The Perils of Standardisation: Can Navy's Standardise too much? (Patreon Premier)

Yes. Standardization can simplify logistics and administration, but uniformity can also arise because a navy has too few viable alternatives.

Interwar attempts to select one destroyer and secondary gun repeatedly restarted as technology changed, leaving the Royal Navy with several calibres and variants instead of a simpler supply system.

British armament proposals covered several calibres, while individual calibres also accumulated different service variants.

The widely used 3-inch, 76 mm, 12-pounder became a de facto Royal Navy standard in the 1900s and 1910s without a campaign to impose the latest technology.

A uniform 21-knot battle line offered armor and firepower, but fixing that speed into later US battleships limited the maneuver of the entire fleet as turbines and rival designs improved.

Improved turbines could support a useful speed above economical cruising without the range penalty of sustained maximum power.

Imperial Germany could compete in ship quality or maintain the numbers needed for the naval race, but doing both would have required a politically unviable challenge to army funding.

Reciprocal turbine development gave British and American builders access to improvements beyond their own original designs.

American machinery expertise could have supported an early fast battleship, but political caution and commitment to the standard battle line favored uniform numbers over a disruptive performance leap.

Air Ministry rules forced the Royal Navy to order the Blackburn Skua as both fighter and dive bomber, burdening a capable attack aircraft with a role it could not perform well.

The Swordfish's torpedo-spotter-reconnaissance duties and the Fulmar's fighter-reconnaissance pairing show how compatible carrier roles can share an aircraft without the Skua's contradictory requirements.

Peacetime programs may have time to reconcile compatible roles, but wartime urgency favors fielding an aircraft for one clear mission and adapting it only after entry into service.

Interwar faith that heavy bombers could defend Britain allowed one doctrine to dominate the Air Ministry and deprive fighters, coastal aviation, dive bombers, and transport of attention.

A senior team drawn mainly from submarines, special forces, or surface warfare may be individually capable yet still share blind spots produced by the same operational experience.

German and American torpedo failures show how a technically confident organization can stop testing too soon when nobody is empowered to challenge its shared assumptions.

Large production runs, many users, and shared operating experience give Standard Missile repeated opportunities for improvement, showing how commonality can reinforce quality.

A German fleet built entirely around Type VII submarines would have announced one threat model and allowed Britain to concentrate construction, crewing, and convoy organization on anti-submarine warfare.

Published accounts emphasize successful submarine attacks while failed approaches and uneventful patrols receive less attention, making submarine effectiveness easier to overestimate.

Even a highly adaptable surface-to-air missile becomes a strategic vulnerability when it is the only system an attacker must study and defeat.

Different defensive missiles across ships and allies force attackers to account for different missile designs and their limitations.

Aircraft accustomed to the 5-inch/38 could encounter longer-ranged British fire, making familiar circling tactics unsafe.

Pairing Aster 30 with Sea Wolf or CAMM is proposed as a way to give a Type 45 two different defensive missile families.

Combining drones with cruise and hypersonic missiles gives defenders several different threats to handle at once.

Torpedo bombers, dive bombers, level bombers, and fighters imposed different defensive tasks simultaneously.

Staggering two aircraft types can keep one mature while another enters service or ages out, trading some logistical efficiency for steadier combat and deterrent capability.

Consolidating dozens of prime contractors promised economies of scale after the Cold War, but it also reduced independent design teams, management cultures, and competitive pressure.

The F-35 competition and Raytheon's broad portfolio illustrate how many equipment choices can depend on a small group of independent suppliers.

Competition between divisions can leave procurement dependent on one corporate group and its established design choices.

The British nuclear-submarine yard illustrates the pricing problem when a sole government buyer depends on a sole commercial supplier.

NATO equipment can converge because few suppliers remain, while differently branded diesel engines may share an underlying design.