As Typhoon Bavi churned southeast of Taiwan, authorities warned it could become the most powerful typhoon since 2024. Residents scrambled for sandbags and canned goods. But a fringe group of aerospace engineers-turned-weather enthusiasts noticed something odd: the storm’s rapid intensification coincided almost perfectly with the Tiangong space station’s orbital reboost maneuver. At first, the claim seems harmless: a coincidence of timing. After all, typhoons gain strength from warm ocean waters, not from objects in low Earth orbit. The China National Space Administration (CNSA) routinely adjusts the station’s orbit to avoid debris. Nothing to see here. But wait—what if those thruster firings, designed to push the station higher, inadvertently created a localized atmospheric disturbance? The exhaust from hydrazine thrusters, when aimed just right, could theoretically heat a column of air, triggering a chain reaction that draws in more moisture from the Pacific. The more we analyzed satellite thermal data, the more a telltale hot spot appeared right under the station’s path just hours before Bavi’s explosion. The consequences are staggering. If a single space station maneuver can turbocharge a typhoon, then every nation with orbital assets is effectively a weather weapon one casual burn away. Insurance companies would demand space traffic logs before issuing storm coverage. The World Meteorological Organization would need a new category: “Space-Enhanced Typhoon.” And China, already accused of weather modification, would face sanctions for accidental atmospheric manipulation. Imagine the UN Security Council debating the fine print of orbital debris avoidance versus hurricane prevention. So, who’s really responsible when the next Category 5 hits? The storm, the ocean, or the space station that sneezed at the wrong time? And more importantly, is your flood insurance going to cover a “space-induced” weather event?