Polymorph

Creativity through Modularity

Our Polymorph Philosophy is a forward-thinking approach to electric drive system design. Our systems are characterized by their modularity and versatility, allowing for unparalleled flexibility in their configuration and application. Polymorph underscores our belief that the future of transportation is dynamic and ever-evolving and that your vision should take centre stage. Alongside our extensive knowledge and expertise, we provide you with the building blocks for tomorrow’s LEVs; what the future looks like is up to you.

Guardian

Comprehensive Safety, Compliance, and Support

Protect your customers, protect your business. Our Guardian philosophy represents our focus on safety, compliance, and support. We employ unique electrical, structural, and software-based safety features which, in combination with rigorous testing protocols, give your designers and your customers confidence in their light electric vehicle drive systems. We also take care of the fine details: our meticulous certification procedures means you don’t have to navigate the complex standards, certificates, and import requirements for your drive system components. And should you need support in the short or long term, you will find a dedicated team of EU-based experts, support, and service specialists ready to help. With Guardian, we’ve got your back.

Fusion

Holistic Systematic Optimization

At the core of our approach to electric drive system design and development is our Fusion philosophy. Through advanced electrical and mechanical engineering, our holistic and systematic approach scrutinizes every single component and how it interacts with the other components in the system: from communication, heat management and housing design to electrical pathways and component layouts. Fusion results in robust, powerful, and efficient LEV drive systems where every watt counts, where every component, big or small, contributes to the superior performance of the whole, and where the sum is much greater than the value of the parts.