A futuristic, solar-powered airship with multiple propellers and a large mesh net suspended below, flying high above the clouds.

Please design an airship with these features: II. Propulsion and Power Systems 1. Solar Hybrid Propulsion Network The Phoenix-class airships operate primarily on multi-surface photovoltaic skin arrays covering their top and lateral surfaces. These arrays dynamically adjust opacity and reflectivity to optimize solar collection or provide camouflage. Adaptive solar skin (nano-thin flex-panels) Color-shifting panels for stealth Energy routed to propulsion, desalination, and onboard systems Surplus energy stored in high-density battery banks 2. Propulsion Units Quad vector-thrust propeller arrays located at bow and stern Auxiliary ion-thrust maneuvering jets for micro-adjustments and station-keeping Redundant vector stabilization algorithms for hovering during water deployments III. Lift and Structural Design 1. Gas Bladders and Lift Framework At the core of each vessel is a massive helium containment structure housed within a geodesic framework of ultralight carbon trusses. The design prioritizes puncture resistance and internal compartmentalization. Helium-based lift distributed across multiple smart-sealing bladder chambers Geodesic cage network offers internal load-bearing and burst redundancy Emergency venting and rebalancing system in case of structural failure 2. Underside Defense and Moisture Collection Mesh The vulnerable undercarriage is protected by a dual-function mesh array: Bullet- and shrapnel-deflecting netting, constructed from carbon-woven micro-ring armor Each See more