A new Velocity – at the intersection of technology and application
Our industry is always changing; new technologies, challenging use cases and cutting-edge engineering are making autonomy a reality.
To help you stay on top of the latest innovations, we're expanding Velocity to include in-depth technical articles on the engineering and testing behind the application of autonomy and positioning technologies.
What you'll find inside
From the future of PNT from low Earth orbit to driving autonomous innovation with university student racing teams, from autonomous orchard sprayers in Brazil to GNSS positioning for offshore wind farms in the North Sea, Velocity magazine features the latest applications and technical advancements from around the world—and out of this world.
Enabling LEO signals for more resilient PNT
A collaboration between Hexagon | NovAtel, Spirent and Xona Space Systems is pushing the low Earth orbit (LEO) movement forward.
Mitigating jamming and spoofing with GRIT
GNSS Resilience and Integrity Technology (GRIT) demonstrates it can successfully protect against jamming and spoofing trials in Norway.
Student race car designers driving autonomous innovation
Student teams find innovative ways to leverage advanced positioning technologies in prototype electric and driverless vehicle designs.
Download Velocity now to read these and more application and technical articles from Hexagon's Autonomy & Positioning division including:
Vibration, the not so silent killer of INS
The impacts of vibration on inertial navigation systems and ways to mitigate its effects.
Brazilian citrus industry ripe for autonomous sprayer shift
Agriculture equipment manufacturer Jacto is leveraging GNSS to provide highly accurate and reliable positioning for autonomous sprayers to operate continuously and safely 24/7/365.
ZITON leads as offshore wind demand grows, deploying the latest in PNT solutions to accurately and safely position their jack-up vessels for turbine maintenance operations.
Sensor fusion and its role in safe autonomy
How additional sensors can enhance GNSS and inertial data in real-world scenarios.