GW Blog

3 Key Future Trends of Automated Transport

Make no mistake, we are facing an automated future. It is predicted that by 2050, almost all...

Top 10 Questions [and answers] About Electric Vehicles

Electric vehicles are crucial in alleviating climate change, with incentives in place for mass...

Will Modelling and Simulations Replace Physical Prototypes?

Will computer simulation and modelling replace physical prototype castings in EV automotive?  We...

Key Insights for Casting Prototype Powertrains

 

What are GW's customers looking to achieve when they undertake prototyping powertrains?  We...

Electric vehicle metal innovation: It's not all about battery technology

While much of the focus of materials used in electric vehicles remains on battery technology,...

4 Ways Sand Casting Supports Electric Vehicle Manufacturing

Achieving global aims of carbon-neutral transport is a huge challenge. Electric vehicles are set...

EV components: Surviving the valley of death with sand casting

When it comes to producing components for electric vehicles that are lighter (creating lighter,...

What Role Will Sand Casting Play in Future Transportation? Hint: a Vital One

The future of transport is an exciting, but challenging time for automotive engineers and...

How Sand Casting Will Help Solve EV Barriers of Battery Range and Cost

In this article, we discuss how prototyping with sand casting supports wider consumer uptake of...

How Does Rapid Prototyping with Sand Casting Support EV Manufacturing?

In this article, we discuss how rapid prototyping with sand casting can assist in the...