Twenty-eight-knot Queen Elizabeths would bring the fast battleship forward a generation

If the Queen Elizabeth class began as 28-knot ships, how would refits work when the historical ships needed boiler-space savings for anti-aircraft additions?

The larger hull and machinery plant could make later refits easier, while operationally the class would transform World War I deployments and accelerate the fast-battleship and battlecruiser race.

A 28-knot Queen Elizabeth would need a longer hull, a greater length-to-beam ratio and more boilers from the outset. Replacing those boilers with later machinery would still save weight and leave more internal room for reconstruction. An illustrative estimate adds about 5,000 tons to the historical 27,500-ton standard displacement, reaching roughly 32,500 tons. Ships of that speed could alter coastal-raid interception, the Fifth Battle Squadron's deployment and encounters with Germany's First Scouting Group. Their effect on the construction race might also delay treaties or permit G3 construction. These possibilities make a later refit difficult to isolate from the changed operational and treaty history.