In a stunning revelation that underscores the resilience of military technology, several World War II-era artillery systems remain operational around the globe, defying the test of time. These aging yet effective weapons, revered for their durability, continue to serve in various capacities—from active combat to ceremonial roles—highlighting their enduring legacy on the battlefield.
Among the oldest systems still in service is the Soviet 100 mm field gun M1944 BS3, introduced in 1944. Originally designed to combat heavy German tanks, this artillery piece has found new life in the arsenals of North Korea and post-Soviet states, with Ukraine even redeploying it amidst ongoing conflict. Its low cost and reliability ensure it remains a fixture in static defense roles.
The M2 4.2-inch mortar, known as the “goon gun,” has also seen a resurgence. Developed in 1943, it continues to provide heavy fire support for infantry in various regions, including Africa and Asia. Similarly, the Soviet 120PM43 mortar, affectionately dubbed the “Samovar,” remains a preferred choice in rugged terrains, showcasing its firepower and accuracy.
The American M114 howitzer, famed for its durability, and the British QF25 pounder artillery piece, a staple of Commonwealth forces, are both still in use, with nations like Pakistan and Myanmar keeping these relics operational. Meanwhile, the Soviet 37 mm anti-aircraft gun and the 82BM37 mortar continue to serve in limited capacities, often employed by militias or in reserve roles.
Even the iconic 40 mm automatic gun L60, initially developed in the 1930s, is still in action, upgraded for modern warfare by countries like Indonesia and Brazil. Lastly, the versatile 75 mm pack howitzer M1 remains operational in the Philippines, reflecting its adaptability in diverse combat environments.
As these historical artillery systems continue to play roles in contemporary conflicts, their stories serve as a powerful reminder of military innovation and endurance, proving that age is just a number on the battlefield.