Energia the Soviet super heavy lifter

You think SpaceX’s Starship is the first super heavy lifter to dream big? Think again. The Soviet Union beat everyone to the punch with Energia, a rocket so brutally powerful it once lobbed a 100-ton space shuttle into orbit on its first real flight. And here’s the kicker: parts of that Cold War monster are still flying today, just under a different flag. If you’re a casual space fan who wants to understand how the past is literally haunting the present, this is the rocket you need to know.

The Soviet space program was famous for two things: raw engineering and a strange obsession with secrecy. By the 1970s, they were losing the Moon race, but they weren’t about to surrender orbit. They needed a rocket that could launch massive space station modules, heavy military payloads, and their own version of the Space Shuttle—the Buran. The answer was Energia, a modular beast that ditched the old R-7 design (think Soyuz) for something completely new. It wasn’t a single rocket; it was a system. The core was a massive structure with four liquid-fueled strap-on boosters, each using the same RD-170 engine—the most powerful liquid-fueled rocket engine ever built. Period. That engine still holds records for chamber pressure and thrust. SpaceX’s Raptor and Blue Origin’s BE-4 are direct descendants of this Soviet technology. You’re welcome.

Energia made its debut in May 1987, launching the Polyus spacecraft. That mission was a partial failure—Polyus didn’t reach orbit due to a guidance error—but the rocket itself performed flawlessly. Then came the real show: November 1988, when Energia lifted the Buran orbiter, a fully automated space shuttle, into space. No crew, no remote control drama. It flew itself, landed itself, and did it all on the first try. The United States never flew a fully automated shuttle mission. The Soviet Union did it on the first attempt, with a rocket that weighed nearly 2,500 tons fully fueled. That’s the equivalent of launching a small building sideways.

So why don’t we see Energia launches today? The Soviet Union collapsed in 1991. Funding evaporated. The Baikonur Cosmodrome, where Energia was built, ended up in a newly independent Kazakhstan. The Buran program was scrapped. The orbiters rotted in hangars. One was even destroyed when its hangar roof collapsed in 2002. But the hardware didn’t disappear. The RD-170 engine, and its simpler cousin the RD-180, became the backbone of American rocketry. The United Launch Alliance’s Atlas V used that engine for years. Russia’s own Angara rocket uses a derivative of the same core. Even the Falcon 9’s Merlin engine owes a conceptual debt to the Russians’ high-pressure staged combustion cycle. You can argue that Energia’s DNA is still pumping through the veins of every major launch vehicle flying today.

And then there’s the direct successor. Russia’s current super heavy lifter concept, the Yenisei, is basically a modernized Energia. It’s designed to launch 100 tons to orbit, same as the original. It would use RD-171MV engines, which are upgraded versions of the very same RD-170s that powered Energia. The project has been delayed, underfunded, and re-scoped multiple times, but it’s still alive. Roscosmos hasn’t officially canceled it. If politics and rubles ever align, you could see a rocket that looks almost exactly like Energia launching from Vostochny in the 2030s. The only difference would be the paint job and the digital avionics.

Why should a 2020s American space enthusiast care about a Soviet rocket that flew twice? Because it proves a point. The biggest, most ambitious rockets in history were not designed by Silicon Valley entrepreneurs. They were designed by engineers working in a crumbling empire under constant pressure to match American capabilities. Energia had no room for error. It was built to survive nuclear war scenarios, to launch secret military stations, to keep the Soviet Union in the game. And despite all that, it worked. It worked so well that its engines are still the gold standard.

When you watch a Falcon Heavy boost back to Earth or see a Starship prototype hop, remember that the Soviet Union already solved most of those engineering problems in the 1980s. They just didn’t have the luxury of iterative testing. They had to get it right the first time. And they did.

Energia is more than a history lesson. It’s a ghost that refuses to fade away. Its engines fire on pads in Kazakhstan and Florida. Its design philosophy influences every heavy lifter on the drawing board. And its tragic end—a world-class rocket system scrapped for lack of bureaucratic will—is a warning to any nation that takes orbital access for granted.

You don’t need to romanticize the USSR to respect what they built. Energia was Soviet steel that still flies, even if it’s now hidden inside a Russian booster or an American launcher. It’s the quiet heavyweight that never got its Hollywood moment. But if you know where to look, you can see its shadow stretching across every launch pad on Earth.