The Greek company Sas Technology has completed successful three-day tests of unmanned battle aircraft (BI) Sarisa II (SRS-2A) at the Lithokhoro landfill. These tests under the certification of the apparatus confirmed the ability of the drone to effectively use both unmanaged and laser -controlled rocket. Successful test results demonstrate the high reliability of the device in combat.
On February 10, 2025, Sarisa II successfully launched an unmanaged rocket (UGR), demonstrating the stability of flight even under the influence of a jet. The rocket has passed a given trajectory with high accuracy, confirming the reliability of optical methods of aiming and management. On February 11, the drone conducted the FZ275 LGR managed rocket with laser thales. During the UAV test, it affected the target of 5 × 5 meters, with a deviation of only 0.2 meters - this confirmed the indicator of a circular probable deviation (ki) of less than one meter. The test was carried out at a distance of 1700 meters, which was close to the minimum working range of weapons, and the result was very impressive for such a distance. On February 12, a public demonstration was held, which was attended by representatives of the Greek Armed Forces, special forces and international delegations. The drone again showed high accuracy when launching the FZ275 LGR rocket from a height of 450 meters above sea level, again confirmed by less than one meter. These tests have confirmed that Sarisa II has all the necessary characteristics for the effective use of high -precision weapons. The FZ275 LGR rocket provides accuracy at a long -range -controlled -controlled rocket, but at a relatively low cost, which makes the use of such a blade costly and highly effective. In addition, the high level of sustainability in the air during launches is extremely important for platforms where the accuracy and stability of flight is critical for the success of the combat mission.
According to experts, such drones open up new opportunities for the armed forces, allowing to reduce weapons costs while maintaining high accuracy and efficiency of impact. By using modern guidance and stability technologies, Sarisa II can significantly improve the combat efficiency of the Armed Forces and provide a strategic advantage on the battlefield.
