Mobile Data Centres
iPhones on Wheels Modern road vehicles are full of computers, and getting fuller. In fact, the factors driving the digitisation of vehicle systems are familiar for many other technology developments, […]
US9944198 (B2) – Vehicle – A method to control vehicle deceleration in order to optimise energy recovery, while maintaining necessary headway to a vehicle or obstacle in front
EP2903871 (B1) – Adaptive braking system and method – A brake control concept to optimise brake boost based on friction conditions of the brake hardware, environmental data, and other relevant vehicle attributes
US9416834 (B2) – Braking System for a vehicle – a system to combine improved brake cooling with increased electrical energy usage, accounting for regenerative braking with a full battery, and thereby enabling brake downsizing within an electric vehicle.
WO2018104740 – Braking System – A method to add haptic feedback into the brake pedal force progression, allowing the driver to feel a distinct haptic point within the pedal. This can be used to signify a change in brake behaviour, such as the limit of available regenerative braking, and the transition to friction braking.
EP3313705 (A1) Method of controlling speed of vehicle – predictive approach to vehicle deceleration control, based on location, environment, historical performance
Inside the eye of the dust storm
In September 2015, the automotive world learned a powerful new phrase. The phrase came to embody a damaging lack of transparency and trust in multinational OEMs as well as weakness […]
Brake Dust Developments
In this article, I will revisit the topic of brake dust, in order to update the latest developments in this crucial area, review some timely legislative activity in this area […]