The recent trials included the first live-fire tests, where the focus was on assessing the structural strength and stability of the Eva M2. Additionally, the system underwent non-shooting tests that evaluated its performance in challenging conditions, such as steep gradients, trenches, and various rugged terrains. The successful completion of these tests highlights the system’s robust design and operational reliability.
The Eva M2’s chassis is based on the Tatra concept, featuring a central load-bearing tube with independently swinging half-axles and a front-mounted engine. This design includes an armored cabin for enhanced crew protection and a central tire inflation and deflation system, allowing for real-time adjustment of tire pressure to optimize performance across different terrains.
The artillery system also boasts advanced automation, including mechanisms for automatically adjusting the barrel’s position and an automated ammunition transport and loading system. It facilitates seamless data transmission between the artillery unit and higher command systems, ensuring effective integration with other battlefield systems.
The Eva M2’s fire control system is supported by sophisticated software architecture that manages technical resources and monitors their activities. This software handles tasks such as topographic, ballistic, and technical preparations, processed directly within the onboard computer. Additionally, the system can calculate precise firing solutions, contributing to accurate and efficient artillery operations.