Our multi caliber capable flagship product. Designed and built for professional users and to comply with the NATO AC/225 D14 specification. The TPG-3 leaves nothing to be desired in range, precision, modularity, robustness and workmanship.
The TPG-3 was built from its predecessors TPG-1 and TPG-2, together with FNH USA LLC due to a tender of US Special Forces Commands (SOCOM). The SOCOM “PSR1” tender has demanded a multicaliber sniper rifle. Based on the high modular design of each part of the rifle, we continued to develop the multicaliber ability of the TPG-1 and TPG-2 and modified it for missions under extreme conditions.
Aspects like reduced weight, consistent accuracy after barrel changes, were strictly realized. We focused the development of our barrels profiles. The .338LM`s progressive spin guarantees smallest strike pattern.
The barrels can be changed in less than one minute without any special tools or other devices and fixed repeatability in the system by means of four loss-protected integrated clamping screws.
The magazines are made out of fiberglass-reinforced, high-performance plastic. They are available in all three calibers and come in a short and long versions. The high-strength plastic is far more superior to metal as a material for magazines since the material does not bend or deform under stress like a traditional steel magazine; therefore, feeder faults belong to the past.
The buttstock is collapsible to the right without changing the overall width of the gun. Simultaneously, the bolt handle is secured. Overall length, cheek piece, and butt plate height angle and height are fully adjustable. A picatinny-interface allows for the use of a monopod or spacer plate from our range of accessories.
Freely positionable Picatinny mounting rails (MilSpec 1913 Rail) are available in five different lengths and can be mounted and form-fitted to eight different angles around the hand guard.
Match Grade Trigger
The match grade trigger can be precisely adjusted to your wishes. It has a outstanding, crisp characteristic for optimal trigger control.