War at the Final Frontier. Nobody is looking up. | by Lateral | Jun, 2026 | MediumSitemapOpen in appSign up<br>Sign in

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War at the Final Frontier

Lateral

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Nobody is looking up.<br>Press enter or click to view image in full size

Image credit: US Space ForceOn June 19, 2026, a rocket departed from New Zealand with little fanfare. The mission, in its entirety, was handled by a single prime contractor — Rocket Lab. This wasn’t a marketing failure for one of the most watched space technology companies listed on the NASDAQ, because just one day ago, Rocket Lab didn’t even have a launch scheduled.<br>Victus Haze is a US Space Force mission, designed to demonstrate and measure response times for orbital operations. In just 16 hours and 42 minutes after receiving a notice to launch, Rocket Lab pulled together the manpower and materiel to deliver their Pioneer spacecraft to orbit to conduct Rendezvous and Proximity Operations in Low Earth Orbit. A new record by more than 10 hours. In less than a day, a phone call from the Pentagon can now put a satellite in orbit.<br>That’s a lot of confusing words if you’re not watching this space (pun fully intended). But before we pick them apart, we’re going to need to dive into the history of orbital warfare. Because the most important thing about Victus Haze isn’t how fast the rocket went up, but rather, what the rocket was carrying.

Image Credit: US Air ForceEver since western military planners discovered the concept of air superiority in the Second World War, there has been the dream of ever higher and more unassailable platforms. The highest ground of all is orbit, and the obvious question followed quickly: if you can put something up there, can you knock something else down?<br>For a long time the answer looked like a missile and a fireball. On September 13, 1985, Major Wilbert “Doug” Pearson pointed his F-15A into a 65-degree climb about 200 miles off the California coast, and at around 38,000 feet he let go of an ASM-135 missile. Its kill vehicle was a 30-pound slug with no warhead at all. It flew up and hit the defunct Solwind P78–1 solar observatory head-on at roughly 15,000 miles per hour. The first and last fighter jet to reach up and touch something in space.<br>It carried its own punishment in the wreckage. The strike scattered 285 catalogued pieces of debris across orbit, and the last of it didn’t burn up until May 2004 — nearly nineteen years after a single missile reached up and hit one satellite. Within three months Congress had banned using the missile against targets in space, and the programme was cancelled in 1988.<br>The story of the next forty years is four countries learning the same lesson in public, one test at a time.<br>The danger was no secret. NASA’s Donald Kessler had described the cascade back in 1978, and every spacefaring nation knew a high-altitude kill would leave debris for decades. China’s test proved it at scale. On January 11, 2007, it destroyed its own dead Fengyun-1C weather satellite at 865 kilometres — high enough that the debris would continue to orbit. The strike produced over 3,000 trackable fragments, the worst single debris event in history. NASA estimated roughly a third would still be circling the Earth in 2035. Years later, fragments from that one test still make up a meaningful share of the junk the International Space Station has to dodge.<br>The United States answered a year later, but read the script differently. In February 2008, during Operation Burnt Frost, the cruiser USS Lake Erie fired a modified SM-3 and destroyed a failed reconnaissance satellite, USA-193, at just 247 kilometres. Officially this was a safety mission to deal with a full tank of toxic fuel; few in the field missed that it also happened to demonstrate, neatly, that Washington could do what Beijing had just done. The difference was the altitude. Low down, physics cleans up after you: 95% of the 174 catalogued fragments reentered and burned within months.<br>By the time India joined the club — Mission Shakti, March 2019 — the lesson was doctrine. India struck a target satellite at just 283 kilometres and said openly that it chose the low altitude so the debris would “decay and fall back onto the Earth within weeks.” It mostly did. Russia, in November 2021, ignored all of this. Its Nudol missile shattered the defunct Cosmos 1408 at over 400 kilometres, throwing off more than 1,500 trackable fragments — enough that the seven astronauts aboard the ISS sheltered in their return capsules as the station ran through the debris field.<br>That last one was the act that drew the line. The engine behind all four was the same: Kessler syndrome, the nightmare in which one collision seeds the debris for the next, and the next, until whole orbital bands become unusable for decades. And those bands are not empty real estate.<br>They carry the GPS satellites that get millions to their destination day by day,...