A Chinese Long March-3B rocket successfully placed a satellite into orbit after being struck by lightning seconds after liftoff [1].
The incident demonstrates the resilience of the vehicle's design against extreme weather phenomena during the critical early stages of ascent. Such events are rare and potentially catastrophic, as a direct strike can disrupt electronic systems or cause structural failure.
The rocket launched from the Xichang Satellite Launch Center in Sichuan Province [1]. According to reports, the lightning discharge struck the vehicle approximately 30 seconds [1] after it left the pad. Despite the strike, the rocket continued its flight without interruption [2].
The payload was the Tianlian-2-06 data-relay satellite [3]. The mission remained on track despite the atmospheric interference. A representative for the Chinese launch team said the vehicle continued its flight without interruption [2].
Officials from the China National Space Administration (CNSA) confirmed the outcome of the mission. A spokesperson for the CNSA said the launch proceeded as planned and the satellite was successfully placed into orbit [1].
Visual evidence of the event captured the lightning striking the rocket just seconds after lift-off [4]. The rocket's ability to maintain its trajectory and power systems suggests that the shielding and grounding protocols of the Long March-3B were effective against the discharge [1].
This successful deployment ensures that the Tianlian-2-06 satellite can begin its operations in space. The mission serves as a technical benchmark for how modern launch vehicles handle unpredictable weather during the first minute of flight [1].
“The launch proceeded as planned and the satellite was successfully placed into orbit.”
This event highlights the critical importance of electromagnetic shielding in aerospace engineering. While lightning strikes are a known risk for all launch providers, the Long March-3B's ability to absorb the strike without losing telemetry or propulsion confirms the robustness of China's current relay-satellite delivery infrastructure.
