Soldier Protection Systems are incorporated to aid personnel safety. The use of this technology is anticipated to drive the security associated with soldiers. The growth in the lethality of munitions and the brewing political tensions across global markets are two of the key factors that drive the growth in the soldier protection systems market. The use of this technology is anticipated to improve the soldier’s morale and defense capability within close combat scenarios.
On studying the materials used for the fabrication of soldier systems, it is seen that Kevlar, Dyneema, and UHMWPE (ultra-high molecular polyethylene) account for a major share within this market. Kevlar is one of the aramids that provides enhanced ballistic protection against incoming projectiles. However, improper disposal of the material has a negative impact on the environment. Green alternatives to this technology are now being devised by researchers. The rise in research and development-based investment within this domain is poised to accelerate the growth associated with this market.
Improving soldier performance is one of the key criteria taken under consideration while making soldier protection systems. The US Army Natick Labs developed the ballistic combat shirts that essentially take the same protective components of the interceptive body armor system and integrate them into a new complex functional design. This T-shirt is typically worn beneath the tactical vest. The technology is used to afford the user a better mobility range for motion and increase comfort. At the same time, ballistic combat T-shirts do not compromise on the level of protection.
On studying the overall soldier protection systems market, the vertical is segmented by Region, Type, and End-user. The regional segment provides a competitive mapping across geographic landscapes including North America, Europe, APAC, the Middle East, and the RoW. The type-based segment is further categorized into Military, Homeland security, and Others. While, the Type segment includes Personal Protection, Respiratory Protection Equipment, Power and Transmission, Communication, Surveillance and Target acquisition, Vision, Exoskeleton, Navigation and Health Monitoring, as well as Training and Simulation.
One of the key defining factors that are to change the market trends within this segment is the growing number of female soldiers within the troops. The inclusion of soldiers from the female sex facilitates the requirement for uniforms that are tailored to their body type. The US armed forces are making a continued attempt to increase the diversity in terms of sizes for armored vests. Helmets for longer hair and armor that aids quick bladder relief are also being designed by researchers. As of 2020, the number of females who serve for the US forces accounts for 21 percent of the Air Force, 20.2 percent of the Navy, 15.4 percent of the Army, and 9.1 percent of the Marine Corps.
Tactical vests for small-statured female soldiers were devised by the US Army to aid comfort and survivability. Earlier, the vests used by female soldiers were not fitted to their specifications since they were typically designed for male soldiers. The growing demand for diversified vests within global markets is anticipated to expand the existing customer base and the potential range of this market.