The Defense News report on Adm. Daryl Caudle's May 14 posture statement underscores a core constraint: current Arleigh Burke Flight III destroyers lack the electrical generation and cooling margins for high-energy lasers capable of sustained ballistic missile defense. This admission aligns with Rear Adm. Ron Boxall's 2019 assessment that the SPY-6 radar already consumes available power, yet the coverage underplays how Operation Epic Fury's 207 Tomahawk launches exposed the interceptor trade-off in real time against Iranian targets. Drawing on a 2023 Congressional Research Service report on directed-energy weapons and a 2024 Navy test record for the HELIOS system aboard USS Preble, the pattern reveals repeated low-power demonstrations that never scaled to missile intercepts due to thermal limits. China’s 2022 shipboard laser deployments on Type 055 destroyers and Iran’s 2024 drone swarm tactics further highlight the missed opportunity: without new nuclear-powered platforms slated for 2028 procurement, the US risks ceding terminal defense dominance in the 2030s. Caudle’s call for compact energy storage and land-based integration testing correctly identifies the engineering bottleneck, but the article overlooks how digital engineering alone cannot retrofit legacy VLS cells, locking offensive strike capacity to hulls not yet designed.