Our UAV technology allows us to collect data faster, safer and with greater accuracy than ever before. We combine UAV data with FARO laser scanning to generate pinpoint maps, 3D models and scene recreations that can be used for our clients in a variety of professional fields.
We use laser scanners capable of astonishing accuracy and detail. Every scan measure millions of points with precise XYZ positioning in space. This data combined with that from our UAVs, produce exceptional "point clouds" that can be navigated, drafted, and modeled in CAD and BIM applications.
Our clients will find it overwhelming when we bring their reconstruction data to life with animation. Simulating vehicle impacts, pedestrian accidents, bicycle, off-road, and commercial vehicle cases can all be done to help you paint the picture of what happened before, during, and after an accident.
Integrating UAV aerial mapping and modeling into your reconstruction process literally takes weeks out of an investigation and provides unique data and insights into an accident scene that might otherwise go unnoticed. Traditional inspection processing can often contaminate or disrupt the scene and put evidence at risk. Using UAV aerial capture provides a 360-degree streamlined approach to collecting information and allows investigators, and clients to collaborate more quickly to take immediate actions on collecting evidence that is time sensitive.
The imagery we capture from aerial scanning is placed into photogrammetry software then stitched together to show real-time surface, weather, and other related environmental conditions. This output is commonly referred to as an Orthomosaic Map.
The "point cloud" is an output of the photogrammetry process that contains meta-tagged imagery. This imagery is made up of millions of GPS points. Each point can be measured, annotated, used for calculating distance, area, volume, and more.
The aerial imagery captured from our UAV provides our firm and clients with unique insights into the accident scene. Evidence can be gathered from areas traditionally inaccessible to humans.
The 3D model output from the photogrammetry process is a very unique feature. The model is transformed into a perfect digital twin of the target and its real-time environment , making it perfect for communicating key elements.
Identifying the direct start and stop of skid markings especially on asphalt can be challenging. Our UAV platforms and AI software help our team successfully identify and collect the evidence you need for a successful case.
Being able to use UAV imagery to identify evidence, skid markings and other crash related events is one thing, but having the software to accurately measure, annotate and process the data is where we excel. We process accident scenes faster and with great accuracy by using UAVs.
We provide the data you need for the courtroom, arbitration, mediation and more. Aerial imagery is great, but we believe that pictures have to be more than just pretty, they must be backed up by actionable data.
We make it easy to integrate UAV data directly into your courtroom presentation. Impress and educate the jury with real-time data and imagery from the accident scene.
When you need actionable data to prove your case, we provide it. Knowing every element that contributed to an accident is extremely important. We provide the data that others often overlook.
When an accident happens on a roadway it's imperative that you know about the entire environment around it, not just the immediate area. We make it easy for you or your team to walk a jury through every aspect of an accident from start to finish.
FARO Laser Scanning provides us the ability to create highly accurate digital twins of building interiors, exteriors, roadways, vehicles, and more that are dimensionally correct with easily exportable data. It's the perfect way for us to bring the crash site back to the office and begin the reconstruction.
The point cloud data captured from 3D laser scanning is critical in helping preserve evidence and on-scene information. The scans can be uploaded immediately and shared across a variety of software platforms with others involved in the investigation process.
We use 3D laser scanning because we understand the key to reconstructing crashes with greater accuracy and efficiency relies on embracing today's forensic technology. Laser scanning provides us with a faster way to document complicated accident scenes by recreating digital twins.
Laser scanning allows us the ability to provide our clients with various types of in-depth analysis including crush, deformation, impact configurations along with an overall analysis of the components of the vehicle.
In addition to vehicles and exterior scanning, we can also use the FARO to generate interior-point clouds for documenting crime scenes and preserving evidence. Laser scanning is a great way to efficiently and accurately document a scene with minimal disturbance.
Documenting & Annotating Exterior Crime Scenes
Now you can keep track of witness statements, photos, surveillance video and more, by integrating scene information directly into your reconstruction model. These digital twins contain highly accurate XYZ data and can be used for pretrial reference, or as an informative visual aid during litigation proceedings.
Using the real-time data collected from our UAV, FARO 3D Laser Scanner, and analysis from our expert investigators and reconstructionist we can combine all our information to simulate exact crash details using highly accurate animation software.
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