A team of researchers in China has published a computer simulation detailing a new light detection and ranging (lidar) system intended for use on missiles. According to the study, this technology is theoretically capable of identifying and tracking the F-35 stealth fighter at a range of 61.5 kilometers (approximately 38 miles). Lidar technology functions by firing laser pulses at a target and measuring the time it takes for the light to bounce back, allowing for precise distance and shape mapping.

While the report presents this as a significant advancement in military sensor technology, it is important to note that the findings are based on a computer simulation rather than a physical field test. The effectiveness of such a system in a real-world combat environment, where atmospheric conditions, electronic countermeasures, and the F-35's own defensive systems would be active, remains unproven. The research underscores a broader global effort by defense scientists to develop sensors capable of neutralizing the radar-evading characteristics of modern stealth aircraft. No official response or verification from the manufacturers of the F-35 or Western defense agencies has been provided regarding the specific claims made in the simulation.