North Korea has carried out a launch training drill with its Hwasong-16B hypersonic missile, signaling continued progress toward operational deployment of advanced long-range strike capabilities, according to a January 4, 2026, report by the Korean Central News Agency.
The exercise was conducted by missile units of the Korean People’s Army’s core strike force and was personally observed by leader Kim Jong-un. KCNA stated that the drill was intended to validate combat readiness, operational execution, and the credibility of the country’s strategic deterrent, suggesting the Hwasong-16B is nearing full operational status.
Launched northeastward from the Rippo District near Pyongyang, the missile reportedly struck a target about 1,000 kilometers away in the East Sea. The range and trajectory closely match earlier test data, indicating the event was structured as a realistic mission rehearsal rather than a demonstration of maximum performance. North Korean media emphasized that the exercise evaluated the speed of force activation and the effectiveness of missile units operating under simulated combat conditions.
The Hwasong-16B, also known in some official references as the Hwasong-16Na1, is assessed to be North Korea’s first solid-propellant intermediate-range ballistic missile. The two-stage system measures roughly 21 meters in length and 2.1 meters in diameter and is deployed via a road-mobile transporter erector launcher. It employs a cold-launch mechanism using a gas generator, reducing stress on both the missile and launcher while enabling rapid firing sequences. The adoption of solid fuel marks a significant departure from earlier liquid-fueled missiles, providing improved survivability and faster response times.
The missile is believed to support either a maneuverable reentry vehicle or a hypersonic glide vehicle payload, the latter intended to defeat missile defense systems through high-speed maneuvering. North Korea’s first public acknowledgment of the system came in April 2024, when state media reported a 1,000-kilometer hypersonic glide test featuring a pull-up maneuver to a secondary apogee. Subsequent launches in January 2025, tracked by regional and U.S. sensors, confirmed similar ranges of around 1,100 kilometers and apogees approaching 100 kilometers.
