Revolutionizing Live Fire Marksmanship Training

Pratt Miller Defense is revolutionizing the way live-fire marksmanship training is being conducted. The Trackless Moving Targets (TMT) family of products combine highly mobile platforms with GPS-based path following technology and hit detection systems for realistic reactive behaviors and hit scoring. TMT platforms range in size from infantry to vehicle and can be deployed in groups or individually to maximize your training experience.

TMT-V

TMT-Vehicle

The TMT-V is a vehicle-sized platform capable of carrying a variety of 3D vehicle representations, from trucks to tanks. Armored for marksmanship engagement up to .50 CAL, the zone-based hit detection allows vehicle specific defeat areas and prompts reactive behaviors.

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TMT-I

TMT-Infantry

The TMT-I is a highly-mobile platform designed to support infantry size targets. Armored for marksmanship engagement up to .50 CAL, and the ability to sense hits and near-misses, reactive behaviors elevate the realism of every training scenario.

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EVENTS

Looking for a place to see the TMT products up close? Check here for our scheduled events and demonstrations.

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Benefits of Trackless Moving Targets

Improved Marksmanship Training Realism

By not being fixed to a rail or a pit, TMTs can travel in varying directions, providing 360 degrees of engagement
Reactive behaviors allow more realistic responses from hits and misses on target

Share TMTs Across Multiple Ranges

The same TMT platforms can be used at any number of different ranges and are not dedicated assets

Flexible Option For Making Damaged Ranges Functional

Replaces MATs/MITs/SITs/SATs that are non-functional due to berm or rail damage
One platform can be used at multiple locations, replacing or augmenting multiple known distance assets

Accelerated Establishment of New Ranges

Armored platforms eliminate the need for berms and pits when training up to .50 CAL
Off-road capable platforms allow targets to operate on standard range terrain without the extensive grooming required for MIT/MATs
Operating through a wi-fi or cellular network eliminates the need for data lines to be run out to targets
Self-powered electric platforms eliminate the need for electric power distribution down range