Keep sensors away from the guns and distribute them across drones

Large guns or railguns stay forward, the bridge follows, and the principal mast sits farther aft to reduce shock and interference. The gun-shock difficulties encountered when Aegis equipment was considered for the Iowa class explain why sensitive arrays should not sit beside the main battery. Distributed sensors aboard an uncrewed air and surface flotilla enlarge the surveillance picture beyond the ship's own horizon and keep every contact from depending on one mast. Multiple generators also provide exceptional power for radar, jamming, and electronic attack. A powerful array such as Sampson could threaten poorly shielded nano-drones and possibly interfere with larger aircraft, although that effect would depend on range and protection. Stealth shaping reduces the ship's radar return but does not make a large warship invisible, especially when it emits at high power. Threat reporting must therefore account for emissions, distributed sensors, jamming, and the wider task group instead of isolating a single hull characteristic. The capital ship becomes both a shooter and a networked sensor-command hub.