Since the advent of explosive technology, beginning with early blast experiments, explosive devices have played a significant role in warfare and societal threats. From their first uses in conflict zones to their devastating effects during the two World Wars, the legacy of unexploded ordnance (UXO) continues to pose a danger, particularly in regions such as Hungary, where remnants still persist. Despite the valiant efforts of bomb disposal teams working to neutralize these devices, the job remains perilous, albeit with a declining number of devices in open environments. This study explores how virtual reality (VR) technology can enhance public education and awareness about explosive device detection, while also serving as an effective supplemental tool in military training. Through immersive VR simulations, soldiers and civilians alike can learn to identify and safely handle potential threats in a controlled, risk-free environment. However, VR training is not intended to replace physical training exercises, which are crucial for developing the hands-on skills needed in real-world scenarios. Instead, VR acts as a complementary tool, providing a safer, more accessible means of practicing detection and response techniques. As technological advancements continue, VR-based education could significantly reduce the risk associated with unexploded ordnance and contribute to a safer future for both civilians and military personnel.