Exploded Technical Diagram Poster

Create an ultra-high fidelity exploded technical diagram of a {argument name="car model" default="2026 Audi A6"}, presented as a premium engineering poster. Audi A6 (2026)Maintain a true orthographic top/front hybrid view with zero perspective distortion.CORE COMPOSITION RULE Place the primary chassis or structural platform perfectly centered as the core spine. Position the main body shell separately (left or top), aligned parallel as a reference form while preserving accurate proportions, stance, and real-world geometry of the 2026 Audi A6.EXPLODED ENGINEERING SYSTEM (MULTI-LAYER DEPTH STRUCTURE) Design a multi-layered exploded system with components separated across depth (Z-axis) and planar spacing:Micro hardware (bolts, screws, washers): tightly grouped in precision clusters Functional assemblies: moderately spaced with clear mechanical relationships Major systems: widely separated for structural clarity and engineering hierarchy SUBSYSTEM BREAKDOWN (MODERN AUDI ARCHITECTURE) Organize parts into realistic automotive engineering subsystems:Front Assemblyadaptive suspension system (Audi drive select calibrated damping) precision steering rack with electronic assist advanced braking system (ventilated discs + regenerative integration if hybrid) sensor suite (front radar, LiDAR-ready modules, camera array) Rear Assemblyrear multi-link suspension system drivetrain assembly (quattro AWD torque distribution unit) rear differential system (or integrated e-axle for hybrid/EV variant) stability and traction control modules Chassis / Structurelightweight MLB Evo / next-gen Audi modular platform architecture reinforced aluminum and high-strength steel hybrid frame vibration isolation subframes crash-optimized energy absorption zones Powertrainturbocharged inline-4 / V6 hybrid-compatible engine architecture transmission system (dual-clutch S tronic representation) intake, exhaust, and thermal management routing optional mild-hybrid or plug-in hybrid battery integration partial internal exposure showing combustion or electric assist layering Electronics SystemECU and domain control architecture (centralized compute unit) wiring harness with ultra-clean routed geometry driver assistance systems (ADAS module cluster) infotainment + digital cockpit processing unit sensor fusion computing core Wheel System4 wheels symmetrically placed rim, tire, brake disc, hub assembly separated in exploded layers precise axle alignment and rotational geometry Audi signature aerodynamic rim design ENGINEERING REALISM RULE Maintain strict mechanical connectivity between all systems Align shafts, axles, and torque paths accurately Preserve left/right symmetry with controlled functional asymmetry only Group micro-components in structured clusters near their assemblies Avoid decorative or random placement — everything must reflect real automotive engineering logic VISUAL STYLE & MATERIAL LANGUAGE Use modern Audi design precision:brushed aluminum + matte graphite structural materials carbon-reinfo

Create an ultra-high fidelity exploded technical diagram of a {argument name="car model" default="2026 Audi A6"}, presented as a premium engineering poster. Audi A6 (2026)Maintain a true orthographic top/front hybrid view with zero perspective distortion.CORE COMPOSITION RULE Place the primary chassis or structural platform perfectly centered as the core spine. Position the main body shell separately (left or top), aligned parallel as a reference form while preserving accurate proportions, stance, and real-world geometry of the 2026 Audi A6.EXPLODED ENGINEERING SYSTEM (MULTI-LAYER DEPTH STRUCTURE) Design a multi-layered exploded system with components separated across depth (Z-axis) and planar spacing:Micro hardware (bolts, screws, washers): tightly grouped in precision clusters Functional assemblies: moderately spaced with clear mechanical relationships Major systems: widely separated for structural clarity and engineering hierarchy SUBSYSTEM BREAKDOWN (MODERN AUDI ARCHITECTURE) Organize parts into realistic automotive engineering subsystems:Front Assemblyadaptive suspension system (Audi drive select calibrated damping) precision steering rack with electronic assist advanced braking system (ventilated discs + regenerative integration if hybrid) sensor suite (front radar, LiDAR-ready modules, camera array) Rear Assemblyrear multi-link suspension system drivetrain assembly (quattro AWD torque distribution unit) rear differential system (or integrated e-axle for hybrid/EV variant) stability and traction control modules Chassis / Structurelightweight MLB Evo / next-gen Audi modular platform architecture reinforced aluminum and high-strength steel hybrid frame vibration isolation subframes crash-optimized energy absorption zones Powertrainturbocharged inline-4 / V6 hybrid-compatible engine architecture transmission system (dual-clutch S tronic representation) intake, exhaust, and thermal management routing optional mild-hybrid or plug-in hybrid battery integration partial internal exposure showing combustion or electric assist layering Electronics SystemECU and domain control architecture (centralized compute unit) wiring harness with ultra-clean routed geometry driver assistance systems (ADAS module cluster) infotainment + digital cockpit processing unit sensor fusion computing core Wheel System4 wheels symmetrically placed rim, tire, brake disc, hub assembly separated in exploded layers precise axle alignment and rotational geometry Audi signature aerodynamic rim design ENGINEERING REALISM RULE Maintain strict mechanical connectivity between all systems Align shafts, axles, and torque paths accurately Preserve left/right symmetry with controlled functional asymmetry only Group micro-components in structured clusters near their assemblies Avoid decorative or random placement — everything must reflect real automotive engineering logic VISUAL STYLE & MATERIAL LANGUAGE Use modern Audi design precision:brushed aluminum + matte graphite structural materials carbon-reinfo