Smart Shooter Smash X4

What are SMARTSHOOTER fire control systems used for?

An abstract and concrete threat posed by drones has become increasingly widespread worldwide. Military forces and law enforcement agencies, including state and federal police, are facing this ongoing threat more frequently. Reports from various operations indicate that, for example, German Bundeswehr camps in Afghanistan and Mali were almost daily overflown by small Unmanned Aerial Systems (sUAS), likely for reconnaissance purposes. However, it cannot be ruled out that Unmanned Aerial Vehicles (UAVs) may also carry payloads capable of conducting attacks.

With the increasing proliferation of sUAS, counter-sUAS (C-sUAS) capabilities and technologies are becoming more important than ever. This applies not only to international deployments but also to the protection of domestic infrastructure.

The challenges posed by sUAS are diverse. Most drones are civilian products that are widely available and often inexpensive, making them accessible to almost anyone. They are typically small in size and made of plastic, resulting in a low signature that is difficult to detect or track. In addition, they offer relatively high speeds and a high level of agility. Commercially available yet powerful systems can be acquired at low cost and often include simple flight control, built-in planning and navigation systems, long flight times, and high-definition camera technology.

To counter these new and rapidly evolving threats, SMARTSHOOTER specializes in developing advanced fire control systems for small arms that significantly increase accuracy and hit probability against both static and moving targets on the ground and in the air, day and night.

SMASH X4

The SMASH X4 combines a 4× magnification optical scope with SMARTSHOOTER’s fire control capabilities, providing the shooter with enhanced detection and identification at extended ranges to effectively engage threats at greater distances.

The SMASH X4 also features an etched reticle, allowing operation even without battery power. An optional integrated laser rangefinder (LRF) enables distance measurement both as a user-initiated function and as a system input for improved precision.

The system integrates Lock-Track-Hit capabilities, enabling engagement of both static and dynamic targets under complex shooting conditions and tactical scenarios.