What Would Have To Be True
For a MetroVolt burner to power a Tier III data center, four gates must be retired: plug stress, plasma regime, helium-3 supply, and availability — here is the checklist.
The honest checklist
Rather than claim readiness, this page states the conditions that would make MetroVolt a real data-center source. Each is a gate covered elsewhere on the site; together they are what would have to be true, in physics and engineering terms, before a burner powers compute at hyperscale reliability.
| Condition | Status today |
|---|---|
| Plug coil stress reduced to feasible (from ~3-3.9x over) | open |
| Plasma regime validated (now 166-830x beyond any device) | open |
| He-3 supply built to fleet scale (now ~400x short per unit) | open |
| Availability raised into a Tier III hybrid (from 0.86-0.995) | open |
The plug and regime gates are retired by materials, structural design, and eventually by operating a test burner near 2032 that produces regime data where none exists. The fuel gate is retired by breeding He-3 in the breeder (built from Q2 2027) and, later, by lunar supply. The availability gate is retired not by a single reliable machine but by engineering a hybrid whose combined availability reaches 0.99982.
Notice the division: two gates are about making the machine work at all, one is about fueling it, and one is about wrapping it in an architecture reliable enough for compute. A data-center operator can influence the last — by designing the hybrid — but the first three are Kronos's to retire through the breeder-first program.
This is the whole case, stated without hype: MetroVolt is a well-characterized design with a clear, honest list of what must be proven. When these conditions are met, a burner can be a firm, low-water base in a Tier III data-center hybrid. Until then, it is a design and simulation study, and this site says so plainly.
- Four gates define readiness: plug stress, regime, He-3, availability
- Two are machine physics, one is fuel, one is architecture
- Kronos retires the first three; operators engineer the fourth
- Until all are met, MetroVolt remains a design study