Atlas Dynamics emblem

We build the
foundations
for humanity
among the stars.

Atlas is the company designing and building the technology for space colonies, starships, habitats, rockets, spacesuits, asteroid mining, and a thriving space economy.

Side-project friendly
<$2k to first flight
Full-stack ambition
THE THESIS

Atlas is the company that will make humanity multi-planetary.

We are not just flying balloons. We are building the foundational technologies and systems that will enable space colonies, starships, habitats, rockets, spacesuits, asteroid mining, and a thriving space economy — the full stack for living among the stars.

The Core Pillars of the Vision

Habitats & Colonies
Inflatable modules, 3D-printed regolith structures, radiation shielding, closed-loop life support, and complete settlement systems that keep people alive and productive for years.
Starships & Rockets
Propulsion systems, ascent/descent vehicles, in-space refueling, and the transportation infrastructure that makes the solar system accessible.
Spacesuits & Human Systems
Next-generation EVA suits, medical systems for long-duration flight, psychological support, and human factors engineering for living in space.
Asteroid Mining & ISRU
Resource extraction, propellant production, building materials from in-situ resources, and the industrial base that makes space self-sustaining.
Space Economy Infrastructure
In-space manufacturing, orbital assembly, communications networks, power beaming, and the economic frameworks that turn exploration into industry.
And everything in between
We will help design, test, and build the complete stack — from the smallest sensor to the largest settlement module. Atlas becomes the trusted partner for governments, companies, and visionaries building the future.

From Vision to Reality — Lax Path

Click the phases to see how the near-space platform ladders up to the full multi-planetary vision. All on a side-project timeline.

PHASE 0 • NOW
Near-Space Testbed
Balloons as the on-ramp. Prove concepts, build community, generate revenue and data. 1-3 flights with habitation payloads in the first 6-12 months.
PHASE 1 • 2-5 YEARS
Orbital Bridge
Suborbital and rideshare opportunities. First flight-qualified subsystems. Early B2B sales and larger grants. The platform scales as the innovation engine.
PHASE 2+ • 5-15+ YEARS
Multi-Planetary Presence
Lunar/Mars habitats, ISRU demos, full settlement modules. Starship-scale logistics. The complete stack for sustainable presence beyond Earth.
The full vision connects directly to the Playbook and Roadmap — start small in near-space, scale to the stars.
TODAY

The Near-Space Platform

Our starting point is a low-capital, high-learning near-space testbed using high-altitude balloons. This is how we prove technologies, build community, generate revenue, and create the heritage that will let us graduate to orbital and planetary systems.

Near-space platform visual Near-space platform visual Near-space platform visual Near-space platform visual Near-space platform visual Near-space platform visual
Kits & Experiments
Modular payloads for biology, life support analogs, radiation, power, and materials testing. Affordable, recoverable, and educational.
Hosted Tech Demos
Researchers and companies fly their components in real extreme conditions. Fast iteration and real heritage at a fraction of orbital cost.
Data & Community
Open datasets, public tracking, and a growing network of makers, educators, and technologists proving the future together.
THE JOURNEY

Roadmap: From Balloon to the Stars

A practical guide for a realistic side project. Focus on Phase 0 first. Everything ladders up from real flights you can do this year.

Jump to stage
Weather balloon flight
PHASE 0 • 0-12+ MONTHS
1-3 flights • <$2k • Side-project pace

Weather Balloon Ascent — Proof & Presence

Your on-ramp. Build, fly, recover, and learn with real hardware. This is where you generate the first data, first community, and first revenue that funds everything else.

Success = 1-3 safe flights completed + documented data + at least one person outside your immediate circle interested in flying something.
Low Earth orbit concept
PHASE 1 • 1-4 YEARS
8-30+ flights • Grants + revenue • Build LEO heritage

Low Orbit & Hosted Payloads — The Orbital Bridge

Use balloon success to access real orbital opportunities. Rideshares, hosted slots, and early smallsat work. This is where revenue and serious flight heritage begin.

Success = First paid hosted opportunity or serious grant application + clear public data presence.
Lunar landing concept
PHASE 2 • 4-8 YEARS

Moon Landing Site Demonstration

First Atlas hardware on the lunar surface. Small lander or payload proving habitats, radiation shielding, or ISRU concepts.

Success = Multiple high-quality balloon datasets + relationships with at least one lunar mission team or payload provider.
Lunar base concept
EVOLVING PRESENCE

Moon Base / Sustained Outpost

The demonstration site grows into a real outpost with habitats, power, life support, and regular operations.

Mars landing concept
PHASE 4 • MARS TRANSITION

Mars Landing Site

First human-rated Atlas systems on Mars. ISRU for propellant and construction, radiation protection, and permanent foothold.

Martian colony vision
PHASE 4+ • LONG TERM

Multi-Planetary Presence & Colony

Sustainable settlements. Full-stack habitats, in-situ manufacturing, asteroid resources, and a real space economy. Atlas becomes foundational infrastructure.

The near-space platform is the engine. Every flight you do today is direct preparation for the later stages.
EXECUTION

The Atlas Playbook

A complete, low-capital, deliberately lax guide for building this company as a genuine side project (3-8 hrs/week, protect your energy, multi-year horizon).

Jump to section

Lax Timeline

PHASE 0
Months 1–6+ Foundation & First Proof
3-6 hrs/wk • spread it out
PHASE 1
Months 7–24 Build Real Momentum
4-8 hrs/wk • 1-3 flights/quarter
PHASE 2+
2–5+ years Higher TRL
Still side-project friendly

Core Principles

The whole picture, not just one piece + more
We develop the full stack — life support, habitats, power, ISRU, radiation, health, manufacturing, logistics — with propulsion as one piece.
Near-space as the perfect on-ramp + more
Balloons = frequent, cheap, recoverable access to extreme conditions. The best low-risk testbed for what must work on the Moon and Mars.
Participation + data as the engine + more
Kits and hosted payloads build community, revenue, open datasets, and real flight heritage.
Platform success funds the bigger ambitions + more
Early revenue from the near-space platform funds flight hardware, subsystems, and eventually full settlement systems.

The Ten Technology Pillars — Start Testing Today

1. Closed-Loop Life Support (ECLSS)
2. Bioregenerative Food Systems
3. Habitats & Shielding
4. Power & Thermal Systems
5. In-Situ Resource Utilization
6. Radiation Protection
7. Health & Human Factors
8. In-Space Manufacturing
9. Logistics & Propulsion
10. Communications & Autonomy
Current Focus — Active Quests (max 5)
0/5
Pin tasks from below to keep your shared focus with Amy.
PHASE 0 • MONTHS 1–6+
Foundation & First Proof (Lax)
3-6 hrs/wk avg
spread it out • protect energy
PHASE 1 • MONTHS 7–24
Build Real Momentum & the Platform
4-8 hrs/wk
1-3 flights or kits per quarter
See the full .md download for even more templates, safety details, exact outreach scripts, and the longer-term Phase 2+ vision.

Quick Interactive Tools

Outreach Template Generator
Pick audience → customize → copy. Use the detailed version from the .md for best results.
Long-Term Guardrails
  • Never spend personal money on orbital hardware until grants/contracts cover it
  • The near-space platform is permanent — it funds everything else
  • Every user gets real data, photos, context, and credit
  • Document ruthlessly — it becomes your marketing, grants, and heritage
COFOUNDERS

Husband and wife building the foundations of a multi-planetary future — one recoverable flight at a time. We love exploration and the impossible, and we believe in inspiring the next generations through genuine curiosity and education.

Brandon, cofounder of Atlas
COFOUNDER

Brandon

I’ve always loved space and wanted to be an astronaut as a kid. Coming from education and a passion for teaching and exploration, I bring hands-on building and a drive to make the impossible real. Together with Amy, we love exploration and the impossible — we enjoy traveling to see new countries and wonders, and we believe humanity can (and should) progress toward the most positive, idealistic future.

COFOUNDER

Amy

Coming from education with a deep love for the fine arts, reading, music, and the outdoors, I bring creativity, community focus, and a passion for learning and beauty to our work. We both want to inspire the next generations to pursue a genuine, pure interest in advancing humanity — that’s what makes this mission so meaningful to us as a couple.

Amy, cofounder of Atlas

The Approach

Real hardware, real flights
Near-space balloons as the on-ramp and testbed. Recoverable, frequent, and directly relevant to habitats, life support, and radiation.
Protect the energy
5–10 hours per week on average. Multi-year horizon. No burnout, no all-nighters, no betting the house.
Tiny capital, maximum learning
Under $2k to first flights. Every dollar and every hour must produce real data or real flight heritage.
Ladder, don’t leap
Balloons → suborbital → orbital → planetary systems. Each rung funds and de-risks the next.

Today & Tomorrow

Right now it’s the two of us — Brandon and Amy — designing, building, testing, writing the playbook, and talking to early supporters (educators, researchers, and makers). We both come from education backgrounds and share a deep love of learning, exploration, and inspiring the next generations to pursue genuine curiosity about advancing humanity. The community is already starting to form through the exact process in the Playbook.

The team will grow when the near-space platform produces real revenue and real heritage. The same careful, step-by-step way the technology itself will grow — together.

INFORMATION

FAQ, Safety & Legal

Practical information for anyone considering real near-space flights. This is a deliberate low-capital side project — everything here prioritizes safety, legality, and sustainable energy.

Frequently Asked Questions

Is this a real company or just a website?
It is a real side-project effort by Brandon and Amy. The goal is to prove concepts with actual hardware (high-altitude balloons) while staying within strict personal guardrails: low capital, side-project hours, and no risk to our main lives.
What kind of balloons do you use?
Standard high-altitude weather balloons (typically 1500–3000g latex) with parachute recovery. We stay well under FAA Part 101 limits (under 6 lbs total, no rapid deflation device required in most cases).
How do you handle recovery and safety?
Every flight has a detailed prediction, NOTAM filing, chase vehicle, and redundant tracking (radio + APRS + visual). We never fly over populated areas when possible and always have a go/no-go checklist.
Can other people fly payloads with you?
Yes — that is the core of the platform. Educators, researchers, and makers can send small experiments. We provide tracking, recovery, environmental data, and photos. Contact us via the outreach process in the Playbook.
Do you make money from this?
The long-term plan includes kit sales, hosted payload fees, workshops, and small grants. Early revenue stays small and is reinvested into better flights and data tools. Full conservative model is in the downloadable financial artifacts.

Safety & Legal Basics

FAA Part 101 (United States)
We operate under the amateur/unmanned free balloon rules. Key limits we respect: total payload under 6 pounds (2.7 kg), no person or property hazard, proper NOTAM filing 24–48 hours in advance when required. Always check current regulations before any flight.
Recovery & Risk Management
Every flight uses a parachute sized for terminal velocity under 20 ft/s. We maintain line-of-sight chase capability, multiple tracking methods, and a written recovery plan. Never fly in controlled airspace without coordination or over dense populations.
Insurance & Liability
We carry appropriate personal liability coverage for hobby/experimental aviation. Anyone flying hardware with us signs a simple waiver acknowledging the experimental nature of the flights. This is not professional launch services.
International / Other Countries
Rules vary widely. Always research your local aviation authority (CAA, etc.) and obtain any required permissions. We only operate within the U.S. regulatory framework at this time.
Nothing here is legal advice. Regulations change. Always verify with official sources and consult qualified experts before conducting any real flights.
Full safety checklists, NOTAM templates, and recovery procedures are documented in our internal playbook.