Animated Inline-4 DOHC 16-Valve Car Engine - Detailed 3D Model

$19

Formats (4)
Native | Blender 5.2.2 | Cycles Render
glTF
FBX
OBJ
Other Files
V2_brushed_stainless_Roughness.png Graphite_gasket_Roughness.png QA_Rubber.png Black_polymer_weathered_REV2_BaseColor.png Intake_polymer_fine_wear_Normal.png QA_Machined_aluminum_fine_wear.png Rubber_Roughness.png QA_Polymer_Normal.png Cast_aluminum_fine_wear_BaseColor.png QA_Polished_journals_fine_wear.png Polished_journals_fine_wear_Normal.png Bearing_alloy_fine_wear_Normal.png Black_oxide_fine_wear_Normal.png QA_Aluminum_TIG_weld_exterior_patina.png QA_Intake_polymer_fine_wear.png Rubber_Normal.png Black_polymer_weathered_REV2_Roughness.png Cast_aluminum_fine_wear_Roughness.png Black_polymer_weathered_REV2_Normal.png Hardened_steel_fine_wear_Normal.png Aluminum_TIG_weld_exterior_patina_BaseColor.png Cast_aluminum_fine_wear_Normal.png QA_Hardened_steel_fine_wear.png Zinc_hardware_fine_wear_Normal.png Graphite_gasket_Normal.png Aluminum_TIG_weld_exterior_patina_Normal.png QA_Polymer_BaseColor.png Intake_polymer_fine_wear_Roughness.png Hardened_steel_fine_wear_Roughness.png QA_Graphite_gasket.png Bearing_alloy_fine_wear_Roughness.png Black_oxide_fine_wear_Roughness.png QA_Black_oxide_fine_wear.png Machined_aluminum_fine_wear_Normal.png QA_Zinc_hardware_fine_wear.png QA_Bearing_alloy_fine_wear.png Aluminum_TIG_weld_exterior_patina_Roughness.png QA_Cast_Normal.png QA_Polymer_Roughness.png QA_Stainless_Roughness.png
Specifications
Publish Date October 05, 2026
Product ID 2631140
Polygons 9,050,119
Vertices 9,293,368
Polygonal Tris Only
Textures
Materials
UV Mapped
Non-overlapping Unwrapped UVs
Animated
member avatar
thatwasgaming
2 Products | Contributor Since 2024
Have questions? Chat with us now.

Description

Explore the exterior and internal mechanisms of a detailed, animated inline-four gasoline engine. This original, unbranded design features a naturally aspirated layout, an aluminum block and cylinder head, and a DOHC 16-valve valvetrain.

Designed for automotive visualization, product renders, technical presentations, and mechanical animation, the model includes a complete engine assembly and a cutaway presentation revealing its moving components.

Features include:

  • Four pistons with rings, wrist pins, connecting rods, and a detailed crankshaft
  • Twin camshafts, valves, springs, and timing-chain assembly
  • Intake manifold, throttle body, fuel rail, and injectors
  • Four-into-one tubular exhaust header with weld details
  • Accessory belt drive, pulleys, alternator, and mounting hardware
  • Oil pan, pickup, filter, gaskets, fasteners, and electrical details
  • Materials representing cast aluminum, machined and forged steel, stainless steel, polymer, and rubber
  • Animated engine operation and an exterior-to-cutaway reveal in the native Blender file

Included formats: Blender (.blend), FBX, OBJ with MTL and textures, and GLB.

The native Blender scene contains the animation and original materials. FBX, OBJ, and GLB are static exports with portable materials; appearance may vary between applications.

This is a high-detail visualization asset. No low-poly or LOD versions are included. The design contains no manufacturer logos or branding.

Select Enhanced License

  • $10,000 in Legal Protection (Indemnification)
  • Uncapped Legal Protection (Indemnification)
  • Waiver from injunctive relief
  • Assignable model rights
  • $1,000,000 in Legal Protection (Indemnification)
  • Waiver from injunctive relief
  • Assignable model rights
  • $250,000 in Legal Protection (Indemnification)
  • Assignable model rights
Read more about enhanced license tiers, or contact us at enterprise@turbosquid.com. Already a Shutterstock Enterprise Customer? Contact your Shutterstock Sales Support Agent to talk about adding 3D.

About Conversion Requests

To submit a conversion request for a purchased asset, please complete our Conversion Request Form.

If you have not yet purchased a model, please review our Documentation about Conversions to learn about what limitations you may encounter with a conversion.

For any additional questions about a model’s suitability for conversion, please contact TurboSquid Support.

Loading...