How does Solidworks in Transportation & Mobility improve product development?

Solidworks in Transportation & Mobility improves product development by helping engineers move from concept to detailed design faster. It makes it easier to manage revisions, review assemblies, and keep design data organized.

Is Solidworks for Transportation and Mobility useful for vehicle component design?

Yes, Solidworks for Transportation and Mobility is useful for vehicle component design because it supports accurate part modeling, fit checks, and assembly validation. This helps teams build reliable parts with fewer design issues.

Can Solidworks in Transportation & Mobility support collaboration across engineering teams?

Yes, Solidworks in Transportation & Mobility supports collaboration by making it easier to share models, manage updates, and coordinate across teams. This is important for transportation projects that involve multiple design and manufacturing groups.

How does Solidworks in Transportation & Mobility help reduce design errors?

Solidworks in Transportation & Mobility helps reduce design errors by letting teams review and improve models before production. Accurate dimensions, clear visuals, and controlled revisions reduce the risk of costly rework.

How does Solidworks in Transportation & Mobility support manufacturing readiness?

Solidworks in Transportation & Mobility supports manufacturing readiness by improving model accuracy, assembly clarity, and drawing quality. This helps production teams move from design to fabrication more smoothly.

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Transportation and Mobility

Design the Future of Movement with SOLIDWORKS

SOLIDWORKS for Transportation and Mobility

The transportation and mobility industry demands lightweight structures, safety-critical systems, and complex multi-domain assemblies — all under strict regulatory requirements. SOLIDWORKS gives transportation engineers a complete design platform to model, simulate, validate, and document, helping you bring safer and more efficient products to market faster.

Challenges in Transportation and Mobility

Transportation engineers face unique multi-domain engineering challenges that demand more than conventional CAD tools can deliver.

1. Complex Multi-Domain Assemblies

Vehicles are built with mechanical systems, electrical systems, and fluid systems added together, in very tightly packaged assemblies making cross-domain coordination extraordinarily difficult.

2. Lightweight Design Under Safety Standards

Vehicles must have their weight reduced for fuel efficiency or EV range, while still adhering to very strict safety regulations. Reducing vehicle weight requires more than just insight, it requires digital validation.

3. Frequent Engineering Changes

The continuous iterations of designs via testing, suppliers input, and regulatory changes are difficult to manage without introducing errors throughout large assemblies.

4. Complex EV and Electrification

The packaging and thermal management of batteries and routing of high voltage supplies require very close coordination of the mechanical and electrical engineering teams — something that many CAD systems are not very good at.

5. Tight Tolerances and Fatigue Life

Components that operate under high stress, vibration, and temperature variation must be thoroughly validated prior to building any physical prototype.

6. Control of Supplier Data

Sharing design data securely between a large supplier network and maintaining version control is a constant challenge for transportation OEMs.

How SOLIDWORKS Solves These Challenges

SOLIDWORKS delivers an integrated platform built for the demands of transportation and mobility engineering.

1. A Fully Integrated Design Platform

SOLIDWORKS 3D CAD has consolidated all aspects of design for mechanical, electrical, and fluid into one environment; this has eliminated errors in terms of connectivity and has minimised any costly rework.

2. Simulation Driven Lightweight Design

Using SOLIDWORKS Simulation allows for structural Finite Element Analysis (FEA) and Sizing Optimization; so you will always find the lightest design for your products, within the specified limits of safety, critical to ICEs and EVs.

3. Design Changes Managed Parametrically

Any changes made to the design propagate to all related parts (Parts, Assemblies, Drawings). With SOLIDWORKS Product Data Management (PDM), revision control and approval workflow is implemented for each change so that each is easily traced back.

4. Supports Electric Vehicle Platform

SOLIDWORKS has made it possible to design the electrical routing, harness and thermal simulation components used when designing battery packs and electronics used when developing an electric vehicle to be able to validate these components prior to building your first prototype.

5. Digital Validation Process Prior to Physical Testing

SOLIDWORKS has allowed you to carry out stress, fatigue, vibration and thermal analysis to enable you to reduce the physical testing cost of your SOLIDWORKS Program and to provide ease of obtaining regulatory approvals.

6. Secure Collaboration with Suppliers

Through the use of SOLIDWORKS PDM, suppliers will have controlled access (via role based) to access approved design data to enhance your ability to maintain the integrity of your Intellectual Property (IP) rights as well as to eliminate confusion of multiple versions throughout your supply chain.