Osprey aircraft makes emergency landing in Japan after reporting mechanical issue

On July 24, 2025, a U.S. CV-22 Osprey conducted a precautionary landing at Hanamaki Airport, located in northeastern Japan, approximately 300 miles north of Tokyo. The incident occurred during a routine flight from Misawa Air Base to Yokota Air Base. Officials reported that the aircraft experienced a mechanical issue mid-flight but managed to touch down safely without any injuries to the crew or damage to the aircraft. Following the landing, airport operations continued without interruption, and the Osprey was seen taxiing to the apron where personnel inspected the craft. Japan's Defense Ministry dispatched staff to the site and maintained communication with U.S. military representatives to monitor the situation. The Osprey is part of the 353rd Special Operations Wing stationed at Kadena Air Base. Just six days prior, another Osprey had landed in Akita Prefecture for a safety inspection, signaling ongoing safety concerns around the aircraft fleet. The V-22 Osprey has faced scrutiny in recent years due to multiple incidents, including a tragic crash in 2023 off Yakushima Island in southern Japan that resulted in eight fatalities. The incident led to a ground stop for the fleet, highlighting the importance of safety and rigorous inspections for these complex aircraft. U.S. military officials have expressed their commitment to the safety of pilots and aircrew, as well as the local community in Japan, emphasizing the priority of operational safety. The precautionary landing on July 24, 2025, reflects a proactive approach by the U.S. Air Force in ensuring the safety of its personnel and equipment. Maintaining the operational readiness of the V-22 Osprey is vital, as it plays a significant role in various military operations. The assessment and investigation following this landing will likely contribute to ongoing efforts to enhance the safety and reliability of the fleet, ensuring that both U.S. and Japanese forces can operate effectively together while minimizing risks.