RIEGL RiLOC®-F / RiLOC®-FinsideRIEGLs high-precision IMU/GNSS solution for VUX-series laser scanners Besides the already proven RiLOC-E25, RIEGL now also offers a new high-precision, fully integrated subsystem for localization and orientation (Localization/Orientation/Component), the RiLOC-F or RiLOC-Finside IMU/GNSS solution for VUX-series laser scanners. The RiLOC-F can be either directly attached to the rear panel of the VUX-10025 or VUX-12023 or - as RiLOC-Finside - be fully integrated in the VUX-10025, VUX-12023, VUX-16023 and VUX-18024. It includes a high-precision Micro Electro Mechanical System (MEMS) Inertial Measurement Unit (IMU), a GNSS unit, and appropriate software. The combination of a VUX-series laser scanner and RiLOC-F/RiLOC-Finside into a compact complete LiDAR system is the ideal solution for small-scale LiDAR surveying with unmanned platforms such as multirotor, fixed-wing, or VTOL drones. In such applications, using a nearby local base station ensures the shortest base length and thus maximum accuracy in the georeferencing of the RIEGL VUX-series laserscanner's high-precision LiDAR data. Key Features • tight coupling of IMU / GNSS / LiDAR data • seamlessly integrated into the RIEGL post-processing workflow • I ightweight, small form factor 1) Typical accuracy under ideal conditions, RMS values, no GNSS outages, short baseline <10 km. Positioning performance depends on satellite visibility, atmospheric conditions, and other environmental effects. Navigation performance depends on platform dynamics. Overlapping flight strips with at least 25% overlap and cross strips; significant elevation changes and/or objects with planar features need to be available. Copyright RIEGL Laser Measurement Systems GmbH © 2025-All rights reserved. Use of this data sheet other than for personal purposes requires RIEGLs written consent. This data sheet is compiled with care. However, errors cannot be fully excluded and alternations might be necessary. Preliminary Info Sheet RIEGL RiLOC-F, 2025-10-03