BVLOS would make most commercial UAV applications more efficient and cost-effective, because it makes it possible to fly a UAV for several miles without relocating the ground crew and equipment, allowing it to collect much more data in fewer deployments.
Developers of systems for autonomous or semi-autonomous vehicles are faced with the challenge of reducing cost through standardization across platforms, while at the same time having to design systems for vehicles operating in very different environments.
Using Applanix Direct Georeferencing OEM boards, SABRE ADVANCED 3D integrates precise positioning into the SABRE-SCAN™, a high-performance mobile mapping system with FARO® laser scanner and panoramic Ladybug®5 camera.
Robust position and orientation solutions for sensors and vehicles
Industry-leading GNSS-aided inertial technology
Direct Georeferencing of imaging devices
Sensor fusion and complex systems
"Microdrones is proud to use the Applanix APX-15 in its mdMapper1000DG solution. Direct Georeferencing is far superior to RTK and PPK driven technologies, in that it provides faster, more efficient and more detailed results, without using as many ground control points."
Mike Hogan, Sales Director, Microdrones
Improved process efficiency
Rapid return on investment
Increased revenues and profits
"Applanix’ position and orientation technology is robust and accurate, making it essential for enabling autonomous vehicles to navigate themselves through difficult industrial environments. Applanix offers OEM components for tight integration and complete turnkey systems – all with ROS (Robot Operating System) compatibility – and this makes them an excellent partner for Clearpath as we move forward in autonomous vehicle development."
Matt Rendall, CEO of Clearpath
Products & Solutions
Robust and accurate full six degrees of freedom position and orientation solution
Designed for Direct Georeferencing of airborne sensor data
Stable, reliable, and repeatable positioning solutions for land-based vehicles
Navigation solutions for autonomous vehicles research & development
Enables the creation of accurate representations of interior spaces
Software for post-processing position and orientation data for best possible results
Direct Georeferencing for UAVs
Fly Airborne Geospatial Projects with greater efficiency, economy and accuracy
POS product available to Original Equipment Manufacturers
Achieve centimetre level accuracy without using base stations. PP-RTX (post-processed) available in POSPac 8.
Complete shoreline mapping solution for marine vessels
Designed to make aerial mapping fast and efficient
A smarter way to achieve cm level post-processed DGNSS