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Axle 3D Models

Find the best Axle 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1768578176
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Anonymous1768918152
Genera un archivo STL de una manivela mecánica para girar un eje de 6 mm. Dimensiones: - Longitud total: 120 mm - Mango giratorio: cilindro de 18 mm de largo y 12 mm de diámetro - Brazo de la manivela: 100 mm de largo, 12 mm de ancho, 6 mm de grosor Agujero para eje: - Diámetro: 6.1 mm - Ubicado en un extremo del brazo Mango: - Conectado mediante un perno cilíndrico de 4 mm de diámetro - El mango debe girar libremente Exporta como STL listo para impresión 3D.
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Anonymous1773817223
lo quiero sin llantas y sin trailer pero que se puedan instalar despues las llantas
Anonymous1773026708
Crie um modelo 3D mecânico preciso de uma pequena rodinha plástica com eixo integrado, adequada para impressão 3D. O objeto deve ser uma peça única sólida composta por: - Um eixo cilíndrico central atravessando toda a peça - Um corpo externo cilíndrico maior (a roda) - Estruturas internas radiais (4 a 6 “raios”) conectando o eixo ao corpo externo para dar resistência Especificações (em milímetros): - Diâmetro externo da roda: 20 mm - Largura total da roda (espessura): 25 mm - Diâmetro do eixo: 7 mm - Comprimento total do eixo (de ponta a ponta): 42 mm Detalhes do design: - O eixo deve ultrapassar o corpo todo da roda nos dois lados - A roda deve ficar centralizada quanto a largura total de eixo - O eixo da roda e do eixo centro devem ser o mesmo. - Incluir pequenos degraus/ombros próximos às extremidades somente do eixo para encaixe e travamento - A estrutura interna deve ter reforços radiais distribuídos de forma uniforme - Adicionar pequenos arredondamentos (filetes/fillets) nas bordas para melhor
Anonymous1773789530
Create a realistic go-kart chassis 3D model. Specifications: - Tubular steel frame, rectangular base - Length: 1800 mm, Width: 1000 mm - Ground clearance: 150 mm - Four wheels aligned properly touching ground - Rear axle solid, front wheels steerable - Simple racing seat in center - Engine mounted on rear right side - Steering wheel in front of seat - Include basic steering rods and axle - Low poly but realistic proportions - Clean mechanical layout (engineering style) - No floating parts, all components properly aligned Style: - Realistic engineering model - Similar to basic go-kart used in college projects - Matte black frame, black tires, metallic engine
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Anonymous1768109410
🏎️ F1 in Schools 2026 Legal Car – 3D Design Prompt Design a highly aerodynamic F1 in Schools CO₂ powered miniature race car that strictly follows official competition regulations. The car must have a total length of 200 mm, maximum width of 70 mm, and maximum height of 50 mm, with a minimum ground clearance of 1.5 mm. The body should use a low-drag teardrop aerodynamic profile optimized for a straight-line sprint. The nose should be narrow (12–15 mm wide) with a rounded bullet shape to smoothly split airflow. The body should gradually widen to about 60 mm in the mid-section, then taper smoothly to a narrow rear tail (15–20 mm wide) to minimize turbulence. Include a central CO₂ cartridge chamber with the following specifications: diameter 19 mm depth 55 mm positioned 35 mm above the track surface minimum 3 mm wall thickness the CO₂ cartridge must protrude at least 5 mm from the rear of the car Add two tether line guides with 4 mm holes: one 10 mm before the front axle one 10 mm after the rear axle
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Anonymous1773284932
Here is the prompt in English: PROMPT: You are an expert mechanical CAD designer. Help me design a 4-corner double wishbone suspension system in SolidWorks based on the chassis and wheel dimensions provided below. Explain step by step how to model each part individually. CHASSIS DIMENSIONS: Total chassis width: 1565mm Total chassis length: 1638mm Main longitudinal rails: center X = ±229mm, 50×50mm square tube profile Outer upright rails: X = ±432mm Rail height: Y = 0 to 50mm (tube top surface at Y=50mm) Front axle Z position: +737mm Rear axle Z position: -737mm WHEEL DIMENSIONS: Outer diameter: 380mm Width: 180mm Wheel center X: ±648mm (from chassis centerline) Wheel center height from ground (Y): 241mm Wheel center Z: front +737mm, rear -737mm PARTS TO BE MODELED WITH DIMENSIONS: LOWER WISHBONE (A-arm) — separate for left and right: Material: 25mm OD, 2mm wall thickness steel tube Front arm length: 245mm Rear arm length: 245mm Distance between two inner pivot points (chassis side): 160mm (±80mm along
Anonymous1773275167
crea este camion con carroceria sin techo
Anonymous1773147956
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