TECHNOLOGY & TOOLS
PHYSICAL MODELS
PHYSICAL MODELS
SEEING IS BELIEVING
SEEING IS BELIEVING
Bringing the Physical World into the Discussion
Bringing the Physical World into the Discussion
Physical models serve as tangible bridges between complex situations and clear understanding. These meticulously crafted, accurately scaled replicas—whether of vehicles, crash scenes, product assemblies, or human anatomy—hold critical insights and provide realistic spatial representation of the physical aspects of the issues at hand.
Physical models serve as tangible bridges between complex situations and clear understanding. These meticulously crafted, accurately scaled replicas—whether of vehicles, crash scenes, product assemblies, or human anatomy—hold critical insights and provide realistic spatial representation of the physical aspects of the issues at hand.
Vehicle Replicas and Crash Dynamics
Vehicle Replicas and Crash Dynamics
Accurate Scale Models: Our engineers construct precision, scaled-down vehicle replicas. These models mirror real-world dimensions, capturing important details to describe vehicle damage, orientation at impact, and other important facets of a collision.
Collision Sequence Visualization: Physical models aid us in recreating the accident sequence. We analyze impact angles, forces, and vehicle interactions.
Courtroom Clarity: Jurors and judges are able to grasp the collision dynamics much better when 3D vehicle models are presented as part of the reconstruction of the crash.
Accurate Scale Models: Our engineers construct precision, scaled-down vehicle replicas. These models mirror real-world dimensions, capturing important details to describe vehicle damage, orientation at impact, and other important facets of a collision.
Collision Sequence Visualization: Physical models aid us in recreating the accident sequence. We analyze impact angles, forces, and vehicle interactions.
Courtroom Clarity: Jurors and judges are able to grasp the collision dynamics much better when 3D vehicle models are presented as part of the reconstruction of the crash.
Scene Reconstruction and Evidence Preservation
Scene Reconstruction and Evidence Preservation
Scaled Crash Scenes: Physical models replicate accident scenes—complete with skid marks, debris, and road features.
Physical Documentation: These models of the scene provide realistic, scaled representation of the scene of the crash.
Hypothesis Testing: Engineers test different scenarios using physical models. Physical models can easily be manually manipulated to test hypotheses.
Scaled Crash Scenes: Physical models replicate accident scenes—complete with skid marks, debris, and road features.
Physical Documentation: These models of the scene provide realistic, scaled representation of the scene of the crash.
Hypothesis Testing: Engineers test different scenarios using physical models. Physical models can easily be manually manipulated to test hypotheses.
COMPASS
CONSULTING
ENGINEERS
EXPERTS IN FORENSIC ENGINEERING
& ACCIDENT RECONSTRUCTION
Compass Consulting Engineers, P.C.
10875 Dover St., # 900 Westminster, CO 80021
COMPASS
CONSULTING
ENGINEERS
EXPERTS IN FORENSIC ENGINEERING
& ACCIDENT RECONSTRUCTION
Compass Consulting Engineers, P.C.
10875 Dover St., # 900 Westminster, CO 80021
COMPASS
CONSULTING
ENGINEERS
EXPERTS IN FORENSIC ENGINEERING
& ACCIDENT RECONSTRUCTION
Compass Consulting Engineers, P.C.
10875 Dover St., # 900 Westminster, CO 80021