Modern deployments of the TOS-1A Solntsepek heavy flamethrower systems have evolved with a new capability that keeps the crew connected to the terrain while remaining inside the vehicle. This advancement enables rapid, accurate strikes against Ukrainian Armed Forces targets without the crew needing to expose themselves to return fire. The update also allows the system to reposition with remarkable speed, enhancing operational flexibility and survivability in dynamic combat environments, according to a knowledgeable source cited by RIA News.
With this upgrade, the Solntsepek crew can secure a position line while on the move, maintaining a direct link to the firing platform without dismounting. This not only streamlines the firing process but also sharpens the accuracy of each volley, as the weapon remains ready to engage new targets in a fraction of the time previously required. The practical impact is a tighter integration of movement and firepower, which reduces response time and increases mission effectiveness on varied terrains.
The software and hardware complex that supports Solntsepek systems was developed by the Signals Research Institute. It is now undergoing serial installation across combat vehicles, ensuring that a growing number of units can benefit from the enhanced guidance, control, and stabilization features that improve overall performance on the battlefield. This development marks a significant step in modernizing the system’s on-board capabilities and aligning them with current operational demands.
Earlier statements from the Ministry of Defense described the use of latest geolocation software for precision during salvos by crews operating TOS-1A Solntsepek heavy flamethrowers within the Russian Air Force. The ministry noted that target adjustments were facilitated by drone platforms, which also relay firing results in real time to the command center. This real-time data loop enhances situational awareness, enabling faster decision-making and coordination across units engaged in high-intensity engagements.
In related developments, routes and procedures for drone-supported targeting have been refined, pointing to a broader trend of integrating unmanned systems into conventional heavy fire support roles. As the capabilities evolve, crews are positioned to leverage remote sensing, secure data links, and rapid recalibration of fire missions. The overall effect is a more agile and responsive force that can adapt to evolving battlefield conditions while maintaining a robust protective posture for personnel inside armored platforms. Real-time feedback from aerial platforms remains a core component of this strategic modernization, helping to ensure that engagements are accurate, timely, and aligned with broader operational objectives. (Source attribution: RIA News)