SLAM LIDAR MAPPING & AUTONOMOUS NAVIGATION PAYLOAD FOR DRONES
EMESENT HOVERMAP
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LIDAR & AUTONOMY TECHNOLOGY FOR DRONES
EMESENT HOVERMAP
LEARN MORE
CONTACT US
LIDAR & AUTONOMY TECHNOLOGY FOR DRONES
Emesent is the leading pioneer for SLAM LIDAR mapping & Autonomous drone technology, providing drones with computer vision which allows them to navigate independently in confined spaces and GPS-denied environments – while also obtaining high resolution LIDAR surveys of those areas and assets.
The flagship Emesent Hovermap product is plug-and-play with DJI drones, and is widely used across industries in Indonesia to enable complex drone LIDAR mapping missions, including:
Underground Mining
Oil & Gas
Transport Infrastructure
Telecommunications
Power Transmission
Pulp & Paper
Forestry
EMESENT HOVERMAP
SLAM LIDAR MAPPING & AUTONOMOUS NAVIGATION PAYLOAD FOR DRONES
The Emesent Hovermap is a smart mobile mapping unit that enables autonomous drone operations and LIDAR mapping in challenging inaccessible areas. Equally capable above ground or underground, indoors or out, Hovermap is a complete mobile LIDAR mapping solution.
Velodyne VLP-16 Scanner with 100M LIDAR Range
SLAM-based LIDAR A.I. Computer Vision
360 x 360 Scanning & Collision Avoidance
Fully Integrated with DJI drones, Plug-and-Play
Easily Detached for Handheld, Vehicle-mounted, and Cage-mounted mobile mapping requirements
ACCESSORIES: WIDE RANGING USES FOR LIDAR MOBILE MAPPING
The Emesent Hovermap is unique because it can be easily detached from the drone, and used as a fully functional mobile mapping payload solution. Together with Emesent’s accessories, it is possible to greatly expand the range of high value LIDAR operations that are possible:
Handheld
Backpack Mount
Vehicle Mount
Cage Mount
Extendable Boom (Stick) Mount
Drone Mounted
Key examples of major use cases include: lowered by Cage into an orepass; attached to Vehicles and Trains; inserted by Boom into high-risk openings; or used Handheld, to enter into a complex industrial asset, and then using a Drone to complete a full as-built scan of the structure, inside and out.