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DCC Bridge
Anonymous1772545138
03-03 13:42
Model Name
airplane 3d model
Tags
vehicle
3d printing
realistic
Prompt
All functions as seperate meshes, suitable for printing and making a paper model containing the features below orthographic projection, exploded view, printable papercraft net, flat layout with glue tabs and dashed fold lines, white background, vector line art, no shading." 1:144 Indigo livery A321XLR with- Radome hinged or removable, radar bulge on movable nose skin, cockpit windshield cut-out with opening visor illusion, cockpit side windows that slide or flip, layered cockpit window frames acting as structural stiffeners, windshield wipers on micro pivot hinges, nose contour panels segmented for slight articulation, nose access panels on tape hinges, avionics bay door opening downward, avionics bay interior box sliding in and out, nose landing gear bay opening linked to gear motion, nose gear bay interior fold-out box, bay ceiling panel that lifts with door, nose gear bay light represented by rotating dot, nose landing gear strut rotating on single pivot, nose gear steering simulated by limited yaw rotation, nose gear scissor links acting as mechanical stop, torque link acting as friction brake, nose gear retraction arm linked to gear leg, uplock simulated by over-center friction, dual nose wheels rotating freely, nose wheel hubs rotating independently, tire tread engraved but wheels spin, axle acting as structural pin, nose gear bay forward doors mechanically linked to gear leg, aft bay doors mechanically linked to same leg, door hinges made from paper lamination flex, door actuators acting as pull rods, pitot tubes flip-out and fold-back, angle-of-attack vanes freely rotating, static ports represented by sliding dots, forward fuselage skin panels flexing slightly under load, nose chine panels acting as spring surfaces Forward passenger doors hinged and opening outward, aft passenger doors hinged and opening outward, overwing exits flip-up panels, service doors side-hinged, forward cargo door side-hinged, aft cargo door side-hinged, door hinges acting as structural reinforcements, door handles acting as grip tabs, emergency escape markings aligned to door motion, window belt strip acting as fuselage stiffener, individual cabin windows as cut-through light ports, window frames acting as shear rings, fuselage skin panel lines doubling as fold stress lines, lap joints acting as controlled flex zones, antenna mounting pads rotating or sliding Cockpit floor bulkhead sliding for access, cockpit interior block removable, instrument panel tilting upward, glare shield acting as locking tab, cockpit sidewalls flexing slightly, cabin floor strip removable, seat blocks sliding as one unit, galley block hinged, lavatory block hinged, cabin bulkheads removable, cargo hold floor sliding, cargo bay rib illusion doubling as rails Wing root fairing hinged or removable, reinforced wing box fairing acting as wing spar cover, wing fillet flex allowing dihedral change illusion, wing dihedral fixed by spar but visually dynamic, wing sweep locked by geometry but wings removable, wing thickness taper built by stepped laminations, wing skin panels flexing during control movement, fuel tank panels opening, wing access panels flip-open, wing walk areas acting as anti-buckling layers, no-step markings aligned with flex zones, wing fences flexing sideways, wingtip navigation light housings rotating Leading-edge slats sliding forward and backward on angled slots, slat segments linked together, slat track fairings acting as guides, trailing-edge flaps rotating downward on shared shaft, flap segments moving together, flap hinge lines acting as torque points, flap track canoe fairings acting as structural ribs, ailerons rotating differentially via offset hinge geometry, spoiler panels popping up via flexible spine, speed brake panels sharing same spine, ground spoilers deploying further via same mechanism, spoiler actuators acting as push tabs, winglet hinged for slight flex or rotation, winglet curvature maintained by laminated spring, winglet panel lines doubling as stress relief, winglet navigation light rotating or flipping Main landing gear bay openings mechanically linked to gear motion, simplified main gear bay box expanding slightly, bay ribs acting as rails, bay ceiling panels flexing, bay hydraulic lines acting as visual guides, main landing gear strut rotating inward on pivot, shock strut simulated by telescoping paper sleeve, torque link acting as rotation limiter, retraction arm pulling gear inward, uplock simulated by friction notch, dual main wheels rotating freely, wheel hubs rotating independently, tire tread engraved but functional spin maintained, axle pin acting as main load path, main gear doors mounted on gear leg, gear doors opening automatically during retraction, door hinges flex-based, door actuator rods acting as mechanical links, gear tilt angle built into hinge geometry Engine pylon fixed but acting as load bridge, pylon fillet fairings removable, pylon panel lines acting as fold relief, engine nacelle barrel segmented and slightly compressible, inlet lip ring rotating slightly, fan disk free-spinning, fan blades engraved but acting as radial stiffeners, spinner cone removable, spinner spiral aligned to rotation, bypass duct shading static, thrust reverser sleeve sliding backward and forward, cascade grille exposed during slide, exhaust cone fixed, exhaust heat stains aligned with sleeve motion, chevron exhaust edge flexing slightly, engine drain mast rotating Horizontal stabilizers removable or hinged, stabilizer incidence adjustable between positions, stabilizer fillet fairings flexing, elevator surfaces rotating together on shaft, elevator hinge acting as torque tube, trim tab sliding or flipping, tailplane panel lines acting as hinge guides Vertical stabilizer fixed into keel, fin root fairing removable, rudder rotating on vertical hinge, rudder trim tab flipping, static discharge wicks flexing, VHF antenna rotating, tail logo panel removable APU exhaust door opening, APU heat stain panel sliding, tail cone removable, tail cone panel lines acting as flex joints, tail skid flipping down slightly, rear fuselage taper compressible under pressure Upper fuselage VHF antenna rotating, lower fuselage antenna rotating, GPS domes sliding or removable, SATCOM hump removable or hinged, TCAS top antenna flipping, TCAS bottom antenna flipping, ILS antenna stubs rotating, marker beacon dots sliding, ELT antenna flipping, drain masts rotating, air-conditioning pack outlet doors opening Navigation lights rotating or sliding, tail navigation light rotating, landing light panels opening, taxi light flipping, runway turnoff light flipping, anti-collision beacon top spinning or tilting, anti-collision beacon bottom spinning or tilting Rear Centre Tank belly fairing hinged or removable, belly reinforcement panels sliding, fuel vent sliding tab, strengthened landing gear stance achieved through hinge offset, long-range antenna set deployable Display stand mounting socket opening and closing, belly stand latch functional, in-flight gear-up door state fully closed, gear-down state fully deployed, takeoff flap configuration selectable, landing flap configuration selectable, removable wings locking into spar, removable landing gear locking into keel, sectioned fuselage separating and rejoining, cutaway panels opening, livery layers aligned to moving parts, registration markings split across panels, flag decals aligned to door motion, door warning text moving with doors, weathering aligned with articulation paths, panel shading enhancing motion illusion, final skin layers acting as structural membrane
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Anonymous1772545138
Anonymous1772545138