Author: Tessa

A prototype proves it can work. Industrialisation proves it can work repeatedly. That was the message from Florian Kneidl’s presentation at the N-ZEEE Challenge Workshop at Newcastle University. Drawing on a motor assembly case study, Florian explored how prototype workstations can do far more than validate a design. They can help manufacturers understand process variation,… Continue reading From prototype to industrialisation

At Electrified Motors, innovation drives everything we do, so we’re pleased to be the power behind WaterCar, helping them push the boundaries in the amphibious vehicle market.

Electrified Motors is pleased to announce it has secured funding from the Department of Business and Trade, facilitated by the Advanced Propulsion Centre UK (APC) and Innovate UK, for ‘Project E-Axle’ – a programme to develop a highly integrated, scalable electric motor and axle system for off-highway and last-mile on-road electric vehicles.

Head of Sales Louis Coker and Head of Engineering Jamie Seaton recently attended the TVH Electric System Design event.

Electrified Motors is pleased to announce that construction is underway on its new state-of-the-art manufacturing facility in Bridgwater, in the heart of Somerset, UK.

One of the best parts of CONEXPO-CON/AGG this year was seeing projects featuring Electrified’s PMAC motors.

We’re proud to celebrate a major milestone for our first apprentice, Edison Berridge, who has been elected Student President and appointed Student Governor at University Centre Somerset (UCS).

Our latest film provides an inside look at how we design and manufacture high-performance electric motors, developed specifically for demanding off-highway environments where reliability, durability and consistent performance are critical.

Here’s a look at some of our highlights from the last 12 months. Thank you to all our customers and partners who have supported us this year.

When it comes to off-highway applications electric motors must be versatile enough to handle a wide range of power demands while delivering reliability in challenging operating environments.