VIPR-L Heavy-Duty Robot

Description

VIPR-L Heavy-Duty Robot The VIPR (Versatile Indoor Platform Robot) is a configurable Autonomous Mobile Robot (AMR).
Initially Built by SuperDroid Robots and customized to fit the client’s needs.
This robot accepts programmed waypoints and then develops an optimal path.
Powerful SLA batteries and a set of 250W motors power this mobile platform.
Certainly You can use it to transport items or add custom attachments for your own projects!
VIPR-L Heavy-Duty Robot Using a suite of advanced cameras and sensors,
VIPR-L detects and and intelligently navigates its way around obstacles, moving objects and people.
The path updates in real-time to address obstacles and reach its destination.
The VIPR has a variety of sensors, each with its own purpose.
The Inertial Measurement Unit (IMU) assists with navigation and mapping.
Basically Light Detection and Ranging (LiDAR) provides information and data on the VIPR’s surroundings.
A fusion of this data through Simultaneous Localization and Mapping (SLAM) helps create a map of that data for the robot to use and generate live.
LiDAR, SLAM, Intel Realsense depth cameras, inertial sensors and more collect a constant stream of data.
VIPR-L Heavy-Duty Robot This data is then sent to a ROS environment in an NVIDIA® Jetson Xavier for processing.
Basically This serves as the brain of the VIPR-L, using the information to make real-time decisions.
This is what allows the VIPR-L to identify objects, avoid obstacles and determine an ideal path.
VIPR-L Heavy-Duty Robot The VIPR-L can operate on all indoor surfaces, as well as overcome thresholds up to 3/4″.
Accordingly Designed for indoor applications, the VIPR-L is great for use in warehouses and offices.
This platform is ideal for maintaining social distancing and for carrying sanitation systems.
It’s capable of creating an optimal path to its destination in both known and unknown areas.
VIPR-L Heavy-Duty Robot Onboard sensors help position the robot and detect changes in its surroundings.
The VIPR-L can map unknown areas of interest through SLAM, making navigation even easier!
The system can accept uploaded maps to help improve accuracy and identify destinations, waypoints and points of interest.