Abstract:
This project aims to create a head-mounted display (HMD) using see-through augmented reality
technology for infantry soldiers. The HMD helmet will resemble the HMDs used by pilots and will
provide real-time information to the soldier while allowing them to maintain awareness of their
surroundings. The information displayed will include time, location coordinates, maps, and heading
direction, as well as external accessories such as night vision cameras, RGB sensors, and thermal
cameras, which can be seamlessly integrated into the HMD brain to provide real-time data
visualization. The chassis of the HMD is built using 3D printing technology and the main project
includes a display board connected to two high-resolution LCD panels. The HMD helmet aims to
address the challenges of accessibility to primary information, enhance situational awareness, and
provide real-time data visualization. The integration of hardware components such as a 3D printed
chassis, optics, electronic components, and a Raspberry Pi 3B as a computational machine enables
the HMD helmet to deliver vital information to soldiers in the battlefield. The literature discusses
the hardware specifications, working mechanisms, software integration, and features of the HMD
helmet, highlighting its potential to enhance the effectiveness and survivability of infantry soldiers.
