Research

Innovation comes from constant research.

Our team spends their spare time continuously developing new ideas, concepts, and research concepts. Here are some of our highlights members of our team worked on.


Internal Research

Internal research is conducted by our team to advance the future of autonomous platforms. Most of this research is ongoing.

Owning The Night.

Project VISITR stands for Visual Intelligence System w, Infrared and Thermal Recognition. It's our internal system for display and video transmission of Thermal and NearIR/IR video data which will be standard inside of our UAS platforms. 

Project CENTUAR

Project Centaur concerns the level of autonomy in UAS platforms in comparison to human capability. Project Centaur is kept internally until we can release further information.


Supported Research

Supported research comes from either our staff in university or from other organizations we support.

The Reachable Set of a Drone: Exploring the Position Isochrones for a Quadcopter - ICRA21

Swarm Robotics Laboratory at the University of Houston

The Reachable set calculates the maximum moveable position of any drone given the drone's parameters in a given time, useable in pattern mapping opposing force UAVs, calculating safe distances for operating in swarms, as well as for future calculations in drone operations.

https://www.youtube.com/watch?v=FidiVw0_yfs  

Senior Design 2021-22

Our team has recently completed our Senior Design Project at the University of Houston with our successful demonstration of Project Alpha. To see the progress we are making on that front, feel free to check out our senior design blog.


Printed-Applied Layer Composites for Antweight Combat Robotics

Robotics Club at the University of Houston

A paper outlining the composite reinforced armor designs observed in 3d printed antweight 150g and 1lb robots. Strain testing of said composites.  

Youtube controlled Robotic Arm for Runtime Assurance Testing

Robotics Club at the University of Houston

A modified ECE5330 Final Project with the ability to test Run Time Assurance on a platform networked to the internet, specifically Twitch Chat and Youtube Live. 

Validating the Reachable Set Autonomously

Swarm Robotics Laboratory and Cescon Research Group at the University of Houston

Follow up research with Reachable Set work where our researchers were able to program UAS platforms to autonomously operate high-stress maneuvers for validation of a reachable set isochrone. 

https://www.youtube.com/watch?v=fn2kUQuF3lc 

Limited Technologies, Inc. 
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