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RIEGL @ AUVSI XPONENTIAL Europe in Düsseldorf, Germany

By Eric Van Rees - 13th February 2025 - 14:18

As one of the providers of UAV-based laser scanning solutions, RIEGL will, of course be present at the first XPONENTIAL Europe from February 18 to 20, 2025 in Düsseldorf.

In hall 01 at stand 1B01, RIEGL will provide an insight into the latest developments in LiDAR technology and present its broad portfolio of UAV-LiDAR sensors for a wide range of surveying applications.

When top performance is required: RIEGL VUX-120-23 with NFB Scanning
Is your field of activity diverse, your tasks challenging, and your customers expecting first-class data every time? Then the proven RIEGL VUX-120-23 is the UAV LiDAR sensor of your choice! This compact and lightweight scanner provides up to 2.4 MHz PRR (Pulse Repetition Rate), up to 400 scan lines, and effectively 2 million measurements per second on the ground. NFB (Nadir/Forward/Backward) scanning – an innovative scan pattern for optimum detection of vertical targets – combined with a field of view of 100° provides first-class data, especially when mapping power line routes. Thanks to the wide field of view, the drone can fly parallel to the asset and not directly above the target, which significantly increases safety. With its technical specifications, the scanner also presents itself as the ultimate solution for use on fixed-wing UAVs in the field of corridor mapping.
When space is limited: The RIEGL VUX-100-25 for data acquisition in urban street canyons
With the new VUX-100-25, RIEGL completes its VUX series of high-performance sensors for UAV-based surveying. The lightweight (2.36 kg / 5.2 lbs) and versatile scanner with a field of view of up to 160 degrees offers excellent performance data: up to 1,500 kHz pulse repetition rate, up to 1.3 million measurements, and up to 200 lines scan speed per second, as well as a flight altitude of up to 360 m / 1,200 feet. This enables particularly large area coverage – ideal for applications such as mapping complex terrain and narrow ravines, especially road courses in densely built-up urban areas. The sensor can easily be used on a wide variety of drones, as well as on small manned aircraft (such as gyroplanes) and manned helicopters.

When speed and simplicity are essential, but accuracy is crucial: RIEGL RiLOC System Solutions
With the new RiLOC system solutions from RIEGL – two different models are currently available, the RiLOC-E-25 and the RiLOC-F – you not only have a laser scanner for UAV-based data acquisition that provides survey-grade measurement data: You have a high-level overall system with a high-quality IMU/GNSS unit and software for simple and efficient data evaluation at your disposal. You can capture, process, generate point clouds, and geo-reference data – all at record speed. Simplified workflows both in the field and in data processing save time and money. System parameters and scan settings can be defined before the flight, and the system can be operated completely autonomously during data acquisition. The pilot can concentrate fully on the safe execution of the flight. User-friendly integration into a wide variety of platforms helps to keep the range of applications broad, while performance, reliability, and durability ensure an optimum cost/benefit ratio. This enables both newcomers and lateral entrants, as well as established surveying service providers, to open up new markets.

When you need that extra edge: RIEGL's Commitment to Quality
The RIEGL team will explain the general advantages of drone-based data acquisition using a wide range of practical application examples. Together with you, they will develop optimized solutions for your applications – supported by a broad portfolio of sensors and sophisticated software packages for data processing. Erwin Burth, Managing Director of RIEGL Germany, says: “You name your requirements, existing structures, and your personal scope – and we will put together an optimized system for a highly efficient workflow for you.”

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www.riegl.com

Read More: Laser Scanning 3D Modelling

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