Operate & Maintain Railways

Maximising efficiency and minimising downtime

Mounted on a rail vehicle, the Leica Pegasus TRK solution captures the trajectory, 3D laser scan point could with georeferenced imagery and additional 360 stitching-free images to create a digital twin of rail tracks and the surrounding infrastructure. Ensure safety by remotely measuring inaccessible or dangerous areas and minimise track interruption with rapid data collection. Leica Geosystems mobile mapping systems empower you to capture data efficiently over long distances compared to conventional surveying techniques.

Easily extract asset information

Cyclone MMS DELIVER uses trajectory information, point clouds with all meta information, and imagery previously processed with Cyclone Pegasus OFFICE to transform the data into actionable information. Objects such as the main track, adjacent track, poles/signals, platform edges, catenary, walls, overpasses, and underpasses/tunnels can be easily recognised. The data will be delivered into industry-standard formats that can seamlessly be shared across stakeholders for better and faster decision-making.

Capture rail yard or rail bridge from the air

Rail yards may be the most challenging assets of any rail system, whether passenger or freight. With Leica BLK2FLY, an autonomous flying laser scanner with advanced obstacle avoidance, you can easily capture reality from the sky, be it a rail yard or bridge, without disturbing rail operations. Requiring no prior UAV experience, the BLK2FLY is controlled by the BLK2FLY app. The collected 3D point cloud data is transferred to Leica Cyclone REGISTER 360 PLUS (BLK Edition) for post-processing, management and delivery.

Gleispositionierung bei Sanierungsprojekten

Die Leica Captivate Rail App arbeitet mit verschiedenen Hardwarelösungen zusammen, darunter Schienenschuhe, Spurweiten-Messgeräte sowie verschiedene Trolley-Systeme (z. B. Carttop, Geokod/GeoTEL). So erhalten Sie die in den jeweiligen Phasen Ihrer Bau- und Sanierungsprojekte erforderlichen Daten.

Bewährte Genauigkeit für den Bahneinsatz

Leica Geosystems ist der bevorzugte Partner von Amberg Technology, wenn es um die Bereitstellung hochpräziser Sensoren für Gleisgeometriemessungen geht. Die Leica TS60 Totalstation kommuniziert mit dem System Amberg Tamping GRP 3000. Der Vermesser hat so ein leistungsstarkes, gleis- oder kontrollpunktbasiertes Stopf-System zur Hand, das die Ermittlung von Gleislagefehlern als Grundlage für die Instandhaltung von Schottergleisen ermöglicht.

Digital twin with survey grade accuracy for clearance analysis

Mounted on a rail vehicle, the Leica Pegasus TRK solution captures the trajectory, 3D laser scan point could with georeferenced imagery and additional 360 stitching-free images to create a digital twin of rail tracks and the surrounding infrastructure. Safe operation is ensured by remotely measuring inaccessible/dangerous areas, and track interruptions are minimised by rapid data collection. Leica Geosystems mobile mapping systems empower you to efficiently capture data over long distances compared to conventional surveying techniques.

Autonomous information extraction for clearance analysis

Cyclone MMS DELIVER uses trajectory information, point clouds with all meta information, and imagery previously processed with Cyclone Pegasus OFFICE to transform the data into actionable information. Autonomous information extraction allows clearance analysis for 2D train profiles and 3D train models for managing vegetation encroachment and defining clearance envelopes. With Cyclone MMS DELIVER, you can define complex heavy load trains (load and carrier) for dimensional bolstered load clearance risk analysis against an encroachment database. The extracted information is delivered from unattended batch processing routines into industry-standard formats for seamless sharing among multiple offices and collaborators.

Minimise survey time with a high-speed ground-penetrating radar (GPR) solution

SafeRailSystem (SRS) is a fast and non-destructive GPR solution enables you to inspect railway ballast for renewal and maintenance autonomously. This high-speed radar system (more than 300km/h) is made of three or four antennas and can be easily mounted on a rail carriage, rail-road enabled vehicle or locomotive. Reduce cost for under-track investigation, maintenance, and renewal of ballast and improve track maintenance decision-making.

Extract, analyse, and report radar data with the SRS DPA suite

The SRS DPA suite is dedicated post-processing software for easily and efficiently interpreting SRS data. The software allows continuous mapping of ballast thickness, location of areas with insufficient bearing capacity (e.g. ballast pockets), differentiation between clean and fouled ballast, and detection of sections with drainage problems. SRS DPA suite includes advanced automatic pattern recognition algorithms that assist the evaluation of ballast status and includes an automatic function for layer interface detection. The data analyser and reporting modules empower you to handle different layer views and export in various industry-standard formats.

Increase safety onsite and keep investments low with manual monitoring

Railway lines can pass through vulnerable areas, and keeping people and assets safe is critical. Through Leica Geosystems monitoring solutions, movements on and around a site can be detected, and preventive actions can be initiated. When risks are low, campaign monitoring will suffice, with measurements conducted with existing equipment ensuring small investments.

Improve efficiency and minimise errors with semi-automated monitoring

When a higher risk is expected along the railway line, people, infrastructure, and assets can be kept safe with semi-automated monitoring. Measurements and analysis are conducted automatically, without the need to have personnel on site, using the most accurate total station or MultiStation, Leica TPS monitoring onboard app, and Leica GeoMoS monitoring software suite. Results can be visualised and reported online to speed up the process to ensure any movements are quickly identified and actions are taken to keep all safe.

Enhance safety with real-time monitoring

For complete peace of mind, deploy Leica Geosystems' real-time monitoring solutions. Automated monitoring is the right choice for projects with a high risk of movement and in locations where accessibility is dangerous. Points can be identified and automatically measured either by Total station, MultiStation, digital level, GNSS, or WiSenMeshWAN geotechnical sensors and instantly checked to ascertain if movements have occurred. Real-time notifications are issued, and experts can immediately decide to evacuate areas at risk. Keep your construction site and surroundings safe with Leica Geosystems monitoring solutions that continuously inform stakeholders.

More efficient monitoring with Leica monitoring solution

For faster and more seamless workflow with minimal time on site thus reducing risk and increasing safety our solution has three easy-to-use features. The Leica Combox60, plug-and-play with Leica GeoMoS Edge, provides surveyors with the simplest setup – one button, one cable. Leica Nova TM60 and AutoLearn functionality enable surveyors to automatically detect prisms. Leica GeoMoS suite has an advanced Railway Template enabling complex calculations and accurate configurations for quality deliverables in the desired format faster without error. Deliver data faster and easier with the Leica monitoring solution for safer railways.