RIEGL Unveils Advanced LiDAR Solutions for UAV Applications

At the INTERGEO 2022 exhibition in Essen, RIEGL introduced three innovative LiDAR scanning solutions tailored for unmanned aerial vehicles (uavs). These cutting-edge laser scanners are designed to enhance aerial surveying capabilities.

Expansion of the 23-Series NFB Scanning Sensors

The company has broadened its 23-Series lineup of NFB (Nadir/forward/Backward) scanning sensors with the launch of two new models: the VUX-160²³ and the VUX-120²³.

Features of the VUX-160²³

The VUX-160²³ boasts an impressive pulse repetition rate (PRR) of up to 2.4 MHz, achieving 400 lines per second with a remarkable accuracy of 10 mm and precision of 5 mm. It has an extended measurement range reaching up to 1800 meters while maintaining a lightweight design at just 2.65 kg. this sensor can capture as many as 32 targets per pulse, making it notably effective for applications in forestry due to its superior penetration capabilities.Additionally, it features fully integrated IMU/GNSS electronics for seamless system integration and can accommodate up to five cameras.

First Acquisition by Phoenix LiDAR Systems

Phoenix LiDAR Systems has made the inaugural purchase of the RIEGL VUX-160²³, enhancing their existing collection of RIEGL sensors.Rob Dannenberg, the Chief Operating Officer of Phoenix LiDAR Systems, expressed enthusiasm, stating, “RIEGL USA is a vital partner for us, and we are thrilled to introduce the Ranger Ultra +, featuring the RIEGL VUX-160²³, just in time for our 10-year anniversary.”

enhanced Efficiency with the VUX-120²³

The VUX-120²³ offers an even higher PRR of up to 2.4 MHz,along with increased measurement rates,making it an excellent choice for projects requiring higher point density. Both the VUX-160²³ and VUX-120²³ are well-suited for corridor mapping tasks and can be utilized as standalone UAV LiDAR sensors or as part of fully integrated laser scanning systems with optional camera configurations.

Introduction of the VQ-840-GL

RIEGL has also launched the VQ-840-GL, a new iteration of the highly regarded VQ-840-G topo-bathymetric LiDAR scanner. This model retains the same form factor but features an internal redesign and the use of lightweight structural components, resulting in a 20% weight reduction to 9.8 kg (20 lbs). This enhancement makes it even more compatible with UAV integration, ideal for combined topographic and bathymetric surveys, particularly in coastal and shallow water mapping, as well as river assessments.