Jessika Farrar is a UAV Technician at Robotic Research. She has been building and flying model RC aircraft since she was 6 years old. Over the years, Jessika’s interest in RC models has evolved, going from gas powered planes built from balsa wood flown strictly line of sight, to flying LiPo powered quadcopters built from Read more 
Cutting-Edge
Engineering Solutions
Innovative, cutting edge engineering solutions for DoD, automotive and law enforcement applications.
Cutting-Edge
Engineering Solutions
Innovative, cutting edge engineering solutions for DoD, automotive and law enforcement applications.
Cutting-Edge
Engineering Solutions
Innovative, cutting edge engineering solutions for DoD, automotive and law enforcement applications.
Cutting-Edge
Engineering Solutions
Innovative, cutting edge engineering solutions for DoD, automotive and law enforcement applications.
Latest News
Jessika Farrar is a UAV Technician at Robotic Research. She has been building and flying model RC aircraft since she was 6 years old. Over the years, Jessika’s interest in RC models has evolved, going from gas powered planes built from balsa wood flown strictly line of sight, to flying LiPo powered quadcopters built from Read more 
Autonomy
Robotic Research is known for providing the robust autonomous mobility for a variety of platforms. We are the first group to fully tackle the problem of autonomy in unstructured environments including off road terrain, dealing with pedestrians, dealing in areas without GPS.
Navigation
Robotic Research provides navigation solutions for a variety of vehicles and applications including GPS-denied areas, SUB-T and Megacities. In particular, we have developed navigation units for dismounted warfighters, autonomous ground, aerial and surface vehicles. Robotic Research navigation units are used in both manned and unmanned systems.
Highlighted Programs
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AGR
Autonomous Ground Resupply
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SAARP
Sensor-Smart Affordable Autonomous Robotic Platforms
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ARIBO
Applied Robotics for Installation and Base Operations
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UMAPS
Navigation and Mapping in GPS-denied Environments
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FETCH
Fuel Efficiency for Tactical wheel vehicles and Convoys
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SAUVI
Safe Autonomous Unmanned Vehicles for Installations
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AVESA
Autonomy and Visualization Enhancement for Situational Awareness
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CANINE
Collaborative Autonomous Navigation in a Networked Environment
