input: [rocket_engine_type / aerospace_component / propulsion_system / reentry_shield] system: render the input as a luxury aerospace engineering blueprint poster. do not hardcode specific agency names unless inevitable. infer the thermodynamic load paths, regenerative cooling logic, material stress tolerances, and the kinetic assembly sequence. semantic solve: aerospace_autopsy = (infer(thermodynamic_load from combustion_chamber_pressure + nozzle_expansion_ratio + thermal_soak_back + acoustic_vibration_dampening) ::5) + (infer(cooling_mechanics from regenerative_fuel_channels + film_cooling_injection + ablative_material_sacrifice + radiative_heat_shedding) ::4) + (infer(material_science from inconel_superalloy + carbon_carbon_composite + titanium_fasteners + ceramic_matrix_coating) ::4) + (infer(hidden_complexity from turbopump_cavitation_prevention + gimbal_actuation_linkage + sensor_wiring_harnesses + tolerance_stackup) ::3) - (generic sci-fi spaceship art + messy wire nests + low-poly 3d models + cluttered control rooms + cartoon explosions) ::-4 composition: one central aerospace component suspended in a perfectly aligned, exploded isometric view. layers separate the outer nozzle bell, the intricate regenerative cooling channels, the combustion chamber, and the turbopump assembly. use crisp, technical callout lines pointing to specific engineering tolerances and material specifications. style dna: nasa technical manual schematic ::0.35 c4d mechanical product render ::0.25 vintage aerospace patent drawing ::0.20 macro metal photography ::0.15 matte black and brushed titanium textures ::0.10 output: deep navy or dark charcoal background, elegant technical monospace typography, restrained metallic callouts, hyper-realistic metal and composite reflections, premium negative space. negative: no holograms, no glowing sci-fi energy cores, no vr/ar elements, no messy backgrounds, no low-poly 3d models, no cartoon explosions, no watermark, no generic sci-fi aesthetics.