Labradar

Using Doppler-Radar-based measurement technology, Labradar takes ballistic data beyond the most accurate and reliable field data available Labradar systems track the projectile contactlessly from the muzzle up to 100 yards, recording velocity changes, energy loss and ballistic behavior in real time. Without the need for specific lighting conditions, downrange-mounted sensitive equipment or complex alignment procedures, Labradar maintains the same level of accuracy in outdoor ranges, indoor facilities and challenging environmental conditions.

Labradar uses personal chronograph systems based on Doppler Radar technology to measure projectile and ammunition velocity continuously and contactlessly from the muzzle out to 100 yards. Unlike traditional optical chronographs, Labradar does not depend on lighting conditions, alignment sensitivity or downrange equipment placement. It delivers reliable and repeatable ballistic data in both indoor and outdoor environments, under all weather conditions. Thanks to USB, SD card and mobile application integration, all measurements can be recorded, analyzed in detail and exported without data loss.

LabRadar systems are designed to operate across a wide range of ammunition and projectile types, including rifles, handguns, shotgun slugs, airguns, bows and arrows, crossbows, and paintball. For each shot series, the system provides average velocity, minimum and maximum values, Extreme Spread (ES), Standard Deviation (SD), kinetic energy, IPSC/IDPA Power Factor, and ballistic coefficient (G1/G7) calculations within a single platform. Its compact metal housing, field-ready durability, and Bluetooth-enabled mobile application make LabRadar suitable for both individual shooters and professional ballistic testing environments.

Labradar is designed by Infinition Inc., a company that has been developing advanced radar systems for defense and industrial applications since 1996. The same radar and software infrastructure is used in critical applications ranging from long-range multi-target tracking systems to laboratory measurement of ultra-high-speed micro projectiles.

Key advantages:

• Contactless Doppler Radar-based measurement (no dependence on light, alignment or downrange equipment)
• Accuracy at the +-0.1% level
• Side-mounted placement next to the firing line for maximum safety
• Wide velocity measurement range from 65 FPS to 5,000 FPS
• Industry-standard solution preferred by Extreme Long Range (ELR) shooters
• Continuously evolving firmware and mobile application ecosystem

In essence, Labradar is not merely a velocity measurement device; it is the preferred solution for professionals who need to understand, compare and optimize real ballistic performance with confidence.