RIEGL Unveils Advanced UAV LiDAR Sensor VUX-100-25 and RiLOC-F at INTERGEO

RIEGL, a leading pioneer in 3D LiDAR modern technology, has actually revealed brand-new sophisticated items at INTERGEO 2024 in Stuttgart, Germany.

The brand-new RIEGL VUX-100²⁵ UAV LiDAR sensor and the RiLOC-F IMU/GNSS option are readied to improve the unmanned sector with their remarkable efficiency in wide-area surface mapping and accurate positioning for drones. This launch reinforces RIEGL’s placement in the drone evaluating market, accommodating a vast array of applications in the unmanned airborne systems (UAS) area.

The RIEGL VUX-100 ²⁵ is a light-weight UAV LiDAR sensor developed for effective wide-area mapping. With an excellent field of vision of 160 levels and a pulse repeating price of as much as 1,500 kHz, it’s suitable for mapping intricate surfaces, consisting of slim canyons, with terrific accuracy. Combined with the RiLOC-F, a high-precision incorporated IMU/GNSS option, the system allows smooth localization and positioning for drone applications.

Secret Attributes

• Wide Field Of Vision: 160-degree protection, suitable for surface mapping.
• High Pulse Repeating Price: Approximately 1,500 kHz, supplying thick information collection.
• Lightweight Layout: Just 2.36 kg, making it ideal for drones and tiny crewed airplane.
• Versatile Assimilation: Readily available as a standalone sensing unit or incorporated with IMU/GNSS systems and optional video cameras.

For customer-specific system services by expert system integrators, a unique OEM variation of the RIEGL VUX-100 ²⁵, which supplies customer-specific user interfaces and much less weight, can be offered.

The VUX-100 ²⁵ can attain as much as 1.3 million dimensions per 2nd with a check rate of as much as 200 lines per 2nd, sustaining trip elevations of as much as 360 m (1,200 feet). Its light-weight layout makes sure very easy assimilation with drones, consisting of multirotors, fixed-wing, and VTOL systems.

The RiLOC-F system includes accurate localization abilities with its MEMS-based IMU and GNSS device, which is totally incorporated within RIEGL’s software application for smooth information handling. Learn much more in the adhering to video clip:

RiLOC-F

High-Precision IMU/GNSS option for VUX-series laser scanners

The RiLOC-F has actually additionally been gone for Intergeo 2023 in Berlin, and the RIEGL’s RiLOC-E for the miniVUX-series laser scanners has actually been consulted with terrific interest. This totally incorporated subsystem for localization and positioning, straight affixed to the RIEGL miniVUX-series laser scanners, is a suitable option for small LiDAR evaluating with drones.

The RIEGL RiLOC-F IMU/GNSS option is offered for the adhering to 2 VUX-series laser scanners:

• RIEGL VUX-120²³
• RIEGL VUX-100²⁵

This complete option totally incorporates a high-precision Micro-Electromechanical System (MEMS) Inertial Dimension System (IMU), a GNSS device, and RIEGL created software application, to give a streamlined straightforward process.

Post-processing of both the trajectory and check information is done totally within RIEGL’s RiPROCESS, getting rid of the demand for any kind of third event software application, and causing exactly lined up and regular factor clouds. Entirely confined within the real estate, this entry-level and affordable option is particularly fit for applications with uncrewed systems, like multirotor, fixed-wing, or VTOL drones.

Additionally Launched by RIEGL at INTERGEO 2024

Furthermore, RIEGL has actually revealed the VQ-1560 III-S dual-channel air-borne LiDAR system and the VZ-4000i-25 long-range earthbound scanner, enhancing their profile for numerous air-borne and earthbound mapping applications.

RIEGL VQ-1560 III-S

Double Network Waveform Handling Airborne LiDAR Scanning System

The RIEGL VQ-1560 III-S is an innovative dual-channel air-borne LiDAR scanner, efficient in mapping huge locations with remarkable factor thickness. The VQ-1560 III-S is the most up to date follower in the tried and tested RIEGL twin network laser scanning system collection, ideal for a vast area of applications in air-borne mapping.

The reputable “cross-fire” check pattern allows an onward and backwards watch to the sides of the swath and a low point sight in the center of the swath causing ideal factor circulation for maximum target tasting. High pulse repeating prices of as much as 4.4 MHz enable functional flying elevations of as much as 1,600 m AGL, or as much as 3,900 m AGL at a pulse repeating price of 560 kHz (all worths offered for 20% target reflectance).

A high-performance IMU/GNSS device and a couple of optional high resolution RGB/NIR video cameras are flawlessly incorporated in the small and straightforward developed real estate.

The superb check pattern and its broad functional variety make the tool among one of the most functional air-borne laser scanners on the marketplace today. It is completely fit for any kind of type of application; from ultra-dense passage mapping from reduced elevations, over high-resolution city mapping with minimal watching results in slim road canyons, to large broad location mapping at utmost effectiveness of as much as 1,130 kilometres ² per hour at a thickness of 4 factors per square meter.

RIEGL VZ-4000i ²⁵

Lengthy Variety 3D Terrestrial Laser Scanner

The RIEGL VZ-4000i²⁵ is a long-range earthbound LiDAR scanner developed for improved performance and adaptability. With a series of as much as 4,600 meters, this system masters mining, topography, and social heritage paperwork. Its connection attributes, consisting of incorporated Wi-fi, cloud synchronization, and assistance for customized applications, make it an extremely adaptable device for numerous evaluating jobs.

The VZ-4000i ²⁵ supplies an amazing 4,600-meter variety and IP64-rated durability for usage in extreme atmospheres. Real-time GNSS/IMU enrollment and one-touch switch procedure enhance the information purchase and handling process.

Fulfill the RIEGL group at INTERGEO 2024 at Cubicle H1.024 in Hall 1

The blog post RIEGL Unveils Advanced UAV LiDAR Sensor VUX-100-25 and RiLOC-F at INTERGEO showed up initially on Unmanned Systems Technology.