Designed for applications that demand a lower weight, the Puck LITE retains the Puck sensor’s surround view and best-in-class performance. The Puck LITE™ is perfect for use with drones/UAVs, backpacks and other applications requiring reliability and less weight.
This compact, lightweight sensor delivers the ideal resolution and performance for UAV/drone and mobile applications.
Velodyne sensors support a dual return mode that enables lidar applications to more accurately capture the details of complex environments, such as forests, infrastructure and buildings, which contain scattered small objects and non-opaque surfaces. A significant advantage over single returns alone, providing the user with multiple returns greatly increases the number of useable points available to map or navigate any setting. This feature enables Velodyne’s sensors to deliver the precise 3D image data needed for insights to advance efficiency, safety, sustainability and more.
Velodyne sensors support a dual return mode that enables lidar applications to more accurately capture the details of complex environments, such as forests, infrastructure and buildings, which contain scattered small objects and non-opaque surfaces. A significant advantage over single returns alone, providing the user with multiple returns greatly increases the number of useable points available to map or navigate any setting. This feature enables Velodyne’s sensors to deliver the precise 3D image data needed for insights to advance efficiency, safety, sustainability and more.
The Puck LITE, built on Velodyne’s ‘558 patent, provides a full 360-degree environmental view to deliver accurate real-time 3D data.
“The compact size and versatility of Velodyne sensors allow YellowScan Surveyor to be easily adapted to any drone, generating data when and where customers need it.”
Emesent is a venture backed technology company that automates the collection and analysis of critical data in challenging underground environments.
Real-time localization and mapping. Kaarta immediately transforms local environment data collected from sensors into accurate, useable information.
We are an aggressive team of pioneers in geomatics searching for new, innovative, and affordable solutions.