Many of today’s U.S. military aircraft entered service decades ago, and keeping them mission-ready can be a challenge. Facing many dangers in several parts of the world, GTRI engineers are helping U.S. airplane and ...

GTRI researchers are hard at work fi nding new ways to make aviation quieter. From exploring new uses for helicopter transportation to leading the development of next generation air vehicles, GTRI is helping to streamline ...

GTRI scientists have developed a series of prototype systems that uses special high-strength permanent magnets to quickly erase a wide variety of storage media. Originally designed for military applications, the new ...

There are more than three million road reflectors in place on Georgia highways. GTRI researchers designed an automated system that uses sensors to place the markers "on the move" reducing the amount of time workers spend ...

Locations of GTRI.

The polymer dental-filling material, used today by most dentists, tends to shrink when it is cured in a tooth causing a tooth to crack or decay. GTRI researchers along with clinicians from the Medical College of Georgia ...

As scientists learn more about the potentially harmful effects of indoor air pollution, nations around the world are imposing strict regulations on chemical emissions from furnishings, paints, clothing and building ...

Georgia Tech researchers have led the development of what is believed to be the largest unmanned aircraft to fly using a compressed hydrogen fuel cell. A 500 watt fuel cell system powers the aircraft, which has a 22-foot ...

GTRI is leading a multidisciplinary team of researchers identifying and measuring breath biomarkers for disease detection, beginning with breast cancer. The research is being done in collaboration with the Emory University ...

Working on a tight deadline, GTRI engineers developed a device that enhances the capabilities of the missile warning system of many military aircraft flown by the United States and its allies. They designed and built the ...