Skip to content

V12 Engine Full CAD Design

Anotação-2025-04-16-092649.jpg V12 Engine Full CAD Design
Anotação-2025-04-16-093111.jpg V12 Engine Full CAD Design
Untitled.jpg V12 Engine Full CAD Design
Advertising
Share
Add to
Make
Advertising
?
Creation quality: 0/5 (0 votes)
Evaluation of on the printability, utility, level of detail, etc.
License
Usages
3D design format
45 files (SLDASM, SLDPRT, and ZIP) Close
  • 01_Air Inlet.SLDPRT
  • 02_Belt Guide.SLDPRT
  • 04_Blower.SLDPRT
  • 05_Camshaft Bearing.SLDPRT
  • 06_Connecting Rod (Bottom).SLDPRT
  • 07_Camshaft.SLDPRT
  • 08_Connecting Rod.SLDPRT
  • 09_Crankshaft Pulley.SLDPRT
  • 10_Crankshaft Bearing.SLDPRT
  • 11_Crankshaft.SLDPRT
  • 12_Gudgeon Pin.SLDPRT
  • 13_Head Cover.SLDPRT
  • 14_Injectors.SLDPRT
  • 15_Intake Manifold.SLDPRT
  • 16_Mid Pulley.SLDPRT
  • 17_Oil Expander.SLDPRT
  • 18_Oil Pan.SLDPRT
  • 19_Oil Ring.SLDPRT
  • 20_Pin Circlip.SLDPRT
  • 21_Piston Head.SLDPRT
  • 22_Pulley Locker.SLDPRT
  • 23_Pulley.SLDPRT
  • 24_Spark Plug.SLDPRT
  • 25_Spring.SLDPRT
  • 26_Throttle.SLDPRT
  • 27_Cylinder Block.SLDPRT
  • 28_Cylinder Head.SLDPRT
  • 29_Exhaust Manifold.SLDPRT
  • 30_Supercharger Rotor.SLDPRT
  • 31_Blower Locker.SLDPRT
  • 32_Tappet.SLDPRT
  • 33_Valve Lock.SLDPRT
  • 34_Valve Retainer.SLDPRT
  • 35_Valve Seat.SLDPRT
  • 36_Valve.SLDPRT
  • Belt Guide Assembly.SLDASM
  • Blower Assembly.SLDASM
  • Cylinder Block Assembly.SLDASM
  • Cylinder Head Assembly 01.SLDASM
  • Cylinder Head Assembly 02.SLDASM
  • Piston Assembly.SLDASM
  • SuperCharger Blower.SLDASM
  • V12 Engine Final Assembly.SLDASM
  • Valve Assembly.SLDASM
  • motor V12 projeto fleytas -20250528T133044Z-1-001.zip
    • Documento sem ttulo.docx
    • peas com erro/Pea1 motor.SLDPRT
    • motor pronto/Modelo V12 prottipo /02_Belt Guide.SLDPRT
    • motor pronto/Modelo V12 prottipo /03_Belt Pulley.SLDPRT
    • motor pronto/Modelo V12 prottipo /05_Camshaft Bearing.SLDPRT
    • motor pronto/Modelo V12 prottipo /04_Blower.SLDPRT
    • peas com erro/Pea3 motor.SLDPRT
    • peas com erro/Pea2 motor.SLDPRT
    • peas com erro/Pea4 motor.SLDPRT
    • Untitled.JPG
    • motor pronto/Modelo V12 prottipo /23_Pulley.SLDPRT
    • motor pronto/Modelo V12 prottipo /16_Mid Pulley.SLDPRT
    • motor pronto/Modelo V12 prottipo /12_Gudgeon Pin.SLDPRT
    • motor pronto/Modelo V12 prottipo /24_Spark Plug.SLDPRT
    • motor pronto/Modelo V12 prottipo /21_Piston Head.SLDPRT
    • motor pronto/Modelo V12 prottipo /07_Camshaft.SLDPRT
    • motor pronto/Modelo V12 prottipo /Blower Assembly.SLDASM
    • motor pronto/Modelo V12 prottipo /19_Oil Ring.SLDPRT
    • motor pronto/Modelo V12 prottipo /09_Crankshaft Pulley.SLDPRT
    • motor pronto/Modelo V12 prottipo /13_Head Cover.SLDPRT
    • motor pronto/Modelo V12 prottipo /25_Spring.SLDPRT
    • motor pronto/Modelo V12 prottipo /20_Pin Circlip.SLDPRT
    • motor pronto/Modelo V12 prottipo /06_Connecting Rod (Bottom).SLDPRT
    • motor pronto/Modelo V12 prottipo /33_Valve Lock.SLDPRT
    • motor pronto/Modelo V12 prottipo /22_Pulley Locker.SLDPRT
    • motor pronto/Modelo V12 prottipo /31_Blower Locker.SLDPRT
    • motor pronto/Modelo V12 prottipo /01_Air Inlet.SLDPRT
    • motor pronto/Modelo V12 prottipo /10_Crankshaft Bearing.SLDPRT
    • motor pronto/Modelo V12 prottipo /18_Oil Pan.SLDPRT
    • motor pronto/Modelo V12 prottipo /Belt Guide Assembly.SLDASM
    • motor pronto/Modelo V12 prottipo /35_Valve Seat.SLDPRT
    • motor pronto/Modelo V12 prottipo /17_Oil Expander.SLDPRT
    • motor pronto/Modelo V12 prottipo /15_Intake Manifold.SLDPRT
    • motor pronto/Modelo V12 prottipo /14_Injectors.SLDPRT
    • motor pronto/Modelo V12 prottipo /V12 Engine Final Assembly.SLDASM
    • motor pronto/Modelo V12 prottipo /32_Tappet.SLDPRT
    • motor pronto/Modelo V12 prottipo /36_Valve.SLDPRT
    • motor pronto/Modelo V12 prottipo /26_Throttle.SLDPRT
    • motor pronto/Modelo V12 prottipo /34_Valve Retainer.SLDPRT
    • motor pronto/Modelo V12 prottipo /Valve Assembly.SLDASM
    • motor pronto/Modelo V12 prottipo /11_Crankshaft.SLDPRT
    • motor pronto/Modelo V12 prottipo /08_Connecting Rod.SLDPRT
    • motor pronto/Modelo V12 prottipo /29_Exhaust Manifold.SLDPRT
    • motor pronto/Modelo V12 prottipo /Piston Assembly.SLDASM
    • motor pronto/Modelo V12 prottipo /SuperCharger Blower.SLDASM
    • motor pronto/Modelo V12 prottipo /30_Supercharger Rotor.SLDPRT
    • motor pronto/Modelo V12 prottipo /27_Cylinder Block.SLDPRT
    • motor pronto/Modelo V12 prottipo /Cylinder Block Assembly.SLDASM
    • motor pronto/Modelo V12 prottipo /Cylinder Head Assembly 02.SLDASM
    • motor pronto/Modelo V12 prottipo /Cylinder Head Assembly 01.SLDASM
    • motor pronto/Modelo V12 prottipo /28_Cylinder Head.SLDPRT

Learn more about the formats
Publication date 2025-05-29 at 11:14
Design number 3031830
alan-fleytas

alan-fleytas

Issue with this design? Report a problem.

Template info

3D model description

V12 Engine 3D Model – High-Detail Mechanical Design

Bring the raw power and elegance of high-performance engineering to your 3D projects with this meticulously crafted V12 engine model. Designed for enthusiasts, educators, and developers, this 3D asset captures the intricate details of a 12-cylinder powerhouse, commonly found in luxury supercars and race vehicles.

Key Features:

Highly detailed design: Includes pistons, crankshaft, camshafts, exhausts, intake manifolds, and other internal components.

Optimized topology: Clean, quad-based mesh ideal for animation, simulation, or 3D printing.

Realistic proportions: Based on actual V12 engine layouts for enhanced realism.

File formats included: STL, OBJ, FBX, and STEP for compatibility with most 3D software and CAD systems.

Scalable model: Easily adjustable for use in dioramas, engineering demos, or VR/AR applications.

Manufacturing settings

Parâmetros Técnicos e Instruções de Fabricação – Motor V12 (Modelo 3D)
Parâmetros Gerais:
Tipo de motor: V12, ciclo Otto (explosão), 4 tempos

Número de cilindros: 12 (em configuração V a 60° ou 90°)

Peças incluídas: Bloco do motor, cabeçotes, pistões, bielas, virabrequim, comandos de válvula, coletores de issão e escape, polias, correias/correntes e e base

Tolerância sugerida para encaixes: 0,2 mm (ajustável conforme a impressora e tipo de material)

Especificações de Impressão 3D:
Tecnologia recomendada: FDM (para protótipos) ou SLA (para alta definição)

Material sugerido:

PLA ou PETG para protótipos visuais e peças grandes

ABS ou Nylon para peças funcionais com mais resistência

Resolução mínima recomendada: 0.12 mm (camada)

Bico de impressão: 0.4 mm padrão (pode ser ajustado conforme o nível de detalhe desejado)

Temperatura de extrusão: conforme o material (PLA ~200°C, ABS ~240°C)

Temperatura da mesa: 60–100°C dependendo do material

Velocidade de impressão: 40–60 mm/s (detalhes finos exigem menor velocidade)

Montagem:
Requer cola para plásticos ou encaixe por pressão (peças com tolerância negativa já ajustadas)

Para componentes móveis (pistões, virabrequim), recomenda-se uso de lubrificação leve (graxa de silicone ou óleo mineral)

Algumas peças podem ser fixadas com parafusos M2 ou M3 (modelos incluem marcações para furos opcionais)

Observações:
Projeto voltado para fins educacionais, demonstrativos ou decorativos.

Não é funcional como motor real (não há combustão ou componentes metálicos internos).

A complexidade pode variar de acordo com a versão: básica (visual), intermediária (com movimento manual), avançada (motor elétrico acoplado).

Categories

Tools

Meta tags

Tags

Advertising

Page translated by automatic translation. See the original version.

Would you like to Cults?

You like Cults and you want to help us continue the adventure independently? Please note that we are a small team of 4 people, therefore it is very simple to us to maintain the activity and create future developments. Here are 3 solutions accessible to all:

  • ADVERTISING: Disable your ad blocker.
  • DONATE: Make a donation via Ko-Fi 💜.
  • WORD OF MOUTH: Invite your friends to come, discover the platform and the magnificent 3D files shared by the community!

Sharing and ing on Cults3D guarantees that designs remain in makers community hands! And not in the hands of the 3D printing or software giants who own the competing platforms and exploit the designs for their own commercial interests.

Cults3D is an independent, self-financed site that is not able to any investor or brand. Almost all of the site’s revenues are paid back to the platform’s makers. The content published on the site serves only the interests of its authors and not those of 3D printer brands who also wish to control the 3D modeling market.