Arleigh Burke vs Ticonderoga
Arleigh Burke vs Ticonderoga at a glance — displacement 9,900 vs 9,800 tons, length 155 vs 173 m, speed 31 vs 32 knots, crew 323 vs 330.
| Arleigh Burke | Ticonderoga | |
|---|---|---|
| Origin | 🇺🇸 United States | 🇺🇸 United States |
| Category | Destroyer | Cruiser |
| Type | Guided-missile destroyer | Guided-missile cruiser |
| Manufacturer | Ingalls Shipbuilding | Ingalls Shipbuilding |
| Year introduced | 1991 | 1983 |
| Number built | 78 units | 27 units |
| Estimated unit price | $2,200 million | $1,000 million |
| Displacement | 9,900 tons | 9,800 tons |
| Maximum speed | 31.0 knots | 32.0 knots |
| Range | 4,400 nm at 20 knots | 6,000 nm at 20 knots |
| Length | 155.3 m | 173.0 m |
| Beam | 20.0 m | 16.8 m |
| Crew | 323 | 330 |
| Arleigh Burke | Ticonderoga | |
|---|---|---|
| Armament |
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| Propulsion | 4 × General Electric LM2500 gas turbines each generating 26,250 bhp (19,570 kW); coupled to two shafts, each driving a five-bladed reversible controllable-pitch propeller; Total output: 105,000 bhp (78,000 kW) | 4 × General Electric LM2500 gas turbine engines, 2 × controllable-reversible pitch propellers, 2 × rudders |
Detailed Comparison
The U.S. Navy’s surface fleet architecture relies on two Aegis-equipped combatants. The Ticonderoga-class guided-missile cruiser and the Arleigh Burke-class guided-missile destroyer share fundamental combat systems and propulsion architectures, but diverge sharply in hull design, modernization capacity, and long-term fleet viability.
Development and Design
Authorized in 1978, the Ticonderoga class adapted the existing Spruance-class destroyer hull to carry the Aegis Combat System. This approach required an aluminum superstructure, which later suffered from micro-cracking and top-weight issues as new systems were integrated over decades. The Arleigh Burke class, entering service in 1991, was designed specifically for Aegis. It utilizes an all-steel hull and superstructure with Kevlar splinter protection over critical spaces. The Burke’s wider waterplane area and flared bow correct the high center of gravity inherent in the Ticonderoga design. While the Ticonderoga class included extra command spaces to function as the Air Defense Commander for Carrier Strike Groups, the Arleigh Burke design prioritized physical survivability and production scale, resulting in 78 active U.S. units and foreign derivatives in Japan and South Korea.
Weapons and Sensors
Both classes center on the Mk 41 Vertical Launching System (VLS), but differ in capacity and secondary batteries:
- The Ticonderoga carries 122 VLS cells and two 127mm guns.
- The Arleigh Burke carries 90 (Flights I/II) or 96 (Flights IIA/III) VLS cells and a single 127mm gun.
While the cruiser holds a 26-cell numerical advantage, sensor modernization dictates current combat capability. The aging Ticonderoga fleet relies on the legacy passive AN/SPY-1 radar. Because the Arleigh Burke hull possessed the structural and electrical margins for upgrades, Flight III Burkes integrate the active electronically scanned array AN/SPY-6(V)1 radar, providing greater detection range and target discrimination against ballistic missiles.
Propulsion and Performance
Both vessels are powered by four General Electric LM2500 gas turbines generating over 100,000 shaft horsepower. Top speeds for both exceed 31 knots. The Ticonderoga possesses a longer unrefueled range at 6,000 nautical miles compared to the Burke’s 4,400 nautical miles at 20 knots. However, the Arleigh Burke class integrated radar cross-section reduction from its inception, utilizing angled bulkheads and a raked mast to decrease its radar signature.
Deployment and Combat Record
Both classes executed land-attack missions using Tomahawk missiles during conflicts in Iraq in 1996, 1998, and 2003. The Ticonderoga class historically operated as the primary anti-air warfare coordinator for carrier strike groups, and USS Lake Erie executed the 2008 intercept of a disabled U.S. satellite. The Arleigh Burke class currently sustains high-tempo ballistic missile defense deployments. Between 2023 and 2024, Burke-class destroyers in the Red Sea intercepted dozens of anti-ship ballistic missiles and drones, recording the first combat engagements using the SM-3 interceptor.
Conclusion
The Arleigh Burke class holds the definitive edge in modern naval surface warfare. While the Ticonderoga class provides 27 percent more VLS capacity and dedicated air warfare command facilities, its Spruance-derived hull reached its weight and power generation limits a decade ago. The Arleigh Burke’s all-steel construction provides superior kinetic survivability, and its structural growth margins allowed the integration of the SPY-6 radar on Flight III ships. In a peer conflict, the improved sensor fidelity and damage resistance of a Flight III Burke outweigh the 26 extra missile cells of a structurally exhausted Ticonderoga.