Taiwan Experts Call for Shift to Smaller Naval Vessels to Counter China

Defense analysts are urging Taiwan to abandon its conventional surface-fleet model in favor of a larger number of smaller, more dispersed vessels — a structural shift designed to raise the cost of any Chinese naval operation in the strait while reducing Taiwan’s vulnerability to the missile salvos that would likely open any cross-strait conflict.

The recommendation, reported by Taiwan News, reflects a years-long debate inside Taiwan’s defense establishment that has grown more urgent as the People’s Liberation Army Navy accelerates its fleet expansion and as precision-strike technology narrows the window in which large surface combatants can operate without severe risk.

The Survivability Problem

The strategic case against large surface ships in a Taiwan Strait conflict begins with the missile threat. China fields an extensive inventory of anti-ship ballistic and cruise missiles optimized for targeting naval vessels at standoff range. Capital ships — frigates, destroyers, landing platform docks — represent high-value, detectable targets that draw fire proportionate to their cost.

A distributed fleet of smaller patrol craft, fast attack boats, and missile corvettes presents a fundamentally harder targeting problem. Individual hulls carry less firepower, but collectively they can deliver anti-ship salvos from multiple vectors simultaneously, forcing an adversary to expend a disproportionate number of precision munitions to suppress them. Each additional missile spent on a small coastal vessel is one not used against a high-value asset or a logistics node ashore.

This logic has also gained traction in U.S. Navy planning circles, where Distributed Maritime Operations — dispersing fleet elements to avoid saturation attacks — has moved from a theoretical framework to an operational concept being wargamed and exercised across the Pacific.

Matching the Threat Environment

Taiwan’s coastal and island geography offers natural advantages for a smaller-fleet model that a blue-water navy cannot fully exploit. The island’s outlying islands — the Pescadores, Kinmen, Matsu — and its rugged eastern coastline provide dispersal points, concealment, and short lines of communication for fast coastal combatants that would be operationally irrelevant to a larger surface fleet designed to operate in open water.

Analysts who favor restructuring typically pair a smaller surface fleet with expanded investment in sea mines and land-based anti-ship missiles. Taiwan has developed domestic anti-ship missile programs capable of engaging surface targets at significant range. Integrating those land-based fires with a nimble, distributed coastal force creates overlapping threat rings that any amphibious force would have to penetrate before reaching the beaches — a layered defense that multiplies the effective cost of a cross-strait landing operation.

The strategic concept draws partly on lessons from Ukraine’s naval campaign in the Black Sea. Ukrainian forces using anti-ship missiles and unmanned surface vehicles forced a conventionally superior Russian fleet to withdraw from contested waters, demonstrating that asymmetric coastal defenders can neutralize or deny the operations of a larger fleet without matching it hull for hull. U.S. and allied planners have studied that campaign closely as a validation of the distributed-platform approach.

The Case Against a Full Pivot

The debate is not without dissent. Critics of a wholesale shift away from conventional surface combatants argue that a blue-water fleet provides deterrence effects and interoperability with U.S. and allied naval forces that purely asymmetric platforms cannot replicate. A navy built entirely around coastal defense signals a posture of last-resort resistance rather than active sea-control competition — a distinction that carries diplomatic as well as operational weight.

There is also the question of what Taiwan needs the navy to do in the days before any potential U.S. military response. If the scenario involves surviving a first wave of strikes and maintaining the capacity to complicate a landing operation, smaller dispersed platforms are well suited. If the scenario requires sea-lane defense, escort, or operations beyond the strait, a purely coastal force falls short.

Taiwan’s defense planners are effectively being asked to make a bet on which scenario the island is most likely to face and on how quickly external support would arrive — a calculation that has grown harder to make as strategic ambiguity about the American commitment has deepened.

Broader Implications

The Taiwan naval restructuring debate is one thread in a larger argument about how smaller powers can sustain credible deterrence against peer or near-peer adversaries with far larger defense budgets and industrial capacity. The answer that has emerged from Ukraine and from U.S. Pacific Command’s own modeling consistently points toward distribution, dispersion, and high magazine depth over concentrated conventional capability.

Whether Taiwan’s defense establishment moves decisively in that direction — or settles on a hybrid model that preserves some conventional surface capacity while adding lower-cost asymmetric platforms — will shape the strait’s military balance for the decade ahead.

The U.S. Navy’s own experience operating in contested maritime environments offers context for why the smaller-fleet argument is gaining force: American warships operating in the Strait of Hormuz have faced exactly the kind of saturation-missile threat that Taiwan defense planners are gaming out. See the IRGC missile strikes on U.S. Navy vessels and U.S. counterstrike operations against Iranian tankers for the operational picture of what high-density anti-ship missile environments look like in practice.

The Ukraine parallel is also instructive: the Trump envoys’ current Kyiv visit underscores how U.S. diplomatic and military engagement in one contested theater shapes expectations — and anxieties — in others, including in Taipei.