In brief
North Korea faced a significant setback when a new destroyer capsized during its launch. With limited resources, engineers used balloons and the manpower of hundreds to successfully right the 5,000-ton vessel, highlighting their innovative but unorthodox approach to naval engineering.
In a surprising twist amid North Korea's efforts to enhance its naval capabilities, a newly launched warship, the Choe Hyun-class destroyer, faced a setback when it capsized shortly after its launch. Rather than relying on modern heavy lifting machinery, which they lacked, engineers opted for an unconventional solution: balloons. This makeshift method, along with the mobilization of hundreds of workers, ultimately enabled the vessel to be righted successfully. Satellite images showed the ship back in an upright position just weeks after the incident, floating in Chongjin harbor, approximately 580 feet from where it initially toppled.Normally, developed countries would employ sizable cranes or specialized barges for such tasks, as noted by Hong Min, a military expert at the Korea Institute for National Unification in Seoul. The parbuckling technique, a common method for righting capsized ships, was notably used in 2013 during the infamous Costa Concordia disaster, which demonstrates the typical protocols expected in naval engineering. However, North Korea's approach underscores the nation’s ongoing challenge to modernize its military fleet in the face of both technical limitations and international scrutiny. The use of balloons highlights a resourceful, if not traditional, response to an urgent problem, showcasing the lengths to which North Korean engineers will go to achieve their goals under the pressure from leadership.
