RTS Tactical Awarded U.S. Patent for Boltless Ballistic Shield Viewport Technology
What to Know
- The boltless viewport assembly eliminates traditional bolts and adhesives, reducing weak points in ballistic shields.
- Designed to withstand heat and repeated impacts, enhancing the durability of transparent armor systems.
- Integrated into RTS Tactical's flagship shield models, including LEGION, Centurion, and Lead Entry shields.
MIAMI, Florida -- RTS Tactical has received U.S. Patent No. 12,624,927 for its boltless viewport assembly for ballistic shields, a design the company says is intended to improve the durability and reliability of transparent armor systems used by law enforcement and tactical personnel.
According to RTS Tactical, the patented viewport assembly addresses limitations associated with traditional ballistic shield viewport construction. Conventional designs typically use bolts or adhesive systems to secure transparent armor to the shield body. The company said those methods can create potential weak points, gaps, or performance issues when exposed to heat or repeated impacts.
The patented boltless design eliminates the need for traditional viewport bolts and adhesive-based attachment systems while providing a mechanical connection between the transparent armor and the shield body, according to the company.
RTS Tactical said the technology is currently incorporated into several of its ballistic shield platforms, including the LEGION Ballistic Shield, Centurion Ballistic Shield and Lead Entry Ballistic Shield. The company said the products are designed for law enforcement officers and tactical teams operating in high-risk environments.
In a statement, RTS Tactical said the issuance of U.S. Patent No. 12,624,927 reflects the company's continued investment in research, development and engineering of ballistic protection equipment.
RTS Tactical manufactures ballistic protection products, including body armor, ballistic shields, tactical gear and other protective equipment for law enforcement, military personnel and first responders.

