OF AIR DEFENSE, AIR FORCES AND AAMS AS WELL AS TO ATC SERVICES.

 

PURPOSE

Automatic detection, coordinate determination, tracking and identification of airborne targets equipped with transponders of secondary radar and identification systems: Mk XA

FEATURES
· Two-band phased antenna array RBS, "Parol", Mk XA;
· Solid-state modular transmitter;
· High-efficient computing means for primary and secondary data processing based on signal processors and industrial computers;
· High-efficient automatic BITE system with fault indication for each LRU.
· While interfacing with advanced radars 19ZH6 and 36D6M the unification of the identification and detection plots is realized by software tools.

tel. +38 (061) 271-22-11

e-mail: iskra@iskra.zp.ua

84, Magistralna St.,
Zaporizhzhia, 69071, Ukraine