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EDGE LIDAR

Orion’s patented EDGE LiDAR overcomes the limitations of traditional bathymetric LiDAR, delivering a first-of-its-kind, 2-in-1 topographic + bathymetric mapping solution that helps you acquire previously unavailable high-definition data in real-time, with unprecedented resolution.

RIVERINE

INFRASTRUCTURE

NEAR SHORE

Seeing beyond the surface

EDGE provides high-definition measurements both above and below the water surface and accurately measures the transition from land to water. Additionally, we provide simultaneous water and bottom surface detection at centimeter-level accuracy and precision from shore through shallow waters.

Next-gen bathymetric surveying for underwater applications

Fully autonomous and platform agnostic, EDGE can be deployed with common-use UAVs to detect underwater objects, measure shallow water depths and survey critical infrastructure.

Streams, rivers, ponds and lakes

Infrastructure inspection

Near-shore / coastal environments

Military logistics

Water resource management

Industrial retention ponds

Small package. Big results.

EDGE is the optimal choice for small scale tactical surveys where high-definition mapping of shallow waters (0-10m depths) is needed:​

System specifications:

AGL ALTITUDE

30+ meters

SYSTEM WEIGHT WITH BATTERY

5 kgs

DEPTH PENETRATION

0-10 meters

LASER CLASS

3R eye safe

Awards and recognition

JABLTCX Sebastian Sizgoric

Technical Achievement Award

International LiDAR Mapping Forum 

Outstanding Innovation Award Finalist

Resources

EDGE Product Introduction

Learn more about the EDGE LiDAR system

1.2 MB

EDGE Specifications

System specifications for the EDGE LiDAR system

691 KB

Case Study: Charting Coastal Depths

Coastal mapping case study using the EDGE 

2 MB

Case Study: Unlocking River Dynamics

Riverine mapping case study using the EDGE

2.4 MB

Case Study: Beneath the Bridge

Infrastructure inspection case study using the EDGE

1.4 MB

Case Study: Enhancing Efficiency 

Learn more about our simulation experiments

1.5 MB

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Overcome the limitations of
traditional bathymetric LiDAR

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