U.S. Army Awards DiSTI $5.5M Delivery Order for Bradley Trainers
The DiSTI Corporation receives order from the U.S. Army to develop Diagnostic Troubleshooting Trainers (DTT) for the M2A3/M2A4 Bradley Fighting Vehicle.
"The Bradley Fighting Vehicle is a critical component in the U.S. Army's Armored Brigade Combat Team and the combat vehicle modernization strategy," said DiSTI CEO John Hayward. "The DiSTI Corporation is committed to continuing our mission of developing world-class, immersive training to ensure efficacy and force readiness."
The total solution will extend the existing BFV DTT prototype lessons to include 80 maintenance and troubleshooting lessons and procedures. These variants of the Bradley Fighting Vehicle are equipped with enhanced features that provide rapid movement in reaction to combat or other adverse situations, protecting soldiers between critical points.
Installation of classrooms featuring the Bradley Fighting Vehicle DTT trainers will occur in Fort Benning, Georgia, Fort Lee, Virginia, and Camp Shelby located near Hattiesburg, Mississippi.
DiSTI's virtual training solution will allow students to train in an advanced 3D learning environment to garner the skills necessary for BFV maintenance. This program will provide the U.S. Army with immersive, cost-effective training that improves student throughput, engagement, and learning outcomes.
The Family of Maintenance Trainers (FMT) is a program developed by the U.S. Army to establish a Common Core (CC) software baseline to replace its current software architecture with a solution adaptable to address new and emerging technologies for future training needs.
For more details, please contact Sales@Disti.com or visit www.disti.com
# # #
About DiSTI Corporation
The DiSTI Corporation is the world's leading provider of 3D virtual training solutions and graphical user interface software. DiSTI's VE Studio is the world's leading virtual training development platform for managing the creation of complex 3D virtual environments for use on desktop, mobile, and virtual and mixed reality training applications.