Nothing Hides from Us
Breakthrough Technology for Crime Scene Investigation
Find Clandestine Graves with Subterra Grey
In forensic investigations, locating human remains without disturbing the crime scene is critical. Subterra Grey offers law enforcement a groundbreaking, minimally invasive solution for detecting human remains and clandestine graves with precision.
Innovative Technology for Law Enforcement
The Subterra Grey is designed to work seamlessly alongside other search methods like human remains detection dogs and ground-penetrating radar (GPR). Unlike any other technique, the Subterra Grey directly detects human remains and precisely identifies their location, eliminating the need for costly, time-consuming excavation as well as disturbed soil from a grave excavation.
KEY FEATURES
Quick and Portable
Deploy rapidly in the field with real-time results.
Detects Human Remains
Identifies fatty acids in the soil through light wavelength reflection, a key indicator of burial.
Non-Destructive
Uses a narrow probe and advanced spectroscopy to detect remains without disturbing the site.
Soil Disturbance Measurement
The built-in penetrometer measures disturbed soil and burial depth, even in graves over a century old.
KEY BENEFITS
Direct Detection
Targets fatty acids preserved in the soil, ensuring accurate detection of human remains.
Effective Combination
Pairs effortlessly with cadaver dogs and GPR, offering a comprehensive investigative approach.
Precision Location
Pinpoints exact burial sites, reducing excavation costs and resources.
Minimally Invasive
Preserves the integrity of the crime scene delivering fast, reliable results.
TESTIMONIAL
“Subterra Grey is the next step in improving subsurface burial detection. Visualizing the spectroscopy of a suspected area of concern combined with the insertion force data from the probe allows us to interpret our ground-penetrating radar results with significantly more confidence. We have recommended Subterra for nearly all of our current archaeological projects and expect to continue doing so into the future.”
Joshua Murphy
PhD Candidate in Archaeology, Simon Fraser University