Army Advances Haptics in Combat Training

The U.S. Army is enhancing its Synthetic Training Environment (STE) with advanced haptic technology to make virtual combat training more realistic and immersive. Haptics provides tactile feedback—like vibrations and resistance—through wearables such as gloves or vests, allowing Soldiers to feel weapon recoil and other physical sensations. 

This technology bridges the gap between virtual scenarios and real-world experiences, improving muscle memory and decision-making. It enables cost-effective, safer practice of complex tasks, from indirect fire to urban combat, reducing reliance on live-fire exercises. 

Current prototypes are being tested at Army training centers to gather Soldier feedback, refine designs, and validate performance. Plans call for fielding these systems, starting with indirect fire training in fiscal year 2027. By integrating haptics with virtual and augmented reality, the Army aims to boost readiness and adaptability, ensuring Soldiers can train effectively anytime and anywhere.