You board.
The door closes.
Space appears.
A road-mobile, two-crew cockpit simulator built for partners, operators, and collectors. Mil-sci-fi aesthetic — gritty BSG Raptor meets Stargate Puddle Jumper — with real switches, UE5 viewports, and an offline AI mission director called ARIA.
Two crew. 40+ physical controls. An AI mission director. Zero motion sickness.
Cockpit Look & Feel
Inspiration only — not final assets. These mocks suggest the mil-sci-fi ROC aesthetic: amber lighting, worn panels, angled MFDs, and a lived-in two-crew layout. Production hardware and UE5 viewports will be built in Phase 0 and beyond.
Pilot station
Systems layout
Three Moments, One Mission
The Exterior
It looks like something landed. Gunmetal hull, amber running lights, landing legs deployed, hatch open with interior glow visible. Parked at a school, a fair, or a driveway — it reads as real hardware.
The Boarding
Airlock hatch opens. Step inside a two-seat cockpit with angled MFDs, physical toggles, and surround audio. Analog meets digital — like a military aircraft at night, not clean sci-fi chrome.
The Transformation
Windows go dark. Unreal Engine 5 space fills the viewports. ARIA speaks. Pilot and Systems Officer run a mission together — shields, sensors, power trade-offs, and consequences that land physically.
Two Seats, One Mission
Pilot
Flight, navigation, evasion. Joystick and primary flight controls. Tactical displays for approach vectors and threat awareness. Responsible for getting the crew out alive.
Systems Officer
Shields, sensors, weapons, life support, comms. Power routing and system trade-offs — divert to shields or keep weapons online. The seat where cooperation actually matters.
Physical switches, touch surfaces, and browser-based console apps share one mission bus. Mission design emphasizes systems that talk to each other, physical feedback (directional hits, LEDs, seat transducers), and STEM-tagged learning surfaced in post-mission debriefs.
Built Like a Spacecraft. Runs Like One.
Physical
- 40+ real toggle switches, knobs, and joysticks
- Directional hull solenoid strikers — feel hits from the correct direction
- Sub-bass transducers in crew seats — reactor rumble, impacts
- Custom automotive HVAC — ~15A total draw, standard outlet
- Transparent OLED or rollable panel windows
Software
- Unreal Engine 5 photorealistic canopy view (3 displays, real-time)
- ARIA — local AI mission director (LLM + voice synthesis, fully offline)
- WebSocket pipeline: controls → Arduino → Node.js → UE5 in <10ms
- Drone warfare combat model — no dogfighting, no motion sickness
- Cadet logging: every session tracked, every hour counted
Fully offline · No internet required · One 15A outlet
Autonomous Reconnaissance & Intelligence Advisor
The ship's AI — briefings, dynamic events, NPC voices, adaptive difficulty, and debriefs — running locally, not as a cloud-dependent chatbot.
A structured mission layer (events, timing, hardware cues) keeps sessions predictable and safe for operators. The LLM layer adds language where variation matters — alien hails, distress calls, adaptive tension. One minimum-wage employee runs setup and safety; ARIA runs the mission. No trained human flight director required for every session.
Phase 0 — Software Before Metal
Phase 0 builds the software IP first: ARIA core, pilot and systems console web apps, WebSocket protocol to the mission engine, tutorial missions, a first UE5 cosmic environment, and an Arduino test bench for lights and solenoids — all runnable on a development workstation before a trailer build. Hardware becomes a home for software that already works.
UE5 space environments and walkable ship work are documented in The Lab — the same pipeline that feeds ROC viewports and the YouTube channel.
Phase 0 — Now
ARIA mission engine, UE5 space scene, console web apps, Arduino bench tests, trademark and spec work.
Phase 1 — Unit #1
Trailer base, wood frame, exterior hull fabrication, full hardware integration, first test sessions.
Phase 2+ — Deploy
Demo tours, franchise and consumer units, UCN Cadet Corps squadrons, mission pack releases.
One Product. Three Markets.
Consumer / Luxury Home
Tech founders, sci-fi collectors, high-end home entertainment. Comparable to premium home theater or golf simulators — but nothing at this immersion level exists today.
STEM Education
Middle and high schools, universities, STEM programs. Each mission teaches real space science — orbital mechanics, life support chemistry — offline, with no IT approval headaches.
UCN Cadet Corps
A youth program with real ranks, ribbons, and medals — modeled on Civil Air Patrol. Schools, scout troops, and families charter squadrons around shared missions.
Nobody Is Doing This
Bridge Command (London) and the McAuliffe Space Center (Utah) prove demand for physical bridge experiences — but both are fixed-location, human-operated, and not franchisable. Software sims have no physical presence. The portable, AI-directed, consumer-purchasable spaceship ROC does not exist.
| CAPABILITY | SSA ROC | Fixed Venues | Software Only |
|---|---|---|---|
| Physical spaceship cockpit | ✓ | ✓ | — |
| Portable / franchisable | ✓ | — | — |
| AI mission director | ✓ | — | — |
| Original IP universe | ✓ | — | Partial |
| Fully offline capable | ✓ | Varies | ✓ |
| Consumer purchase path | ✓ | — | — |
Same World, Different Product
ROC missions draw from the Hoshi no Isan universe — original IP documented since 2010, with no licensing dependencies. Every SSA session is a canonical fragment of that world. The future UE5 visual novel (Hoshi no Isan) shares the same lore DNA; the ROC is the physical, co-op expression of it.
Partner & Operator Inquiries
Phase 0 is underway. If you're exploring STEM partnerships, franchise operations, or early consumer units, get in touch — or follow build progress in The Lab.