Russian Defense Minister Sergei Shoigu recently made a striking claim about the Ukrainian forces. According to Shoigu, Ukraine has suffered over 125,000 troop losses since the launch of its counteroffensive in June. This figure also includes the loss of approximately 16,000 units of various weapons.
Shoigu’s statement came during a briefing where he highlighted the unsuccessful impact of Ukraine’s total mobilization, the influx of Western-supplied weapons, and the deployment of strategic reserves. Despite these efforts, he maintained that they did not significantly alter the battlefield situation.
Shoigu emphasized the effectiveness of the Russian military, noting their capability in occupying advantageous positions and expanding their zones of control.
Interestingly, Shoigu did not disclose the losses suffered by Moscow during this period. This omission comes amidst Ukrainian President Volodymyr Zelensky’s acknowledgment that their ambitious counteroffensive failed to achieve desired results, partly due to shortages in weapons and ground forces
Independent news outlet Mediazona reports that the verifiable death toll for the Russian military in Ukraine stands at over 37,000
Furthermore, Shoigu commented on the progress of Russian forces on the Ukrainian front, asserting a commitment to continue active defense and enhance the combat potential of their armed forces.
Contrasting this, reports from Kyiv earlier this week indicated that Russian operations in Eastern Ukraine had intensified. Despite these increased efforts, Ukrainian forces are reportedly holding their ground. The industrial town of Adviika has become a significant flashpoint in the war, with analysts suggesting that Russian forces have achieved incremental gains, albeit at a substantial human cost.
This development adds a new dimension to the ongoing conflict in Ukraine, underscoring the high stakes and severe implications for both sides. As the situation evolves, the international community continues to closely monitor the unfolding events in the region.