For nearly 20 years, the people of Robotic Research have blazed a trail in developing, implementing, and executing autonomous systems in both commercial markets and the federal government. As leaders in the field, Robotic Research’s subject matter experts in AI and edge computing, along with world-renowned roboticists, take what many consider dull, dirty and dangerous activities and transform them with smart, clean and safe solutions. It is this passion that drives Robotic Research in pushing the incredibly rapid evolution occurring today.

Robotic Research uses Velodyne’s Puck sensor to provide dependable and effective operations for its innovative ParaLift™ automated wheelchair ramp for vehicles that enable a great level of independence for riders in wheelchairs. The ParaLift™ system autonomously loads, secures and unloads wheelchair passengers while giving the user control of the process. This technology reduces public transportation barriers and challenges for those with disabilities.

Robotic Research uses Velodyne Lidar sensors on a variety of autonomous robotic products to ensure the accuracy and effectiveness of operations in a variety of lighting and environments. These products and projects include supporting a wide range of critical operations for defense as well as commercial customers, from autonomous military vehicles, commercial shuttles, and buses, to transformable drones and vehicle wheelchair loading systems. Robotic Research provides the hardware and software to enable the autonomous capabilities of these technologies.

Improving transportation for people with disabilities