Crash and collision investigation
The fast and comprehensive documentation of small or large-scale road and traffic accident scenes, such as car crashes, mass collisions, train accidents, or aeroplane crashes, can be greatly simplified and improved. Even in difficult to reach locations, day or night, and in adverse weather conditions like snow, rain and fog, the scene needs to be documented.
Our digital geospatial technologies capture all details of a crash scene in 2D or 3D in a matter of minutes. They document and visualise marks made by rolling, braking, locking, drifting, or skidding of the involved vehicles. The results show the relative location of all direct and related evidence. Our solutions ensure sufficient and accurate information is gathered when identifying and recording evidence onsite. Save valuable time and resources by completing fieldwork quickly and have all the information needed by stakeholders to revisit the incident at any time, from any location.
Capture complete and accurate data of a crash scene and quickly re-open roads
Use the power of our automation and digitalisation technology to document every detail of a crash scene quickly and safely. Whether you need the simplicity of single measurements for basic 2D diagrams, comprehensive point clouds for immersive 3D flythroughs and animations, or the flexibility to determine the best approach on scene, our solutions give you the insights you need to clear collision locations fast.
Revisit the Forensic Digital Twin of the accident scene and re-examine later every detail
Our 3D laser scanning technology allows you to quickly and efficiently capture an entire crash scene and generate a point cloud in real-time. The point cloud provides a measurable model, allowing you to view it as a Forensic Digital Twin - the 3D virtual replica of the real-life scenario.
Being aware of environmental conditions for conducting documentation and investigation of traffic accidents can play a significant role
In traffic accidents, as in other outdoor incidents such as crime or fire/arson scenes, law enforcement agencies conduct visual inspections and preserve evidence in all environmental conditions. Regardless of rain, hail, snow or extreme heat, the job needs to be done. Documenting large scenes can be a lengthy process and needs to be conducted during the day or night. Our portfolio offers versatile and robust solutions to meet even the most challenging conditions.
Discover our main solutions for crash investigation and collision reconstruction
Fast, agile, and precise crash scene documentation and forensic mapping for court-ready deliverables
Capture the scene with the Leica RTC360
With the RTC360 3D laser scanner, crash scenes can be captured at up to 2 million points per second in less than two minutes and pre-registered at the scene. With the Double Scan feature enabled on the RTC360, automatically remove moving objects such as people or vehicles in your final point cloud data.
Manage the data with Leica Cyclone FIELD 360 and Leica Cyclone REGISTER 360
The captured scan data is pre-registered in the field and displayed in real time in the Cyclone FIELD 360 mobile-device app, allowing users to conduct onsite scan quality control checks.
Quickly post-process scenes in the office with Cyclone REGISTER 360 software.
Deliver a wide array of deliverables with Leica Map 360
Map360 is the solution for complete scene reconstruction with the flexibility to import your data from a wide range of sensors. Analyse your scene with intuitive tools, such as crush analysis, momentum angles, QA protocol and witness views. Map360 helps you to easily transform your 3D crash scene data into an accurate and compelling Forensic Digital Twin.
BLK2FLY is the world’s first fully integrated autonomous LiDAR UAV.
Capture the scene with the Leica BLK2FLY
The Leica BLK2FLY is an autonomous flying laser scanner that captures digital twins from the sky. At any crash or collision scene, you can easily scan with the BLK2FLY from above, especially for hard to reach or hazardous areas. With GrandSLAM technology that incorporates advanced obstacle avoidance, the BLK2FLY requires minimal training and can simply be set to fly its course over the scene to capture all data needed.
Manage your data with Leica Cyclone FIELD 360
The captured scan data is pre-registered in the field and displayed in real time through Cyclone FIELD 360 mobile-device app, allowing users to conduct onsite quality control checks of the scans quickly. You can also use the BLK2FLY Live app to control scan settings and take manual flight control.
Deliver digital twins with Leica Cyclone REGISTER 360
Quickly post-process your airborne scans in the office with Cyclone REGISTER 360 software and create complete digital twins of your scenes, ready for analysis.
The Leica BLK2GO handheld imaging laser scanner lets you walk while scanning your crash scene.
Capture the crash or collision scene with the Leica BLK2GO
The Leica BLK2GO is a handheld imaging laser scanner that captures colorized 3D point clouds while you walk. At any crash or collision scene, you can dramatically reduce the time spent scanning onsite with award-winning mobile mapping and GrandSLAM technology that scans while you walk, holding the scanner. Rapidly move through any scene with the BLK2GO and it will capture all dimensions while you walk, and you can capture geotagged detail images during your scan.
Manage and deliver the data with Leica Cyclone FIELD 360
The captured scan data is pre-registered in the field and displayed in real time through Cyclone FIELD 360 mobile-device app, allowing users to conduct onsite quality control checks of the scans quickly. You can also use the BLK2GO Live App for real-time monitoring of scans and scanner settings.
Create complete digital twins in Leica Cyclone REGISTER 360
Quickly post-process scenes in the office with Cyclone REGISTER 360 software and create complete digital twins of your scenes, ready for analysis.
In-field Visual Positioning for accident documentation and mapping on the fly
Capture the crash or collision with the Leica GS18 I GNSS RTK rover
Measure hundreds of previously inaccessible points in minutes, from a safe distance in a matter of minutes, simply by walking around the scene. The dense point clouds derived from the photographs captured with the GS18 I integrated Visual Positioning technology provide centimetre positioning quality that can aid in the visualisation of a collision or crash scene.
Ensure completeness of evidence and revisit the scene from the office as needed to proceed with your investigation with confidence, thanks to the system’s ability to extract the exact location of evidence.
Manage and deliver the data with Leica Infinity
Use onboard Leica Captivate software to capture, measure and process data in the field, and Leica Infinity to measure points or create a point cloud from the data back in the office and without disturbances from weather or traffic. Infinity software is designed to manage, process, analyse and quality check all field survey data from GNSS sensors, total stations, digital levels, and UAVs.
Handheld and accurate in-picture measurement solution for collision documentation
Capture the crash or collision scene with the Leica BLK3D
The Leica BLK3D is a measurement solution based on photos. Each photo captured is a complete measurement record that contains height, width, and depth measurements. Measurements can be created at any point, right away onsite, or at any point in time thereafter using the BLK3D Desktop Software.
The BLK3D enables you to easily measure even in hard to reach areas. It helps to avoid transposed digits and missing or inaccurate measurements. Police officers or crash investigators can document small to medium-sized crash scenes directly onsite.
Manage and deliver the data with integrated BLK3D Software
Export 3D images in PDF or JPG format from your PC or from the BLK3D via WiFi. Send 3D images captured by the BLK3D to your computer, where they can be opened and managed with the BLK3D Desktop Software.
The captured 3D measurable images can be used to create advanced PDF reports 2D diagrams and pictures with 3D in-picture measurements. Revisit the crash scene virtually even long after the crash location was cleared.