Stringent emission standards for vehicles and developments in electric powertrain products are driving the battery electric powertrain market. The Global Electric Powertrain Market is projected to reach US$ 191.4 Billion by 2027.

A rise in the sale of electric and hybrid vehicles across the globe and an increase in technological advancement are driving the growth of the global automotive drivetrain technology market.

From the lowliest hatchback to the sleekest supercar, every motor vehicle has one thing in common: a powertrain. It’s the collection of components—the engine, transmission and driveshaft—that work together to get the vehicle in motion.

Porsche's first-ever all-electric race car uses ANSYS simulation software in its advanced powertrain to deliver unmatched energy efficiency. The Porsche 99X Electric is racing to the finish line of the 2019/2020 Formula E Championship.

Electric scooters have long been igniting safety concerns and restricting laws—loud complaints at the frequent sight of these vehicles speeding down sidewalks. With this in mind, the e-scooter company Lime no debuts an advanced sidewalk detection technology.

Many companies are working on developing self-driving cars and hardware for autonomous vehicles of all types. But some are further along in terms of real-world testing and practical experience than others.

Ultra-fast rail travel is proven possible with Maglev trains, but only one passenger system is currently operational worldwide at a fraction of its potential. What is Maglev all about, what challenges does it face, and where is the industry going?

In the span of the last two years, e-scooters have evolved from a gadget to a method of transportation with a significant impact on people in cities' daily commute. A new report on micromobility by EY and the e-scooter company VOI and is said to provide a case study of how e-scooters are being used in European cities, and how their adoption rates are impacting city life.

The human-machine interaction (HMI) story is ever-evolving, especially in the automotive industry. How drivers and passengers interact with their vehicle differs from just a few years ago, and it will be very different in the future.

From electric starters to heads-up navigation displays, electronics in vehicles have come a long way in the 135 years the automobile has been with us.

To be successful in the future, mobility manufacturers must stay on top of technological advances and trends. As vehicles become smarter and more automated, vast amounts of technology will be needed to upshift user experience.

Although the conventional motor vehicle is well over a century old and was once exclusively powered by heavy mechanical systems, it has evolved with the advent of power electronics (PE). Today, power electronics are incorporated at various levels within all automobiles.

We are sure you are no stranger to red lights and the fact that many of them have cameras, but have you ever thought about how they work and the purpose they serve?

A paperback-sized transparent projection on the windshield is a feature found in premium trim levels and luxury cars. Head-Up Display technology is centered around keeping the driver's focus on the road.

Autonomous driving will change the way we travel. Reduced traffic congestion, lower travel costs, and no more circling for parking spaces will make our daily commutes quicker, less stressful, and more affordable. It'll also reduce harmful CO2 emissions, improving the quality of air that we breathe.

LiDAR is quickly becoming a "must-have" technology for self-driving vehicles. Until now, a large footprint, high cost, and other limitations have prevented LiDAR from being easily integrated into production autos. But all this is about to change as industry players make deals with each other and rapidly release new products.