What is the legal situation after the drone was found at Leipzig Airport?

A drone carrying explosives was discovered near a Ukrainian freight plane at Leipzig/Halle Airport last week, according to new evidence emerging from video footage and forensic analysis. The incident, which occurred close to a parked Antonov An-124 aircraft, appears to have narrowly avoided causing catastrophic damage. According to reports, the drone struck one of the wings of the aircraft before bouncing off and falling to the ground. It was later found four hours after the initial impact, with explosive material discovered nearby rather than directly attached to the drone itself. The drone had been flying toward the freight plane around 7 p.m. on Tuesday, as revealed through video recordings analyzed by investigators. These recordings show the drone’s trajectory and its eventual collision with the wing of the Antonov. Although the explosion did not occur, the drone's impact left visible marks on the aircraft's wing. The device was eventually discovered by airport staff several hours later, following a chance encounter with a tour bus driver who noticed the object and alerted security personnel. Forensic examination has uncovered DNA traces linked to the explosive device, suggesting possible connections to individuals previously recorded in Lithuania. This discovery adds another layer of complexity to the investigation, indicating that the perpetrators might have used a highly specialized, non-commercial drone designed to avoid detection by conventional radar systems. The drone was equipped with Semtex, a high-explosive plastic produced in the Czech Republic, known for its use in both commercial and military contexts. Additionally, the explosive device contained PETN, another powerful explosive substance. The drone, which was reportedly constructed rather than purchased, featured modifications such as extended flight duration capabilities and a lack of position lights, making it more difficult to detect during its approach. Investigators believe the drone was remotely controlled via mobile networks, possibly from a distant location. A small antenna found near the scene suggests the attackers aimed to ensure a stable signal for controlling the drone. The drone's failure to detonate was attributed to a faulty fuse, preventing a potential disaster. The explosive charge, stored separately from the drone, was found several meters away. The presence of multiple DNA samples at the site indicates that the perpetrators may have left behind physical evidence that could help identify them. Some of these DNA traces were linked to a previous case, potentially pointing to a connection between this incident and other sabotage activities. Meanwhile, in Bulgaria, a similar drone incident occurred near the border with Romania, close to the Transbalkan gas pipeline. Bulgarian Prime Minister Rumen Radew stated that the drone exploded approximately 1,000 meters from the pipeline's compressor station. The drone, described as larger than a typical hobby drone, carried a substantial amount of explosive material. Initial assessments suggested the drone likely originated from Ukraine, given its type commonly used by the Ukrainian military. However, no immediate claims of intentional sabotage were made by Bulgarian authorities. The incident highlights growing concerns over drone-related threats in Eastern Europe, particularly affecting NATO member states supporting Ukraine against Russia. Recent months have seen repeated drone attacks in the region, prompting increased vigilance and defensive measures among affected countries. Bulgaria announced plans to enhance surveillance along its borders and deploy additional troops to counter potential drone threats. As investigations continue into both incidents, authorities remain focused on identifying the responsible parties and preventing future attacks. The technical sophistication of the drones used in these cases underscores the evolving nature of modern threats, requiring continuous adaptation in security strategies and international cooperation to address the risks posed by such advanced technologies.