Planetary Survey Outpost Cutaway

Objective: To create a concise sci-fi technology cross-section infographic showcasing a facility inspired by *No Man's Sky*, titled {argument name="headline text" default="PLANETARY SURVEY OUTPOST"} Presented as a hardened planetary exploration base with a large central dome and swept-wing structures, styled like an aerospace architecture manual. Canvas: A 16:9 wide-format landscape poster on a white background, combining high-resolution conceptual art rendering with clear, editorial typography. It uses soft olive-grey armor plates, dark graphite structural ribs, warm interior lighting, and purple sensor lighting effects. Main Layout: A massive cross-section of the facility is placed at the center, spanning almost the entire width. At the center is a semi-circular hardened dome, cut open to reveal four stacked interior spaces: 1) sensor and telescope rooms at the top, 2) crew/laboratory rooms, 3) an operations/control layer with blue displays, and 4) a power/storage bay at the bottom. Connecting the two large, angular wings: the left wing is light green hardened armor, while the right wing is darker, with an open sensor bay cross-section near the tip. Thin guide lines and small technical labels are added around the structure. Top-left text block: A subtitle is added below the main title.{argument name="subtitle text" default="CUTAWAY DIAGRAM"} . The description includes a brief text: “A hardened, low-profile facility designed for long-term planetary observation and data collection. The hardened dome and wing structure houses sensors, living quarters, and support systems, and is designed to withstand harsh surface environments.” Notes: Nine labeled annotations surround the main cross-section, each with a brief description: 1) “REINFORCED WING STRUCTURE” – Composite armor and load-bearing struts provide durability and impact resistance; 2) “OBSERVATION BAYS” – Deployable sensor pods for atmospheric and terrain analysis; 3) “CENTRAL SENSOR DOME” – Rotating sensor array and high-resolution scanning instruments; 4) “COMMUNICATION ARRAY” – High-gain antenna system for long-range data transmission; 5) “HABITATION DECK” – Crew quarters, galley, recreational, and medical facilities; 6) “OPERATIONS DECK” – Command center, data analysis lab, and mission planning room; 7) “POWER” –… CORE (Power Core) – A compact fission reactor that powers all systems; 8) STORAGE & WORKSHOP – Equipment storage, manufacturing labs, and maintenance bays; 9) DEPLOYABLE SENSOR POD – An autonomous pod for atmospheric sampling, topographic mapping, and surface scanning. Embedded Panels: Add 3 framed embedded panels. The lower left panel displays a small, standalone rendering of a deployable sensor pod with landing gear, labeled "DEPLOYABLE SENSOR POD". The upper right panel is a "SPECIFICATIONS" card containing 6 lines of data: Dome diameter approximately 68 meters; Wingspan approximately 140 meters; Height approximately 35 meters; Mass approximately 24,000 tons; Crew capacity 24; Power output approximately 3.2 MW. The bottom right panel is a top view of the facility layout, labeled "FACILITY LAYOUT (TOP VIEW)," showing the circular central dome and two wings, labeled left wing (sensor bay), right wing (communication array and support), and central dome (operations and core). Visual Style: A combination of realistic science fiction concept art and technical blueprint infographic design, sharp cross-sectional details, small-scale human-scale rooms and equipment, subtle shadows below the base, thin purple-grey leading lines, compact uppercase sans-serif font labels, and sophisticated magazine-style typography. Constraints: Keep all text in English, ensure easy readability and information-dense graphics, and avoid adding logos, watermarks, foreground figures, or additional embedded panels. The main body should present {argument name="game inspiration" default="No Man's Sky"} It should evoke the feel of a planetary facility, but it must remain original.