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Anonymous1764538845
11-30 22:26
Model Name
ford pickup 3d model
Tags
ford pickup truck
realistic
rendering
rendering realistic
vehicle
vehicle realistic
vehicle rendering
vehicle rendering realistic
Input
Prompt
Create an extremely high-detail, full 3D model of a Ford Super Duty military pickup truck, based strictly on the real vehicle shown in my references. The entire truck must be delivered as one single, complete, watertight 3D model, with no separated parts, no modular pieces, and no detachable components. Everything must be merged into a single solid printable mesh, maintaining flawless geometry and structural accuracy. The truck must accurately include the original cargo bed (pickup box), with all its interior and exterior shapes exactly like the real vehicle. Do NOT add any camper, shelter, module, or cabin on top of the bed. The bed must remain open, empty, and identical to the actual Super Duty cargo box. The model must include both HF long-range military antennas, reproduced identically to the references. Each antenna must originate from the electronics/antenna base boxes mounted on the bed, not from the cab, not from the roof, and not from improvised points. Model each component with maximum detail: For each antenna system, include: – A rectangular electronics box mounted on the bed side, with accurate dimensions, sharp edges, reinforcement plates, screws/bolts, electrical connectors, and cable ports. – A mounting bracket fixed to the bed wall with bolts, washers, and structure. – A flexible isolator coil or spring at the antenna base. – A hinge or joint section allowing foldability, with realistic pins, bolts, and cylindrical geometry. – A rigid lower antenna tube segment with correct thickness. – Sequential upper antenna tube segments with reduced diameter. – Full curvature of the antenna arcing toward the front of the truck, following the real-world shape seen in the images. – Coaxial cable routing: solid modeled cable running from the electronics box into the bed and partially along the chassis frame. Cable must be sculpted as a single piece with correct thickness. Model all external body details with full fidelity: – Hood shape, panel gaps, hood contour, hinges (simplified printable geometry). – Ford Super Duty grille shape, frame, internal bars, brand-less but accurate geometry. – Headlight housings, bulbs, reflectors, turn signal domains (all as solid geometry). – Front bumper with its contours, tow hooks, and mounting plates. – Front fenders with flare, curvature, and correct body lines. – Doors with handles, hinges, panel lines, windows, window seals, mirror mounts. – Side mirrors with bases, arms, mirror housing. – Roof with clearance/marker light shapes and correct curvature. – Running boards with brackets. – Rear fenders, tail lights (outer shape only, no transparent parts), tailgate with stamped shape and internal structure. – Rear bumper with step, plate space, bolts, and supports. – Cargo bed interior: ribs, floor corrugations, side panels, stake pockets, rail top edges, wheel well shapes, bed mounts, and joining points with chassis. Reproduce the dual-rear-wheel (dually) configuration exactly: – Two front wheels with correct offset. – Four rear wheels (dual setup), with inner and outer wheels modeled accurately. – Tire tread sculpted as solid geometry with realistic but printable pattern. – Wheel rims with bolts, hub, lug nuts, and central opening. – Correct wheel arches for dually spacing. Fully model the underbody and chassis with the highest possible realism while keeping everything printable and merged into a single mesh: – Ladder frame rails with correct rectangular tube structure. – Crossmembers. – Mounting brackets for bed and cab. – Front suspension: control arms, shock absorbers (as simplified cylinders), springs modeled as solids or simplified coils, steering linkage, tie rod, stabilizer bar. – Rear suspension: leaf springs (solid modeled), U-bolts, shock absorbers, axle mounts. – Rear axle housing with differential pumpkin, input shaft, and support brackets. – Driveshaft tube extending from transmission to rear differential. – Exhaust pipe and muffler chambers modeled as simplified solid extrusions. – Fuel tank and retention straps. Model the interior with simplified but correct geometry: – Dashboard mass and general layout. – Steering wheel shape and column. – Seats front row (single or double depending on reference), headrests, cushions. – Center console or storage space. – Door interior panel relief shapes. All interior components must be merged into the same mesh and solid. Everything must be watertight, manifold, and 100% suitable for 3D printing. No textures, no shading, no materials, no colors, no lighting. Pure geometry only. No floating parts, no disconnected elements, no holes, no paper-thin surfaces. Every detail must have minimum printable wall thickness of 1.5–2 mm. The final model must be a single unified 3D object, representing the entire Ford Super Duty military truck with antennas, electronics boxes, chassis, interior, wheels, bed, and all body components fused into one fully merged solid mesh.
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Anonymous1764538845
Anonymous1764538845