Aegis and MetroVolt: One Machine, Two Housings
Aegis (fixed defense installations) and MetroVolt (data centers) are two housings of the same burner, so defense benefits from broader development.
One burner, two applications
The burner is a single D–3He tandem-mirror design offered in two housings: Aegis for fixed defense installations and MetroVolt for data centers. The physics, gates, and core engineering are shared; the housings differ in hardening, siting, and integration for their respective missions.
Why the shared design matters for defense
- Development effort on the shared core benefits both applications.
- Reliability growth in one housing informs the other.
- A common machine supports a broader supply base and spares pool.
Where they differ
Aegis emphasises survivability, hardening, low signature, and sovereign fuel for contested and remote sites. MetroVolt emphasises the continuous, high-quality power a data center demands. The availability gate is stated identically for both (0.86–0.995 vs Tier III 0.99982), and it is the same honest figure whether the customer is a base or a data center.
The shared-machine structure is a strength: defense does not carry the whole development burden alone, and lessons transfer between housings. But the shared gates are shared honestly — the plug-stress, regime, fuel, and availability problems apply to Aegis and MetroVolt alike, because they are the same machine.
Shared merits, shared gates
Because Aegis and MetroVolt are one machine in two housings, development effort and reliability growth in either benefit both, and a common design supports a broader supply base. The same availability figure (0.86–0.995 vs Tier III 0.99982) and the same plug, regime, and fuel gates apply to both housings, because they are the same machine — the merits are shared and so, honestly, are the obstacles.