Quick answer: We are designing our simulator to roll through a standard 36-inch doorway fully assembled. That single constraint drives the pod's width, weight, power requirements and setup time, and it is what makes simulation practical for classrooms, armories, hospitals and offices.
Why design a simulator around a door?
Most commercial simulators are designed first and installed second. The installation becomes a project: crates, partial disassembly, contractors and sometimes a widened opening. For a school or a readiness center, that project can stop a purchase before it starts.
We reversed the order. The door came first. If the pod cannot roll into a typical room on its own wheels, the rest of the design does not matter.
What does the 36-inch constraint drive?
Designing to the door shapes nearly every engineering decision:
- Width: the pod must clear a standard door with room to spare, which keeps it well under 36 inches wide.
- Mobility: integrated wheels so one or two people can move it without a forklift.
- Elevators: dimensions and weight that fit service elevators in multi-story buildings.
- Power: a single standard wall outlet, so no electrician is required.
- Assembly: the pod ships complete, so nothing is built on site.
What tradeoffs does a small footprint require?
Every inch matters. The seat, display, computer and controls all have to share a compact frame without feeling cramped. We are prototyping layouts that keep the trainee comfortable and the controls in realistic positions while holding the overall envelope.
Control flexibility is another priority. We want the same frame to accept flight controls, wheels and pedals so one pod can serve flight, driving and esports. That means designing mounting points and cable routing from the start rather than adding them later.
Why does this matter to buyers?
Space and installation are hidden costs. A simulator that rolls in, plugs in and starts training in minutes can move between rooms, buildings and events. It can serve one program in the morning and another in the afternoon. That mobility multiplies the value of a single purchase.
Weight is the other half of the equation. A pod that fits through the door but cannot be pushed by a small team still creates a delivery problem. We are balancing a rigid, durable frame against a total weight that stays manageable on wheels, including over thresholds and into elevators.
Frequently asked questions
Why 36 inches?
It is a common width for commercial doors. Designing below it means the pod fits most buildings without modification.
Will the simulator need special electrical service?
Our design target is a single standard wall outlet.
Is the simulator available yet?
Not yet. We are in the prototype and engineering phase and will share updates as development continues.
Learn more about USA Entertainment Ventures, or contact us to tell us about the space you need a simulator to fit.
