LabRadar Doppler Radar Chronograph

The LabRadar Doppler Radar Chronograph measures projectile velocity at the muzzle and at multiple user-selected downrange distances using a miniaturized Doppler radar transceiver built into a compact desktop unit. The shooter positions it beside the firing point, aligns the radar beam parallel to the bore axis, and the unit tracks each projectile automatically from muzzle exit to the furthest selected measurement distance. No screens, sensors, or equipment of any kind go downrange.

Doppler radar works by transmitting a continuous microwave signal toward the projectile and measuring the frequency shift in the reflected signal caused by the projectile’s motion. The processor converts this frequency shift data into velocity readings at each programmed measurement point. Velocity data appears at the muzzle and at up to six additional distances per shot, giving the shooter a velocity decay curve rather than a single-point reading.

The unit covers velocities from 100 to 3,999 feet per second. It handles airgun pellets, subsonic handgun rounds, standard rifle cartridges, and high-velocity magnum loads without reconfiguration. The acoustic trigger fires automatically on muzzle report. Each shot stores individually with string averages, extreme spread, and standard deviation calculated automatically. Data transfers via USB or Bluetooth to the LabRadar application for session analysis and comparison.

Battery operation via a rechargeable lithium-ion pack supports full range sessions without mains power access. An optional tripod adapter provides stable alignment on a standard camera tripod.

In Pakistan, the LabRadar serves precision rifle shooters, handloaders verifying batch consistency, military and police armorers running lot acceptance tests, and long-range competitors building accurate ballistic drop tables from real measured velocity data.

Tactical Supply Pakistan stocks the LabRadar Doppler Radar Chronograph for shooters, armorers, and ballistic analysts requiring accurate field velocity measurement across Pakistan.