The RIEGL VZ-4000 ultra long range 3D terrestrial laser scanner delivers superior and unprecedented performance with measurements of up to 4,000 meters non-ambiguous range at completely eye-safe operation (Laser Class 1).

RIEGL's unique V-Line Technology, based on echo digitization and online waveform processing, is the key to enabling extremely long range measurements. The VZ-4000 operates even under low visibility conditions and demanding multi-target situations caused by dust, rain, haze, etc., frequently found in tough environments such as mining sites.

› Extremely long range: Up to 4,000 meters without a reflector.

› Eye safety: Operates in Class 1 laser safety.

› Wide field of view: 60° x 360° coverage.

› High acquisition speed: Up to 222,000 measurements per second.

› Accuracy/Precision: 15 mm / 10 mm @ 150 m.

› V-Line Technology: In-line waveform processing based on echo digitization for high precision.

› Multi-target capability: Up to 15 targets per pulse.

› Integrated calibrated digital camera: 5 Megapixels for high-resolution panoramic images.

› On-board tilt sensors: For automatic registration and geo-referencing.

› Integrated L1 GNSS receiver: With antenna for positioning.

› Integrated compass: For automatic orientation.

› Internal SSD storage: 1 TB capacity.

› Compact and robust design: IP64, dust and splash resistant.

› Integrated touchscreen: 7" for full autonomous operation.

› Advanced connectivity: Wi-Fi, LAN 10/100/1000 Mbit/sec.

› Advanced camera options: Support for RGB, thermal, and industrial cameras.

› Surveying and mining: Long-range surveying and monitoring of mining operations in difficult conditions.

› Long-range monitoring: Surveillance of structures, slopes, and large areas with measurements up to 4,000 meters.

› Civil engineering: Surveying of road infrastructure, bridges, and large construction projects.

› Archaeology: Detailed documentation of archaeological sites in extensive areas.

› Geological and geomorphological studies: Analysis of geological formations, cliffs, and terrain features at great distances.

› Natural hazard research: avalanches, landslides, and topographic changes.