A team of researchers affiliated with a prominent Chinese air force missile supplier has published a computer simulation detailing a new lidar (light detection and ranging) system. According to the study, this technology could theoretically identify and track an F-35 stealth fighter from a distance of 61.5 kilometers (38 miles) during nighttime operations. The researchers suggest that if such a system were successfully integrated into missile hardware, it could impact the operational effectiveness and survivability of stealth aircraft in contested environments.

The findings are based on a theoretical model rather than a physical field test. The study posits that the lidar system could overcome some of the traditional challenges associated with detecting stealth platforms, which are designed to minimize radar cross-sections. By utilizing light pulses rather than radio waves, the proposed system aims to bypass conventional stealth countermeasures.

While the research presents a significant claim regarding military technology, the practical application remains unproven. The report notes that there is skepticism among some analysts regarding the real-world viability of these findings. Critics point out that computer simulations often rely on ideal environmental variables that are rarely replicated in actual combat scenarios, such as atmospheric interference, rapid target movement, and electronic countermeasures. As of now, the model serves as a conceptual exploration of potential future missile guidance capabilities rather than a confirmed technological breakthrough currently deployed in the field.