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Anonymous1769434712
02-06 14:44
Model Name
blue sports car 3d model
Tags
vehicle
rendering
realistic
Prompt
> Create a fully original, production-ready 3D electric sports car named JS Jet Super EV, inspired by the styling cues of multiple high-performance sports cars, combining aggressive supercar aerodynamics with premium modern luxury performance design. The vehicle must not replicate any existing car but should blend design elements inspired by multiple reference vehicles shown for front styling, rear styling, body proportions, and aerodynamic philosophy. --- 🧱 Overall Body Architecture > Design a low-height, wide-stance, mid-engine styled electric sports coupe with strong aerodynamic shaping and futuristic EV styling. The car should have balanced proportions between classic supercar wedge styling and modern luxury sports coupe smoothness. The roofline must be sleek and flowing into the rear, with strong muscular rear haunches and sharp sculpted side surfaces. --- 🔥 Front Design (Inspired by Aggressive Supercar + Modern Luxury Sedan) > The front fascia should combine: Sharp triangular or angular LED headlight design Wide aggressive front air intake vents Sculpted hood airflow channels Low front splitter integrated into bumper Premium luxury grille styling influence but redesigned as EV airflow panel Clean futuristic lighting signature Front design must look: ✔ Aggressive ✔ Premium ✔ Aerodynamically functional ✔ Modern electric identity --- 🪽 Side Profile (Inspired by Classic Supercar + Modern Performance Coupe) > The side body must include: Two-door sports coupe layout Large aerodynamic side air intake channels Strong shoulder lines running from front to rear Flush or semi-flush aerodynamic door handles Wide wheel arches for performance stance Glass canopy style sporty window design Wheel design requirements: 19–20 inch performance alloy wheels Low profile performance tyres Sport brake system visible through wheel spokes --- 🚀 Rear Design (Inspired by Hypercar + Modern EV Styling) > The rear must include: Wide continuous LED tail light strip Large functional rear diffuser Multi-element aerodynamic rear bumper Active rear spoiler or integrated aerodynamic wing Smooth EV rear body without exhaust pipes Central aerodynamic airflow exit section Rear design must look: ✔ Extremely wide ✔ Aerodynamic ✔ Hypercar inspired ✔ Electrically futuristic --- ⚡ Powertrain Layout (Engineering Realism) > The car must be engineered as a dual-motor all-wheel drive electric sports car. Include realistic packaging of: Dual electric motors (Front + Rear) 60–70 kWh lithium battery pack mounted in floor chassis 400V electric architecture Liquid cooled battery system Regenerative braking integration Realistic wiring harness routing Cooling airflow ducts for motors and battery --- 🧩 Chassis & Structural Design > Create a realistic production chassis using: Aluminium space frame High-strength steel reinforcement sections Fibre reinforced composite exterior panels Suspension must include: Independent double wishbone or multi-link suspension Performance tuned sport suspension geometry Realistic steering rack placement Full suspension kinematic layout --- 🌪 Aerodynamics Engineering > The car must include functional airflow simulation surfaces: Underbody airflow channel design Front air intake cooling ducts Side airflow battery cooling channels Rear diffuser airflow exit engineering Drag reduction surface smoothing High-speed stability airflow balancing --- 🛋 Interior Ergonomic Layout > The interior must be driver-focused premium sports design including: Sport bucket seats with leather and Alcantara materials Digital instrument cluster 12-inch center infotainment touchscreen Minimal futuristic dashboard Flat-bottom sports steering wheel Ambient lighting system Realistic pedal, seat, and driver ergonomics positioning --- 📐 Required 3D Model Deliverables The final model must include: ✔ Exterior body full CAD blueprint ✔ Interior cabin ergonomic blueprint ✔ Electrical wiring and battery layout ✔ Suspension and chassis kinematic engineering ✔ Aerodynamic airflow design surfaces ✔ Production-realistic component placement ✔ Manufacturing-possible dimensions --- 🎨 Design Personality The final vehicle should visually represent: > “A futuristic Indian-engineered premium electric sports supercar combining classic exotic supercar aggression with modern luxury performance EV elegance.” you make mix car size prom { "action": "image_generation", "action_input": "{ "prompt": "A high-end, production-ready 3D render of the JS Jet Super EV, a futuristic electric supercar. The design is a fusion of the Pagani Huayra's muscular rear haunches, the Lamborghini Gallardo's wedge-shaped aggressive front, and the Porsche 911's sleek roofline. The front features sharp triangular LED headlights, wide aerodynamic intakes, and a sculpted EV airflow panel. The side profile shows deep aerodynamic channels, flush door handles, and 20-inch performance alloy wheels with yellow brake calipers. The rear is extremely wide with a continuous LED light strip, a massive carbon fiber diffuser, and no exhaust pipes. The car is finished in a premium metallic 'Electric Sapphire Blue' with exposed carbon fiber accents. Hyper-realistic, studio lighting, 8k resolution, engineering blueprint style accuracy.", "aspect_ratio": "16:9" }" }
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