LaserTech TruPulse 360i Laser Rangefinder The LaserTech TruPulse 360i is LTI’s premium professional laser rangefinder , built for long-range distance, inclination, and azimuth measurement in demanding field conditions. Featuring TruVector 360° Compass Technology , the 360i adds azimuth data to your measurements, enabling efficient single-shot positioning of remote features and 3D point-to-point calculations — a major advantage for accurate asset location, facility mapping, and complex surveying workflows. Offering up to ± 0.1 m accuracy and an extended range of 1000 m (3,280 ft) , the TruPulse 360i combines rapid target acquisition with multi-sensory TruTargeting feedback for reliable measurements in forestry, construction, and geospatial applications. The rugged, lightweight unit features a magnesium chassis with rubber-armored housing , an ultra-bright HUD display , and dual-mode Bluetooth® connectivity for seamless integration with mobile devices and Trimble field software. Key Features Premium laser rangefinder with ± 0.1 m accuracy and 1000 m range TruVector 360° Compass Technology for azimuth measurement and 3D point-to-point calculations Rapid target acquisition with multi-sensory TruTargeting feedback Ultra-bright HUD display with adjustable brightness Dual-mode Bluetooth® for wireless data transfer Rugged, waterproof IP67-rated housing On-board calculations for horizontal distance, vertical distance, height, and 2D missing line Trimble GNSS Offset Measurement Integration Paired with Trimble GNSS receivers and field software such as TerraFlex® or Trimble Access™ , the TruPulse 360i supports offset and remote feature measurements , combining distance, inclination, and azimuth data with GNSS positions to safely and efficiently capture points in inaccessible or hazardous locations. Ideal For Surveying, geospatial, and mapping professionals capturing remote or offset features with GNSS, as well as forestry, utilities, construction, infrastructure inspection, and facility mapping projects that require precise 3D point-to-point measurements.