Technology Division

Raytheon UTD’s Technology Division employs the company’s proud tradition of applying basic engineering fundamentals and a broad understanding of our client’s requirements to develop innovative, lasting solutions across a large range of problems. We retain a core expertise in underground technology development resulting in multiple patents and government awards as an innovator in the field.

An example of Raytheon UTD’s innovation is the Low Reaction Force Drill for the Mars Technology Program Office of NASA. This technology provides the Mars missions a low power, deep drilling capability which uses 5 times less power than the nearest competitors design.

This same commitment to “First Principles First” pushes us as innovators to extend far a field of our underground technology focus as demonstrated by the development of an advanced “parking” brake for rail freight cars for the Federal Railway Administration and a breakaway safety link for telephone pole guide wires for the Federal Highway Administration.

Lead: 
Mike Brennan,PE
Vice President, Technology
(703) 440-8834, ext. 218
Michael_a_brennan@raytheon.com



Drilling Technology

  • POLO - A downhole navigation tool for directional drilling
  • Steerable, distance enhanced penetrometer system
  • Locking joint for penetrometer rods and other drilling applications
  • Reinforced concrete bits
  • Helical drag bit
     - Low Reaction Force Drill Extraterrestrial Applications
     - Gas Research Institute Report 98/0266 Helical Drag Bit:
         A Self-Advancing Energy Efficient Drill Bit
     - Phase I--Feasibility Study




Transportation Technology

  • SAFETYLINK TM - A breakaway device for utility pole guy wires.
  • AHAS - An Advanced Handbrake Actuator System for train freight cars




Deployable Wastewater Treatment System (DWTS)

  • The DWTS was developed for the Army to provide treatment system for up to 600 people.
  • The system is air transportable, containerized (2 ISO containers) and modularly designed.
  • The system is a cost-effective approach for treating small to midsize wastewater streams.
  • Phase II Small Business Technology Transfer (STTR) sponsored by US Army ERDC, Cold Regions, Research and Engineering Laboratory (CRREL)
     - Virginia Polytechnic Institute (Virginia Tech) was the academic STTR partner.

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