PROGRAMME 01 · RESEARCH INFRASTRUCTURE

MARS-1

The Mustang Analog Research Station. The world's only open, commercially bookable analog site combining genuine high-altitude physiology, authentic Mars-grade terrain and true geographic isolation.

MUKTINATH–JHONG–LUPRA SHELF · MUSTANG ELEV 3,400–3,800 M STATUS: PHASE 1 · IN DEVELOPMENT
THE STATION

The physical heart of the entire platform.

A permanent, purpose-built analog research station on the Muktinath–Jhong–Lupra shelf in Mustang, Nepal. Engineered for authentic mission conditions and open to qualified researchers, universities, corporate teams and film crews from any country.

3,400–3,800 m elevation Six-person crew Open & bookable worldwide
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Real altitude.
Not simulated.
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Of sea-level air pressure. Genuine physiological stress.
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Six-person habitat campus, Phase 1.
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Countries training here by 2032.
WHY THIS LOCATION

A cold desert that behaves like Mars.

Upper Mustang is a Trans-Himalayan cold desert. Not a snowy peak, but a barren, ochre-red, wind-sculpted landscape of canyons, eroded badlands, ancient lake sediments and cave systems carved into cliff faces. Scientists have noted its extraordinary similarity to the terrain NASA's Curiosity rover explores on Mars.

Critically, no other bookable analog station combines three features in one place: altitude-thinned air, genuine Mars-like geology and true geographic isolation.

The concept is already validated: in late 2024 ISRO ran its first analog mission in Ladakh, a geological sibling of Mustang. That facility is closed. Ours is open. In late 2025 the Government of Nepal simplified access to Upper Mustang, cutting fees and opening new road access.

Ochre badlands Ancient lake sediments Cliff-cave systems Curiosity-grade terrain
UTAH · USA

Mars Desert Research Station

~1,300 m. No meaningful altitude effect on the body.

POLAND & OTHERS

Indoor habitats

Sea level, indoors. Isolation only.

MUSTANG · NEPAL

MARS-1

Altitude + Mars-grade terrain + isolation, in one bookable site.

WHAT WE ARE BUILDING

A complete six-person habitat campus.

Phase 1 delivers a connected living-and-working structure of roughly 3,000 square metres, engineered for authentic mission conditions.

HABITAT

Six private sleeping pods

Individual crew quarters around a shared social kitchen and dining area.

SCIENCE

Split wet / dry laboratory

Dedicated benches for biological and geological work.

EVA

Spacewalk preparation room

Suit-up, checkout and airlock-style egress for field EVAs.

GRAVITY

Buoyancy (scuba) facility

Neutral-buoyancy water training simulating Lunar and Mars gravity via upthrust.

LIFE

Greenhouse

Plant-growth experiments under controlled conditions, toward closed-loop life support.

OPS

Comms hub, workshop & storage

Mission operations plus full fabrication and logistics support.

Solar + battery + generator Satellite internet & 4G Configurable Earth–Mars comm delay Mission Control · Manang Metered water budget
POWER · WATER · COMMS

Engineered scarcity. Because that is the science.

The station runs on a solar array with battery backup and a generator for reliability. Water is sourced, purified and carefully metered. Managing limited resources is itself part of what makes a mission authentic.

Communications use licensed satellite internet and 4G, with a configurable time-delay system that mimics the real communication lag between Earth and Mars. A Mission Control Centre in Manang oversees every mission, monitors crew health data and manages the simulated "Earth communications" that make the isolation real.

WHAT PEOPLE DO HERE

Research that compounds into a first-of-its-kind dataset.

01

Human physiology

The body under reduced air pressure, across multi-day missions.

02

Isolation & team dynamics

How confinement and stress shape crew decision-making.

03

Geological surveys

Field mapping of the surrounding Mars-analog terrain.

04

Robotics testing

Autonomy and mobility in unstructured outdoor environments.

05

Plant growth

Greenhouse experiments toward closed-loop life support.

06

Reduced-gravity work

Buoyancy training approximating extra-terrestrial gravity.

Every mission generates a standardized dataset. Heart rate, blood-oxygen levels, sleep quality and cognitive performance. That compounds over time into one of the most comprehensive high-altitude analog datasets ever collected. Filmmakers, documentary teams and corporate innovation retreats can also book the station, diversifying revenue beyond academia.

VYOM ASTRONAUT ACADEMY

Foundations to mission commander.

CERTIFIED · EXAMINED · EARNED
INTERNATIONAL
$3,450
Suit, logistics, lodging & permits included
SOUTH ASIA
$1,950
Full certification at a regional rate
NEPALI CITIZENS
NPR 1,50,000
Sponsored student seats available
CORPORATE / AGENCY
$25–40k
Exclusive six-person crew rotation
ROADMAP

Each phase proves itself
before the next.

FINANCIALLY DISCIPLINED BY DESIGN
PHASE 0 · MONTHS 0–9

Foundations

Company & foundation registered. Site surveys in Mustang and Manang. Land agreements and MOUs signed. Danphe-T suit prototyped.

Seed
PHASE 1 · MONTHS 9–24

Build & Launch

MARS-1 habitat campus constructed. Kathmandu Mission Control established. First AA-200 cohorts and paid research missions.

Series A
PHASE 2 · YEARS 3–4

Scale

Moon simulation yard with regolith surface. Winter isolation missions. 8–10 cohorts a year. First Himalayan Space Summit.

Series B
PHASE 3 · YEARS 4–6

National Infrastructure

Satellite testing centre commissioned with anchor customers. Upper Mustang cave expeditions open. 10+ publications a year.

Series C
EXTENDING THE PLATFORM

Satellite Testing Centre · Kathmandu Valley

In a later phase, a dedicated facility near Kathmandu will give Nepal and its South Asian neighbours a domestic home for the environmental testing that certifies satellites as space-ready: vibration, thermal-vacuum and cleanroom integration.


Explore the infrastructure
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Crew per mission
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Programmes, one platform