Laser Range finder

A laser range finder operating at 1550 nm wavelength offers precise distance measurements up to 5 km with superior atmospheric transparency and eye safety. Its advanced laser technology ensures accurate calculations in diverse conditions, contributing to efficiency in various fields. Developed as part of the iDEX project, this device integrates cutting-edge optics with robust engineering.

Large Display

How it works

The device emits 1550 nm laser pulses and measures the return time of reflected light to calculate distance precisely.

Laser Emission

A short laser pulse is directed toward the target.

Reflection Capture

The light reflects back to the range finder.

Time Measurement

The device measures the time delay of the returned pulse.

Distance Calculation

Using the speed of light and time delay, it calculates and displays the distance accurately.

Time Measurement

The device measures the time delay of the returned pulse.

Distance Calculation

Using the speed of light and time delay, it calculates and displays the distance accurately.

Key features

Measures distances up to 5 km with ±5 m accuracy.

Compact, lightweight, and mountable on various platforms.

Operates in extreme temperatures (-32°C to +55°C).

Eye-safe design following MIL-STD-1275B standards.

Technical Skills

  • Military Targeting
  • Geospatial Mapping
  • Autonomous Navigation
  • Environmental Sensing

Other Products

Syncthreads products

AI UGV Minefield Clearance

The AI UGV Minefield Clearance system is an AI enabled solution designed for the detection...

Discover More
Syncthreads products

Vehicle Navigation System

The Vehicle Navigation System is used to track the navigated path and record its details in a...

Discover More
Syncthreads products

Customized Antenna Solutions

Custom antennas for wireless, radar, & satellite, boosting performance with innovative design...

Discover More
Syncthreads products

0.5 Gbps laser source

The AI UGV Minefield Clearance system is an AI enabled solution designed for the detection...

Discover More