MARS
Calls.

The ARES Protocol opens a permanent corridor between Earth and the red planet. Engineered for the first generation of interplanetary citizens.

Atmospheric Sim

Rotation 0.4x

Dust Density HIGH

Gravity

3.721 m/s²

Avg Temp

-63°C

[ 01 — Capabilities ]

Engineered for
the impossible.

Every system on the ARES vessel has been redesigned from first principles. No legacy code. No compromises.

01 / Propulsion

Fusion-Ion Hybrid Drive

Reduces transit time to 90 days through continuous thrust acceleration.

02 / Life Support

Closed-Loop Biome

99.6% atmospheric recycling. Hydroponic gardens supply oxygen, water, and food.

03 / Habitat

Modular Surface Units

Pre-fabricated habitats deploy autonomously prior to crew arrival.

04 / Shielding

Magnetospheric Bubble

Active magnetic field deflects 94% of solar and cosmic radiation.

05 / Navigation

Autonomous Trajectory AI

Real-time orbital adjustments computed 10,000× per second across 1,400 variables.

06 / Comms

Laser Mesh Network

Sub-second latency to Earth via orbital relay satellite constellation.

[ 02 — Voices ]

Trusted by those
who look up.

"The ARES Protocol isn't a mission. It's a quiet revolution in what humans permit themselves to attempt."

Dr. Lena Vasquez

Astrophysicist, MIT

"I have spent forty years dreaming of Mars. ARES has built the bridge I thought my grandchildren would walk."

Cmdr. Hiroshi Tanaka

Former ISS Commander

"The first time I saw the propulsion architecture, I understood: we are no longer waiting. We are going."

Ayana Okonkwo

Lead Propulsion Engineer

2,400+

Engineers

$48B

Program Budget

Partner Agencies

90D

Transit Time

[ 03 — The Journey ]

Seven phases
to a second world.

PHASE

Current Stage

Pre-Flight

T-Minus 14 Days

Quarantine & Conditioning

Crew enters sealed isolation. Final medical baselines. Reflex calibration in centrifuge.

Day 0

Ascent to Orbit

Boost stage delivers the ARES vessel to low-Earth orbit within 11 minutes of ignition.

Day 3 → 90

Interplanetary Cruise

Continuous-thrust trajectory. Crew adapts to 0.4G simulated gravity through centrifugal ring.

Day 91

Mars Orbit Insertion

Aerobraking maneuver. Crew enters parking orbit above Valles Marineris landing zone.

Day 94

Surface Landing

Supersonic retropropulsion guides the descent vehicle to within 30 meters of pre-positioned base.

Day 95 → 365

First Year Operations

Habitat expansion, geological survey, deep drilling for sub-surface water reserves.

Year 2 +

Permanent Presence

Quarterly resupply flights. Civilian researcher program opens. The colony stands on its own.

[ 04 — Origin ]

A protocol
born from distance.

In 2019, a small group of propulsion engineers met in a hangar outside Mojave. They asked a question that had been deferred for sixty years: what would it actually take to live on Mars?

Not visit. Not plant a flag. Live. The answer wasn't a single rocket or a single breakthrough. It was a protocol — a connected sequence of systems that, together, made the impossible into the merely difficult.

Six years and eleven prototype flights later, the ARES Protocol stands ready. The first manifest closes in fourteen months. The first transfer window opens in twelve years. The corridor will remain open thereafter, every twenty-six months, indefinitely.

Founded

2019

First Manifest Closes

2025 Q3

Window Opens

2034 Aug 12

[ 05 — Architects ]

The people behind
the protocol.

A consortium of 2,400 engineers, biologists, and pilots from fourteen nations — bound by one assignment.

Eira Solberg

Chief Architect

Marcus Eze

Mission Director

Yuki Saito

Lead Pilot

Aria Reyes

Habitat Systems

Manifest closes Q3 2025