SLS designed and deployed a state-of-the-art lightning monitoring system for the NASA Launch Services Program (LSP) to provide precision lightning detection, location, and characterization for the upcoming Parker Solar Probe mission, scheduled for launch on August 4th, 2018 from Delta Launch Complex 37 at Cape Canaveral Air Force Station. The mission will launch during the peak of lightning…Read More
A high-speed camera located on the roof of NASA's Vehicle Assembly Building at the Kennedy Space Center captured this amazing positive polarity cloud-to-ocean lightning flash on May 17, 2018. The camera is part of the Launch Complex 39B lightning instrumentation system.
SLS engineers recently installed two Jupiter OLS system to provide precision lightning monitoring for the B-2 Rocket Engine Test Stand at Stennis Space Center. During the installation, a test firing of the Aerojet-Rocketdyne RS-68 engine was scheduled. The RS-68 is used to power the core stage of the Delta IV family of orbital vehicles. Our team had the excitement of watching the engine test…Read More
Florida’s summer lightning season got an early start this year as strong, fast-moving thunderstorms rolled across the east coast earlier this week. During the afternoon hours of April 23, 2018, a Jupiter OLS system at Kennedy Space Center imaged multiple negative-polarity lightning flashes striking ground in close proximity to Launch Complex 41, where the Atlas series of vehicles are launched.Read More
SLS engineers installed two Jupiter OLS high-speed video lightning monitoring systems at the John C. Stennis Space Center in southern Mississippi. The Jupiter OLS systems will provide vital lightning monitoring for the B2 rocket engine test stand, where the massive core stage of NASA’s new Space Launch System rocket will be tested starting in early 2019. The Space Launch System core stage…Read More
A Jupiter OLS lightning monitoring system installed at Kennedy Space Center recently recorded this direct lightning strike to the Launch Complex 39B (LC-39B) lightning protection system (LPS). Launch Complex 41 is located in the foreground. At least five long upward positive leaders were launched from the LC-39B LPS in response to the downward propagating negative stepped leader. Upward leaders…Read More
SLS engineers worked with the NASA Launch Services Program (LSP) to deploy a Jupiter Portable Lightning Instrumentation (PLI) System within the Vertical Integration Facility (VIF) at Kennedy Space Center’s Launch Complex 41. The PLI will monitor electromagnetic fields immediately adjacent to the GOES-S spacecraft in addition to transient currents on the vehicle umbilicals. GOES-S, which is scheduled…Read More
JPSS-1 (Joint Polar Satellite System), the second next-generation NOAA polar-orbiting operational environment spacecraft, launched from Vandenberg Airforce Base in California on November 18, 2017 atop a Delta II rocket. JPSS-1 will provide forecasters and scientists with global coverage of severe weather events, in addition to advanced atmospheric, sea, and terrestrial monitoring capabilities.
SLS worked with the NASA - National Aeronautics and Space Administration Launch Services Program (LSP) to deploy a Jupiter OLS system to provide precision lightning monitoring for the upcoming GOES-S mission from Launch Complex 41 (LC-41) at the Kennedy Space Center. GOES-S will be the second next-generation NOAA weather satellite slated for placement in geostationary orbit, following the successful…Read More
SLS’ Jupiter Optical Lightning Surveillance System high-speed camera (3200 frames /per second) captured this negative polarity cloud-to-ground lightning discharge at Launch Complex 41, Kennedy Space Center.Read More
The SLS Team has many decades of lightning monitoring, lightning protection, and lightning testing experience. We apply state-of-the-art lightning research to engineering solutions.Request Information
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