Opaque ballistic face shield utilizing fiber optic imaging

Provides a real-time image of the scene with superior eye and face protection

Military Technology

The passive fiber optic bundles (wearer’s left side not shown) (1) face forward and capture the image from both sides of the helmet (10) and project it onto the inside of the opaque, ballistic face shield (5).

Both military and non-military personnel use face shields to protect the user’s face and eyes from flying hazards and harmful fluids. Transparent face shields allow the user to have visual acuity while still offering protection. Often, opaque face shields are required to enhance protection of the user’s eyes, particularly in harmful light. Conventional transparent face shields comprise approximately four pounds of borosilicate/polycarbonate glass. They are bulky, tiring to wear, and may constrain head movement. Conventional opaque armor systems provide a greater mass efficiency as compared to transparent armor systems. However, conventional opaque face shields do not provide suitable clarity in typical lighting.

In view of this, Navy researchers have developed a helmet with an opaque face shield which utilizes fiber optics to collect the real-time image of the scene and project it onto the inside of the face shield. The opaque ballistic face shield is non-electric, made from silicon carbide and polyethylene and weighs approximately two pounds. This is a significant weight advantage over transparent ballistic shields.

Do you have questions or need more information on a specific technology? Let's talk.

Contact Us