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Designed for space, built with industry

Stellar Amenities works at the intersection of space architecture and commercialization. Since 2019 we have designed where people live and work in space, and helped the companies building there take their technology to market. We work with clients in four industries.

As featured in
ESA logoInteresting Engineering logoThe Washington Post logo

Space architecture decisions today will determine competitive positioning for decades

Established in Los Angeles in 2019, Stellar Amenities is a strategic advisory firm specializing in space architecture and its commercial applications.

We partner with Fortune 500 companies, aerospace pioneers, and architectural firms to identify high-value opportunities that others miss across Commercial LEO Destinations, lunar habitats, and terrestrial applications.

Our evidence-based approach to human-centered environments delivers measurable ROI while creating sustainable competitive advantage in the rapidly expanding space economy.

Leading organizations choose Stellar Amenities to navigate the complex intersection of technical innovation and business value. We provide the specialized expertise needed to capture emerging opportunities that can only be accessed through optimized space architecture solutions.

View Space Architecture Insights →
$1.8TSpace Economy by 2035

Space architecture (growing 5x faster than global economy) helps drive expansion of the broader space sector toward $1.8 trillion – a value rivaling the semiconductor industry

$45.2BNASA Artemis Program

Landmark investment powering humanity's return to the Moon, establishing sustainable lunar presence, and laying groundwork for future Mars missions

$8B+Commercial LEO Economy

Rapidly expanding market for private space stations, orbital manufacturing, and in-space services creating unprecedented opportunities for innovation

Market research services

Evaluating a space deal, or trying to figure out if now's the time to get in? We can give you a straight answer.

M01

Startup Technical Due Diligence

Technical due diligence on space systems, regulatory pathways, and market timing ahead of a check.

M02

Strategic Go-to-Market

GTM strategy for space companies, including dual-use positioning and funding roadmaps.

M03

Space Economy Intelligence

Mapping NASA funding streams, CLD RFPs, and dual-use technology transfer opportunities into actionable capture strategies.

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Core competencies

The Lab combines crew health engineering with the space architecture and commercialization work Stellar Amenities has done since 2019.

C01

Crew health systems

  • Physiological monitoring and imaging
  • Sleep and circadian systems
  • Countermeasures for bone and muscle loss
  • Crew training hardware
  • Human factors design
C02

Space architecture

  • Habitat and interior design
  • Crew quarters and accommodations
  • Crew interfaces
  • Soft architecture and furniture
  • Lunar surface and analog habitats
C03

Commercialization

  • Market intelligence
  • Technology maturation from TRL 4 to flight
  • Government programs and procurement
  • Partnerships and business development
  • Company formation and spinouts
C04

Extreme environments on Earth

Private jets, bunkers, yachts and remote stations are being disrupted by the same problems space solves first: small volumes, closed life support, isolation and long stays. We bring what works in orbit to these markets.

  • Bunkers and secure shelters
  • Private jet and aircraft interiors
  • Submarine and yacht interiors
  • Polar and remote research stations
  • Museum exhibits and film sets

What Industry Leaders Say About Us

“Very cool concept [deep pressure sleeping bag]! Would love to learn more of the correlation between pressure and sleep in microgravity.”
Shawn DrakeIndustrial Designer, Axiom Space
“[Their deep pressure suit] could solve a lot of bone and muscle loss issues while living and working in space.”
Kayla DanielsSr. Engineering Technologist, NASA Johnson Space Center | ILC Dover Aerospace
“Stellar Amenities balances rigorous engineering, human factors, and business acumen. That's what makes them successful.”
Ché BoldenCEO, The Charles F. Bolden Group
“TESSERAE interior design is looking fantastic! Love the galley tessellation concept, where [they] employed a cabinetry tessellation to ensure fully optimized use of physical space.”
Ariel EkblawFounding Director of the MIT Media Lab's Space Exploration Initiative
“Cool origami tactile environment solution for AstroAccess for blind navigation during microgravity... They’re designed with directionality like scales and pattern density change.”
Jamie MolaroPlanetary Scientist at NASA's Jet Propulsion Laboratory
“We had a consultation with Stellar Amenities on sustainable materials for our new Biosphere 2 analog habitat, providing us with insights that helped inform our design process.”
Kai StaatsDirector of Research at SAM at Biosphere 2
“...liked their presentation at the Care in Space Challenge and their deep pressure sleeping bag is clever.”
Smith L. Johnston, M.D.Chief Medical Officer at NASA & Axiom Space
“ExPod project is an interesting take on the next generation of private quarters in space. I especially think that the pressurized suit will be beneficial for the long duration space missions...”
Garrett ReismanFormer NASA astronaut
“... their work on the navigation system for AstroAccess mission is insightful and fundamental, not only for space environment but for blind user accessibility everywhere.”
Sina BahramAccessibility Consultant for California Science Center, MOMA and other museums
“We were excited to meet someone of [their] caliber at NASA's Studio JPL. [Their] renders on space habitation ... and innovative concepts are impressive.”
Dan GoodsVisual Strategist at NASA's Jet Propulsion Laboratory
“Working with Stellar Amenities opened up new possibilities we hadn't considered. They helped us secure our first seven-figure NASA contract and brought a fresh perspective to our approach.”
Global Engineering Firm
“[The team] applies a clever synergy between art and science in the Buckminster Fuller's manner.”
Story MusgraveRetired NASA Astronaut, Consultant at Applied Minds
“[their] vest tested on a parabolic flight could be the first step in understanding how pressure affects astronaut performance while working in space.”
Cady ColemanRetired NASA Astronaut
“[they] consulted us on lunar architecture, rover design, and airlock design to ensure our production of Maelstrom II is scientifically realistic. Their expertise elevated our space environments.”
Jeroen Lapre'Senior Technical Director, Visualization Studio California Academy of Sciences. Formerly with Lucasfilm
“[Stellar Amenities] brought us crucial early-stage technical hires for our deployable reflectors that were instrumental to our growth.”
Zay RosenChief of Staff, Reflect Orbital

Case studies

Selected commercial engagements from Stellar Amenities across aerospace, architecture and engineering, education and entertainment, and market intelligence. Some clients are not named at their request.

Commercial space station illustration
Aerospace2025

Mission participants and brand partnerships

Built a pipeline of mission participants and brand partners with the operator’s VPs of Crew Sales and Agency & Partnerships. Closed a wearable-brand partnership in two weeks.

Client · Commercial LEO Destination operator
Fluid droplets in microgravity
Aerospace2024

Autonomous decision software and ISS National Lab proposal

Framed autonomous decision software and shaped an ISS National Lab proposal around how the program office evaluates and funds this work.

Client · Aerospace and defense contractor
Flight hardware in the lab
Aerospace2024

Pharma and biotech customer development

Translated microgravity manufacturing into yield, purity and product performance for buyers outside space, and handed over qualified opportunities.

Client · In-space manufacturing company
Spacecraft with deployed solar arrays
Aerospace2025

Early technical hires for deployable reflectors

Sourced specialized early technical hires, including structural engineering talent, by screening candidates on the deployable-reflector problem itself.

Client · Reflect Orbital
Rocket on the launch pad
Architecture and engineering2023

A space-derived innovation program

Mapped a 15,000-person firm’s competencies against NASA’s technology taxonomy. Identified seven transferable competencies and three pilot technologies.

Client · Global engineering firm
Lunar habitat dome illustration
Architecture and engineering2024

Extending design capability into lunar habitat work

Advised on where the firm’s design methods transfer to space habitation, where they break, and how to build credible space work on its existing practice.

Client ·Design and innovation firm
Fungal mycelium, a biomaterial source. Photo: PerytonMango, Wikimedia Commons
Architecture and engineering2024

Design, biology and materials for space

Advised on how material-ecology methods hold up under mass, radiation and closed-loop life support constraints. Confidential at the client’s request.

Client · Renowned designer and researcher
Spacecraft landing on Mars
Education and entertainment2025

Sci-fi film Planet: spacecraft and world-building

Developed the geometry of a black-hole transit vessel and a physics-based logic for a set of artificial planets the creative team could use on screen.

Client · Story Inc
Rover on the Martian surface
Education and entertainment2023–2024

Lunar architecture, rover and airlock validation

Reviewed the film’s lunar habitat, rover and airlock against how these systems work, and offered alternatives that kept the story intact.

Client · Maelstrom II, with Jeroen Lapré
Biosphere 2 in Oracle, Arizona
Analog habitatsJul 2021 – Jan 2022

Interior design scoping for a regenerative analog habitat

After a site visit on July 16, 2021, prepared an initial design breakdown for the Space Analog for the Moon and Mars: preliminary interior concepts, simulation approaches, scope and contract structure.

Client · Biosphere 2 SAM, University of Arizona
Stacked research briefs
Market intelligence2022–2025

Technical due diligence and portfolio introductions

Diligence on systems maturity, regulatory risk and market timing, with warm introductions into technical and program networks.

Client ·Venture fund
Astronaut in a spacesuit
Market intelligence2025

Entering the Space Market

A two-part course for leadership teams: translating existing capabilities into space offerings, then execution strategy and deal flow.

Client · Executive courseStellar Amenities
Discuss a project →
Stellar Amenities Lab

The gaps the Lab starts from

Stellar Amenities Lab, based in San Francisco, researches and develops the systems that keep crews healthy on long missions.

G01

Bone and muscle loss

About 1 to 1.5 percent bone loss per month, only partly offset by exercise.

G02

Sleep and circadian disruption

Sixteen sunrises a day, and sleep loss is one of the most common complaints.

G03

Vision and the brain

Swelling of the optic disc and eye changes on long missions.

G04

In-mission medical care

Diagnosing and treating a crew member far from any hospital.

G05

Behavioral health

Isolation and a small shared volume affect mood and teamwork.

G06

Habitability

Interiors, crew quarters, waste systems and noise shape recovery.

When a system is ready, we build a company around it or license it to the operators who need it.

One organization, two arms

Stellar Amenities designs the spaces people live in off Earth. Stellar Amenities Lab builds the technology that keeps them healthy there. Both start from the same idea: architecture is the shell that keeps a body alive, and the body sets the limits of every mission.

Read our philosophy →
Stellar AmenitiesSince 2019
Stellar Amenities LabSince 2026
PhilosophyThe body as the design constraint
Stellar AmenitiesSpace architecture, interiors and crew quarters. Advisory and market intelligence.
Stellar Amenities LabCrew health technology from TRL 4 to flight. Incubation and investment.