The Ultimate Doppler Radar chronograph.
The Labradar LX is the latest innovation in ballistic measurement technology from Infinition, the original inventor of personal Doppler Radar Chronographs.
Operating at a staggering 60GHz LabRadar LX contains the latest technology for your use. Ideal for measuring the velocity of rifles, firearms, handguns, pellet guns, bows, and crossbows.
Why the Labradar LX over something else?
- Accuracy and BC, yes BC ONLY the Labradar LX provides BC data
That alone makes the Labradar LX the choice to have, period.
This advanced device offers unmatched versatility and precision for all your velocity measurement needs.
The makers of Labradar are the same guys who make the large radars used by Applied Ballistics and many militaries around the world
Keys Features
- Cutting-edge Doppler radar technology
- Versatile application across multiple projectile types
- Superior accuracy in all light conditions
- Preferred choice of Extreme Long Range (ELR) shooters
- Tough Metal Case
- Extreme Accuracy of +/- 0.1%
- Use for Rifles, Pistol, Archery, Air Guns, Paintball, Shotgun Slugs
- Add shots to previous series
- Long Lasting Internal Rechargeable Battery
- Velocity Range of 65 to 5,000 fps.
- Bright LCD Screen for outdoor viewing
- Built-in IPSC / IDPA Power Factor and Ke Calculator
- Displays Average, ES, SD, Min, Max Velocity
- Compact size : 2.5″ X 2.75″ X 2.75″
- Bluetooth Mobile App
Unparalleled Versatility:
Accurately measure velocities for a wide range of projectiles, including:
- Rifles
- Shotguns (slugs only)
- Handguns
- Pellet guns
- BB guns
- Bow & arrows
- Crossbows
- Paintballs
Precision Redefined:
Doppler Radar technology provides the most precise method of measuring velocities available. Unlike traditional chronographs, the Labradar LX‘s accuracy is not affected by light conditions or alignment issues, eliminating false readings and ensuring reliable data every time.
Experience the future of ballistic measurement with the Labradar LX – the professional’s choice for uncompromising accuracy and performance.
