Hovermap 100V Autonomy level 1 package
Hovermap 100V Autonomy level 1 package
Supplier Code:
Telecommunication tower mapping and inspection |
|
|
Inspection through drone |
Building construction monitoring |
|
|
Mapping of underground mines |
Hovermap offers revolutionary efficiency, safety and operational insights to challenging above ground, underground and GPS-denied environments.
It provides collision avoidance, GPS-denied flight, advanced autonomy and SLAM-based LiDAR mapping. This allows a Hovermap-enabled drone to be deployed in challenging GPS-denied environments, to collect 3D and other data which was previously impossible to collect. This new data in turn leads to new insights.
How long has Hovermap been in use for?
The first early adopters started in Feb 2017 with mapping only. That early adopter (and others) is still actively using the same hardware, so even the prototypes have lasted well. AL1 was first released to early adopters in July 2018.
How long has Hovermap been a commercial product?
Commercial launch of the HF1 / VF1 was in Jan 2019.
How many versions of Hovermap have there been?
Between 2014 and Jan 2019, Hovermap went through 6 iterations in order to reach the current commercially available product. Much work has been done to reach the current solution.
How many Hovermaps are being used around the world now?
18 Early Adopters have product and over 35 systems have been commercially sold around the world to date.
Application
MINING
Mapping of underground mines
ASSET MANAGEMENT
Bridge inspection
ENERGY
Power line inspection
ASSET MANAGEMENT
Telecommunication tower mapping and inspection.
CONSTRUCTION
Building construction monitoring
ASSET MANAGEMENT
Liquid storage tank mapping and inspection.
Features
Collision avoidance and autonomy
Omni-directional LiDAR-based collision avoidance keeps the drone safe while flying up-close to structures to inspect them. Advanced autonomy allows beyond line-of-sight mission execution in GPS-denied environments.
GPS-denied flight
Allows flying indoors, underground or under bridges.
SLAM-based 3D mapping
SLAM (Simultaneous Localisation and Mapping) allows mapping even when GPS is unavailable.
|
LIDAR |
Velodyne VLP-16 Lite |
|
GPS (OPTIONAL) |
External GPS data recorded when0 available e.g. from DJI drone |
|
SLAM |
Simultaneous Localisation and Mapping (SLAM) based LiDAR mapping |
|
SCAN RANGE NOISE |
±30mm |
|
LIDAR DATA FORMAT |
Post processing data output in .laz and .ply point cloud formats |
|
GEOREFERENCING |
Above Ground: Georeferenced point clouds via GPS when available (in WGS84) |
|
COLLISION AVOIDANCE |
Omni-directional collision avoidance using LiDAR data Adjustable minimum distance collision avoidance threshold |
|
GPS-DENIED FLIGHT |
GPS-denied position hold and velocity control |
|
MAPPING ONLY |
Any VTOL drone that can lift the payload |
|
AUTONOMY FUNCTIONS |
Compatible with drones equipped with DJI A3 autopilot such as M600, M210, etc. |
|
TABLET APPLICATION |
Pre-flight configuration; Online command and operation of the system; Obstacle situational awareness; Live camera video stream and control; |
|
USB3 |
High Speed data offload |
|
STORAGE |
480 Gigabytes – approximately 12 hours of sensor data |
|
POWER |
Powered from a battery or auxiliary power input (12V – 54V) Max 50W |
|
SIZE |
215 x 155 x 200mm (L x W x H) |
|
WEIGHTR |
1.8kg |
|
MOUNTING |
Quick-release mounting mechanism |
|
Telemetry |
WiFi and DJI Lightbridge |
| DATASHEETS | |
|---|---|
| Hovermap 100V Autonomy level 1 package - Datasheet | PRODUCT MANUALS |
| Hovermap 100V Autonomy level 1 package - Product Manual | SPECIFICATIONS |
| Hovermap 100V Autonomy level 1 package - Specifications |
OVERVIEW
Telecommunication tower mapping and inspection
Inspection through drone
Building construction monitoring
Mapping of underground mines
FEATURES
Hovermap offers revolutionary efficiency, safety and operational insights to challenging above ground, underground and GPS-denied environments.
It provides collision avoidance, GPS-denied flight, advanced autonomy and SLAM-based LiDAR mapping. This allows a Hovermap-enabled drone to be deployed in challenging GPS-denied environments, to collect 3D and other data which was previously impossible to collect. This new data in turn leads to new insights.
How long has Hovermap been in use for?
The first early adopters started in Feb 2017 with mapping only. That early adopter (and others) is still actively using the same hardware, so even the prototypes have lasted well. AL1 was first released to early adopters in July 2018.
How long has Hovermap been a commercial product?
Commercial launch of the HF1 / VF1 was in Jan 2019.
How many versions of Hovermap have there been?
Between 2014 and Jan 2019, Hovermap went through 6 iterations in order to reach the current commercially available product. Much work has been done to reach the current solution.
How many Hovermaps are being used around the world now?
18 Early Adopters have product and over 35 systems have been commercially sold around the world to date.
Application
MINING
Mapping of underground mines
ASSET MANAGEMENT
Bridge inspection
ENERGY
Power line inspection
ASSET MANAGEMENT
Telecommunication tower mapping and inspection.
CONSTRUCTION
Building construction monitoring
ASSET MANAGEMENT
Liquid storage tank mapping and inspection.
Features
Collision avoidance and autonomy
Omni-directional LiDAR-based collision avoidance keeps the drone safe while flying up-close to structures to inspect them. Advanced autonomy allows beyond line-of-sight mission execution in GPS-denied environments.
GPS-denied flight
Allows flying indoors, underground or under bridges.
SLAM-based 3D mapping
SLAM (Simultaneous Localisation and Mapping) allows mapping even when GPS is unavailable.
SPECIFICATIONS
|
LIDAR |
Velodyne VLP-16 Lite |
|
GPS (OPTIONAL) |
External GPS data recorded when0 available e.g. from DJI drone |
|
SLAM |
Simultaneous Localisation and Mapping (SLAM) based LiDAR mapping |
|
SCAN RANGE NOISE |
±30mm |
|
LIDAR DATA FORMAT |
Post processing data output in .laz and .ply point cloud formats |
|
GEOREFERENCING |
Above Ground: Georeferenced point clouds via GPS when available (in WGS84) |
|
COLLISION AVOIDANCE |
Omni-directional collision avoidance using LiDAR data Adjustable minimum distance collision avoidance threshold |
|
GPS-DENIED FLIGHT |
GPS-denied position hold and velocity control |
|
MAPPING ONLY |
Any VTOL drone that can lift the payload |
|
AUTONOMY FUNCTIONS |
Compatible with drones equipped with DJI A3 autopilot such as M600, M210, etc. |
|
TABLET APPLICATION |
Pre-flight configuration; Online command and operation of the system; Obstacle situational awareness; Live camera video stream and control; |
|
USB3 |
High Speed data offload |
|
STORAGE |
480 Gigabytes – approximately 12 hours of sensor data |
|
POWER |
Powered from a battery or auxiliary power input (12V – 54V) Max 50W |
|
SIZE |
215 x 155 x 200mm (L x W x H) |
|
WEIGHTR |
1.8kg |
|
MOUNTING |
Quick-release mounting mechanism |
|
Telemetry |
WiFi and DJI Lightbridge |
DOWNLOADS
| DATASHEETS | |
|---|---|
| Hovermap 100V Autonomy level 1 package - Datasheet | PRODUCT MANUALS |
| Hovermap 100V Autonomy level 1 package - Product Manual | SPECIFICATIONS |
| Hovermap 100V Autonomy level 1 package - Specifications |
CR Kennedy is your national partner for all positioning needs from survey to machine control to building construction and everything in-between. Wherever you are in Australia, C.R. Kennedy are with you, providing an unparalleled level of service and support from industry experts to get the job done safely and efficiently.
© 2020 C.R. KENNEDY & Company Pty. Ltd.
All rights reserved.
Sign Up for Latest News and Special Offers
Shop Safely and Securely at CRK Survey Solutions
Subscribe & Win!
Join our mailing list and go in the draw to win a Leica Disto D2!
THANKS FOR YOUR ENTRY.
GOOD LUCK!
Bonus Tripod & Staff
Buy any Leica Rugby Laser Level and get a free tripod and staff combo by redemption
> Learn MoreLeica Ultra Advanced ex-demo Sale
Limited sale of ex-demo units $8,750 incl. GST
Only 4 units available at this very special price.
STOCK DUE 
ON ORDER