A Royal Air Force (RAF) Hawk T2 training jet crashed near the RAF Valley base on Anglesey after its two pilots ejected moments before impact. The incident occurred near Pencarnisiog, prompting the RAF to temporarily pause training flights on these aircraft as a precautionary measure. North Wales Police confirmed the pilots sustained only minor injuries and are receiving treatment.

The crash is currently under investigation, with initial analysis of video footage offering insights into the events leading up to the ejection. BBC Security analyst Mikey Kay, a former RAF pilot, observed footage appearing to show flames emanating from the rear of the jet shortly after takeoff. The Hawk T2, a two-seat advanced jet trainer manufactured by BAe Systems, is designed to mimic the controls of fighter jets like the Typhoon. Its role is to prepare pilots for advanced fast-jet operations.

According to Kay, the area around RAF Valley is strategically important for pilot training. It offers access to diverse landscapes suitable for low-level flying, instrument flying, formation flying, and general handling exercises. This region is part of the UK's network of tactical training areas, which are utilized for complex flight maneuvers. The proximity to areas like the Machynlleth Loop further enhances its value for training purposes.

The specific aircraft involved was a Hawk T2, a model used for advanced fast-jet training. An older variant, the Hawk T1, is famously used by the Red Arrows aerobatic team. It is understood that the pause in training also extends to the Hawk T1 aircraft, although they were not scheduled to perform until an airshow in France this weekend.

Analysis of the available video footage by Mikey Kay suggests the flames were visible from the rear of the jet as it accelerated. Kay noted that Hawk jets are not equipped with reheat systems, commonly known as afterburners in the US. This system injects extra fuel into the exhaust to provide a significant thrust boost, which typically results in visible flames. Therefore, observing flames from the rear of a Hawk jet is unusual, unlike in aircraft such as the F18 or Tornado where such phenomena are more common.

The exact sequence of events, including the timing of the pilot ejection relative to the takeoff and the subsequent crash, is a key focus of the ongoing investigation. The RAF has not yet provided a timeline for the lifting of the training restriction on the Hawk jets.

This incident highlights the inherent risks associated with advanced pilot training, even in specialized training aircraft. The ejection system is designed to ensure pilot safety in critical situations, and its successful deployment in this instance is a testament to its effectiveness. The investigation will aim to determine the precise cause of the engine fire and any contributing factors.

Further details are expected to emerge as the RAF's investigation progresses, which will likely involve a thorough examination of the aircraft wreckage and flight data recorders. The findings will be crucial in ensuring the continued safety of training operations for future RAF pilots.