Ptc Creo Parametric - Full Car Turning Table Build

Learn to Design, Assemble & Simulate a Complete Car Turntable Mechanism in Creo

What you'll learn

Master part modeling techniques to design detailed components of a motorized car turning table in Creo.

Learn assembly modeling to accurately position and constrain all turntable parts and the vehicle model.

Create and manage motion simulations to visualize the full 360° turntable rotation with realistic movement.

Apply advanced surfacing and detailing tools to enhance design accuracy and presentation quality.

Generate professional 2D drawings and BOMs from 3D models for manufacturing and documentation.

Requirements

Basic knowledge of PTC Creo Parametric – familiarity with the interface and basic part modeling tools.

Computer with Creo Installed – PTC Creo Parametric (any version 6.0 or higher recommended).

Understanding of Mechanical Design Concepts – basic understanding of CAD assemblies and constraints.

Willingness to Learn – a strong interest in real-world mechanical system modeling and simulation.

No Prior Experience with Turntables Needed – this course covers the full modeling workflow from scratch.

Description

Unlock the full potential of PTC Creo Parametric by building a real-world mechanical system—a Car Turning Table—from the ground up. This comprehensive, hands-on course is designed to give you practical skills in advanced 3D modeling, assembly, and motion simulation through a complete project-based approach.Whether you’re a mechanical design engineer, CAD professional, or engineering student, this course will guide you through each stage of developing a fully functional rotating car platform used in showrooms, smart garages, and automated vehicle systems.You'll start with conceptual planning and skeleton modeling using top-down design techniques, then proceed to create detailed parts including structural frames, central rotators, support tracks, motor mounts, and more. You’ll then assemble all sub-systems using robust constraint strategies, simulate 360° motion with Creo's mechanism tools, and generate professional 2D technical drawings and BOMs ready for manufacturing or presentation.What sets this course apart is its real-world application. By working on a fully functional mechanical system, you’ll not only gain deep knowledge of Creo Parametric but also improve your design thinking, parametric control, and system integration skills.By the end of the course, you’ll have a complete, industry-grade Car Turntable model, and the confidence to handle similar mechanical projects in your professional career.

Overview

Section 1: Introduction for car turn table

Lecture 1 Introduction

Lecture 2 Foundation

Section 2: Car Turn Table Main Skeleton

Lecture 3 Car turn Table Assembly Skeleton

Lecture 4 Central Rotator Assembly Skeleton

Section 3: Car Turn Sub Assembly Ceation

Lecture 5 Central Rotator Assembly Parts

Lecture 6 Track Assembly Skeleton

Lecture 7 Track Assembly Parts

Lecture 8 Track Assembly Clips

Lecture 9 Track Assembly Stiffener Plates

Section 4: Top segment assembly and skeleton

Lecture 10 Top Segment Assembly Skeleton

Lecture 11 Top Segment Corner Frames

Lecture 12 Top Segment Internal Frames

Lecture 13 Top Segment Plate

Lecture 14 Top Segment Wheels

Lecture 15 Motor Support Plate Assembly

Lecture 0 Motor Assembly

Lecture 0 Cover Plates

Lecture 0 Mechanism

Lecture 0 Final Foundation

Mechanical Design Engineers who want to enhance their 3D modeling and simulation skills in real-world projects.,Engineering Students looking to build practical CAD project experience using Creo Parametric.,Product Designers aiming to visualize rotating platforms or automotive display systems.,CAD Professionals who want to upgrade from basic to advanced Creo Parametric design techniques.,Anyone Interested in Mechanical Motion Design, especially involving rotational mechanisms or automation.