Everyone Wants a Moon Base. Here’s What Each Nations Spacesuits Will Look Like

Updated: August 2026

Humanity will soon become a multi-world species

Except this time the sales pitch is not "land, plant flag, grab some rocks, leave before the snacks run out."

The United States is talking about a Moon base. China and Russia are working toward the International Lunar Research Station. India wants an Indian astronaut on the Moon around 2040. Japan is building a pressurized lunar rover and has surface slots through Artemis. Which means somebody has to answer a very basic question: What the hell is everybody going to wear outside?

A lunar spacesuit is not clothing. It is a tiny one-person spacecraft with arms and legs. It has to keep a person alive in vacuum, manage heat, feed oxygen, scrub CO₂, survive micro-meteoroids, handle lighting that goes from welding-torch to crypt, stay flexible enough that picking up a rock is not a 20-minute boss fight, and keep abrasive lunar dust from sandblasting the joints into scrap.

Apollo suits had to survive a handful of walks. A base suit has to be cleaned, repaired, reused, and dragged through some of the nastiest dust in the Solar System for years. So I looked at what the major programs actually plan to wear.

One warning, once: as of August 2026, only the United States and China have publicly revealed dedicated lunar EVA suits. Russia has prototype and pressure-shell work. India has a destination and no public Moon suit. I am not slapping "MOON SUIT" under an orange launch garment and calling it research.

Also, this is not ranked by drip. I am, however, judging the engineering.

1. China — Wangyu (望宇)

China has the most visually distinctive dedicated Moon suit outside the United States. Wangyu roughly means "gazing into the universe," which is a much better name than Exploration Extravehicular Surface Garment System Mark II or whatever acronym a committee would have assembled from spare letters.

The exterior design was shown in September 2024 and named in February 2025. CMSA said the suit had entered prototype development; work reportedly started in 2020. In early 2026, Yang Liwei said 2026 would be a year of structural, thermal, electrical and simulated-regolith testing, with a final prototype targeted by year's end.

It is white with deliberate red striping. Upper-arm markings take after the flowing ribbons of Dunhuang flying apsaras. Lower-leg markings resemble rocket exhaust. China put actual cultural design language on a pressure vessel. I respect it.

Wangyu is not a reskinned Feitian. Microgravity is reach, rotate, pull on a handrail. The Moon is walk, crouch, kneel, stand back up, climb a ladder, and recover after lunar geology becomes lunar slapstick. During the public demo, Zhai Zhigang and Wang Yaping did all of that.

The suit has a panoramic glare-resistant visor, flexible gloves, a chest control panel, close-up and longer-range cameras, low-gravity joints, and materials meant for lunar heat and dust. That last item is not trim. Regolith is sharp, clingy and un-weathered. Apollo crews tracked it inside, smelled it after repressurization, and watched it chew equipment. A base suit that slowly grinds itself to death is a costume.

China intends to land astronauts before 2030. Separately, China and Russia are aiming at a basic ILRS architecture around 2035. That makes Wangyu one of the few suits here with a name, a demonstrated exterior and a mission waiting for it.

Maker: China Manned Space Agency / China Astronaut Research and Training Center ecosystem. No public commercial prime contractor equivalent to Axiom. Wangyu's R&D cost is undisclosed. The only useful historical number is that a first-generation Feitian EVA suit for Shenzhou 7 cost about 30 million yuan in 2008, then reported as roughly $4.4 million. That is not Wangyu's price, not Wangyu's budget, and I am not inflation-adjusting it into a pretend ledger.

2. United States — Axiom Extravehicular Mobility Unit (AxEMU)

If AxEMU sounds like an engineering program that escaped from a spreadsheet, congratulations: you understand NASA acronyms.

Axiom Space is the prime contractor, with a lot of NASA DNA. NASA spent years on its own xEMU. When the agency moved to "spacesuit as a service," Axiom inherited requirements, test data, hardware work and astronaut feedback instead of a blank page.

Then the group project got stranger. Prada worked on materials, sewing, the outer layer and the liquid cooling and ventilation garment worn underneath. Yes. Prada. Humanity spends half a century trying to get back to the Moon and one of the answers is Italian luxury-fashion engineering. It makes more sense than it sounds: a suit is an absurd soft-goods problem, and Prada is extremely good at making advanced textiles obey a human body.

Oakley is doing the deploy-able visor and optical coatings for the contrast between direct sun and lunar shadow. Nokia has worked on communications. AxEMU is less "a suit from one company" than the world's strangest engineering group project.

The flight look is white, more conventional than the black-and-orange prototype cover from 2023. Underneath, it is a leap over Apollo: eight-hour moonwalks, sizing from roughly the 1st through 99th anthropometric percentiles (NASA wants at least 90 percent of the U.S. male and female population), regenerable CO₂ scrubbing, redundant safety systems, onboard diagnostics, and enough hip/knee/upper-body mobility that astronauts can kneel. That sounds like a low bar until you remember every pressurized suit is a human-shaped balloon that wants to stand at attention.

Axiom also says the suit can work in permanently shadowed south-polar regions for at least two hours. In 2026 the company put the boot system around temperatures down to about -250°F. That is not "bring a jacket." That is "your workplace is trying to become a physics demonstration."

Schedule note, once: older pages still call AxEMU the Artemis III Moon suit. In February 2026 NASA turned Artemis III into a 2027 Earth-orbit demonstration of lander interfaces and the new EVA suits. The first surface landing is now Artemis IV, early 2028. NASA currently points to Artemis V, late 2028, as the start of Moon-base construction. Unless the architecture changes again — and this is spaceflight, so nobody should tattoo a launch date on themselves — AxEMU is the American Moon-base-era surface suit.

Who makes it: Axiom Space, with Prada (outer layer and cooling garment), Oakley (visor), Nokia (comms), and NASA (requirements, testing, facilities, xEMU heritage).

Cost, also once: NASA's 2022 lunar-suit task order to Axiom had a base value of $228.5 million for design, development, qualification, certification, production, support equipment and a lunar demonstration.

That is not "$228.5 million per spacesuit." A 2021 NASA Inspector General report separately found NASA had already spent $420 million on next-generation suit work by then. AxEMU benefits from that heritage. Adding the two numbers and declaring a $648.5 million suit is accounting fan fiction. Known price of one finished AxEMU: not established from those figures. Less satisfying than one giant dollar sign. Also accurate.

3. Russia — NPP Zvezda lunar prototype

NPP Zvezda has been doing this for generations. Orlan is still one of the most recognizable EVA lines ever made. The Soviet Union also got surprisingly far on a real lunar suit, Krechet-94: rigid torso, serious lower-body mobility, rear entry through the backpack. Those ideas still look modern. The crewed Soviet lunar program died. The suit engineering did not.

In 2023, Oleg Kononenko tested a Zvezda lunar-suit mock-up in reduced-gravity gear at the Gagarin Cosmonaut Training Center, with TsNIIMash involved. He walked, jumped, squatted, climbed and descended slopes, reached, used tools and connected hardware — exactly the stuff an orbital suit is bad at. Russia already knows how to keep a human alive in a pressure garment. The problem is making that garment admit that legs are a normal part of the body. By 2025, Zvezda chief Sergei Pozdnyakov said the company had done lunar-suit research under contract with TsNIIMash and built an experimental pressure shell. He also described a requirement I appreciate: the suit has to let a cosmonaut fall down and get back up.

Aerospace, translated: please make sure the astronaut can eat dirt and recover. The caveat is large. Russia has not publicly unveiled a finalized, named, mission-certified lunar surface suit comparable to AxEMU or Wangyu. Public hardware is still research, mock-up and prototype. In March 2025 Pozdnyakov also said there was no customer yet for a preliminary lunar-suit design, and that Zvezda's near-term work was skewed toward orbital suits. That matches the fuzzier timeline for Russian boots on lunar dirt, even with the ILRS partnership.

Maker: NPP Zvezda, with TsNIIMash and the Gagarin Center on the public test work. Suit-specific R&D cost: not disclosed. Grabbing a random Russian lunar-program number and parking it next to a prototype would be meaningless, so the number is unknown.

4. India — no public lunar EVA suit yet

India is here because India intends to join the club. The long-term goal is an Indian astronaut on the Moon around 2040, via Gaganyaan, a future station, more Chandrayaan flights, the LUPEX partnership with Japan and new launchers.

As of August 2026 there is no publicly unveiled Indian lunar EVA suit. No name, no flight design, no contract that clearly says "this is what they walk in." Gaganyaan needs pressure garments. The exhibition IVA suit is an inside-the-vehicle suit. A lunar EVA suit is the thing you wear outside while the Moon tries to freeze, cook, irradiate and sandblast you at once. Calling the Gaganyaan suit a Moon suit is like calling a life jacket a scuba system because both involve water. Close enough to confuse somebody. Not close enough to keep you alive. 2040 is far enough out that this is not shocking. The U.S. and China need suits sooner. India has time to fly Gaganyaan, collect long-duration crew experience, then decide what the EVA system should be. Officials have said landing architecture is still being studied. That is one layer above "here is the suit."

Maker: nobody publicly identified. Likely authority: ISRO / the Indian human-spaceflight program. Suit-specific cost: none. The expanded Gaganyaan outlay of roughly ₹20,193 crore is a whole program budget, not a garment budget, and this article has standards. Low ones sometimes. But standards.

5. Japan — probably AxEMU, plus a rover that eats EVA for breakfast

Japan may produce one of the first non-American people on the Moon in the Artemis era. In 2024, NASA and Japan agreed that JAXA would provide a pressurized lunar rover in exchange for two Japanese surface opportunities, with a shared goal of a Japanese national as the first non-American on the Moon if milestones are met. The rover is not a golf cart. It is meant to work like a tiny mobile habitat: two astronauts living and working inside for up to 30 days, walking far from a fixed lander. That is the moment a suit stops being mission jewelry and becomes daily work gear.

Japan does not have a publicly assigned JAXA lunar EVA suit for those walks. JAXA has studied lunar-suit concepts. That is not a flight article on a manifest. Under the current architecture, Axiom is NASA's lunar surface suit provider, so AxEMU is the obvious path — with the usual spaceflight asterisk that assignments and hardware deals can still move.

Who makes the expected surface suit: Axiom. Who makes Japan's big surface contribution: JAXA and Japanese industry, the pressurized rover. Separate Japanese flight-suit cost: not applicable.

6. Canada, Europe and the UAE — partners, not separate Moon-suit programs

This is where "national Moon suit" starts falling apart.

Canada, ESA member states and the UAE are major Artemis partners. They were also lined up for Gateway hardware — Canadarm3, European service-module and station elements, the UAE crew-and-science airlock. In March 2026 NASA paused Gateway in its current form and said it wanted those resources pointed at a surface base instead. Partner roles are now in flux. The suit story did not change.

None of those contributions required a homemade lunar EVA suit. Canadian Space Agency astronaut Jenni Gibbons has already trained in AxEMU at the Neutral Buoyancy Laboratory, and CSA describes AxEMU as the lunar-surface suit for future Artemis missions. That is not a landing assignment and not a promise that every partner astronaut gets a surface EVA. It is a preview of the hardware ecosystem: if a partner walks on the Moon under the current architecture, using AxEMU is vastly more realistic than every country showing up with a different pressure suit, life-support interface, tool set and airlock.

For the foreseeable Artemis era, several countries may reach the Moon without a national lunar suit at all. They bring robotics, modules, rovers, airlocks, science and crew. Axiom provides the wearable spacecraft.

So who actually has a Moon suit?

• United States: furthest along in the commercial-provider model. Test hardware, NASA contract, named partners, repeated human-in-the-loop work, surface target 2028.
• China: state-integrated path. Public design, name, prototype program.
• Russia: real heritage and real prototype work, just no confirmed 2030 version.
• Japan: doesn't have their own suit, but I'd take a JAXA over a stylish suit every day of the week

If these were flag-and-footprint missions, the only question would be whether the suit can finish a few walks.

AxEMU looks like a serious flight program. Wangyu looks like a serious flight program. Russia's prototype looks like the start of one. India has not shown its hand.