The LDR80K1 is a meticulously crafted, lightweight, and compact Laser Target Designator and Range Finder that offers exceptional stability and performance in practical applications. By emitting laser beams towards a designated target and precisely calculating distance data through the measurement of the time it takes for the laser light to travel and return, this device excels in its functionality. With a pulse energy of 80mJ or higher, combined with a NATO target ranging capability of 15km or more, the LDR
The LDR80K1 is a meticulously crafted, lightweight, and compact Laser Target Designator and Range Finder that offers exceptional stability and performance in practical applications.
The LDR80K1 is a meticulously crafted, lightweight, and compact Laser Target Designator and Range Finder that offers exceptional stability and performance in practical applications. By emitting laser beams towards a designated target and precisely calculating distance data through the measurement of the time it takes for the laser light to travel and return, this device excels in its functionality. With a pulse energy of 80mJ or higher, combined with a NATO target ranging capability of 15km or more, the LDR
The LDR80K1 is a meticulously crafted, lightweight, and compact Laser Target Designator and Range Finder that offers exceptional stability and performance in practical applications. By emitting laser beams towards a designated target and precisely calculating distance data through the measurement of the time it takes for the laser light to travel and return, this device excels in its functionality. With a pulse energy of 80mJ or higher, combined with a NATO target ranging capability of 15km or more, the LDR
The LDR80K1 is a meticulously crafted, lightweight, and compact Laser Target Designator and Range Finder that offers exceptional stability and performance in practical applications. By emitting laser beams towards a designated target and precisely calculating distance data through the measurement of the time it takes for the laser light to travel and return, this device excels in its functionality. With a pulse energy of 80mJ or higher, combined with a NATO target ranging capability of 15km or more, the LDR

80mJ Laser Target Designer & Rangefinder - Advanced Technology, Accurate Results

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SKU: LDR80K1
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Categories: Laser Target Designator & Rangefinder System

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Description

DESCRIPTION

The LDR80K1 is a meticulously crafted, lightweight, and compact Laser Target Designator and Range Finder that offers exceptional stability and performance in practical applications. By emitting laser beams towards a designated target and precisely calculating distance data through the measurement of the time it takes for the laser light to travel and return, this device excels in its functionality. With a pulse energy of 80mJ or higher, combined with a NATO target ranging capability of 15km or more, the LDR80K1 is perfectly suited for compact observation systems across airborne, maritime, and terrestrial photoelectric operations. To enhance usability further, we provide RS422 upper computer test software and communication protocols, simplifying the process of secondary development for our customers.

PRODUCT FEATURES

  • Wavelength: 1064nm
  • Long irradiation (ranging) distance
  • Small size and light weight
  • Pre-stored coding
  • Long continuous working time
  • Good environmental adaptability

PRODUCT  APPLICATIONS

  • UAV Photoelectric Platform
  • Individual Soldier Portable Photoelectric Platform
  • Other Photoelectric Platforms
  • Laser Guidance
  • Laser Deception
After beam expansion, ≤0.3 mrad

Beam Quality

(After beam expansion, ≤0.3mrad)

 

TECHNICAL PARAMETERS

Performance

Beam Quality

40mJ~80mJ, beam divergence angle ≤0.3mrad, optical axis stability accuracy ≤15μrad

Irradiation distance: ≥10km

Ranging capability:
For mountains, buildings, and vehicles in open areas, with visibility ≥23.5km and target reflectivity ≥0.2: 15km

Encoding
Can prestore 16 groups of codes; support precise frequency code, pseudo-random code, variable interval code; coding accuracy ≤1μs; external trigger function

Wavelength: 1064nm

Distance measurement accuracy (1σ): ±1m

Work for 90s, rest for 60s, and can work continuously for 10 cycles (consult the manufacturer for other configurations)

Environmental Adaptability

Operating temperature: -40℃ ~ +55℃

Consult the manufacturer for a wider temperature range

Storage temperature: -55℃ ~ +70℃

Vibration

Meets the vibration requirements for airborne, shipborne, and vehicle-mounted equipment specified in GJB150.16A.2009

Shock
15g, 11ms for X, Y, and Z axes

Structural Characteristics and Electromechanical Interface

Volume: 201.75mm×92.50mm×72mm

Weight: <1461g

Communication Interface: RS422

Cable Interface: PHD2.0 2×9

Power Supply: 18VDC~36VDC

STRUCTURAL DRAWING(In mm)

LTD

ELECTRICAL INTERFACE

For the photoelectric platform end: PHD2.0 2×9 pins

For the illuminator end: PHD2.0 2×9 sockets

LDR

For PHD2.0 2×9-pin configuration, the socket on the left of Gap 1 is designated as No. 1.

LTD

For the PHD2.0 2×9-pin connector, the pin on the left side of Gap 1 is designated as Pin 1.

LDR

Installation Diagram of Laser Target Designator Connector (with the gap facing the laser target designator)

 

LRF

The following table defines the wire sequence. The bold solid line in the table represents the direction of the gap. The viewing direction is from the wire tail to the wire head (as shown in the figure).

Pin

Definition

Pin

Definition

2

GND (Signal)

1

GND（Signal）

4

R-

3

R+

6

T+

5

T-

8

SYN-

7

SYN+

10

GND (Power Supply)

9

24V+(Power Supply)

12

GND (Power Supply)

11

24V+(Power Supply)

14

GND (Power Supply)

13

24V+(Power Supply)

16

GND (Power Supply)

15

24V+(Power Supply)

18

GND (Power Supply)

17

24V+(Power Supply)

Note: The power supply lines, 24V+ and GND, are connected in parallel with multiple wires. Do not leave them open to ensure that the power supply to the pins is not affected. There is no difference in the signal GND. RS422 and time synchronization signals are each allocated one path.