The “Spirit of Innovation” propeller-powered aircraft has set a new speed record for electric vehicles of 555.9 km/h (345.4 mph). How great is the potential of this high-powered plane?

Instead of burning thousands of tons of fuel the technology start-up SpinLaunch is planning to hurl rockets into orbit using centrifugal force. This is how the launcher centrifuge is said to work ...

A Lithuanian organic food producer has now unveiled the world’s first hybrid tractor powered by biomethane and electricity for professional use: the Auga M1.

Whether on extreme expeditions, in rescue operations or transporting goods – trucks are often indispensable in many areas. “tomorrow” presents some exceptional examples.

An electric race car without a driver barreling down the track and a car sharing provider steering its automobiles from an office. Two further steps toward making autonomous mobility a reality.

Ecological retirement – what happens to old batteries of electric vehicles or decommissioned wind turbines and solar energy systems?

A classic is turning into the spearhead of urban mobility transformation: the bicycle.

Less energy consumption, longer range – how Schaeffler enhances the efficiency of e-cars with smart thermal management.

Flying, but greener – that’s what the future of aviation has to look like.

With the final race in Berlin, the Audi Sport ABT Schaeffler team has said good-bye to Formula E.

Whether hybrid or fully electric, whether 48 or 800 volts, Schaeffler’s modular powertrain portfolio has the right solution for any e-car

Whether hybrid or fully electric, whether 48 or 800 volts, Schaeffler’s modular powertrain portfolio has the right solution for any e-car.

Schaeffler is steadily expanding its involvement in autonomous mobility based on intelligent chassis systems.

Neither chain, nor shaft, nor belt - Schaeffler presented the "Bike-by-Wire" system Free Drive as an innovative solution for bicycles at Eurobike 2021 in Friedrichshafen.

Unplanned vehicle downtimes are costly and time-consuming. Around the world, the experts from Schaeffler Automotive Aftermarket assist customers with tailored repair solutions and services.

Alternative drive concepts, new types of controls or self-driving vehicles – these are subjects that have been fueling the imagination of automotive engineers not only in our day and age.

The history books of technology are full of misunderstood inventions. Not all of them were bad, but some of them just hit the market at the wrong time.

Limits exist for the purpose of being pushed and shifted. Just like technological innovations have done time and time again with the limits of what’s feasible. Janis McDavid is happy that this is so.

Europe has the most close-meshed railroad network in the world. It will take an innovation boost for rail operators to seriously compete in transcontinental passenger transportation.

Acting with consistency, thinking with agility, responding with flexibility. These globetrotters have mastered the art of planning as perfectly as the art of adaptation.

From an automotive hot spot to a mobility hub – after its bankruptcy, will Detroit manage to resurrect itself as a North American high-tech center? The prospects are positive.

The working world has seen constant change in hundreds of thousands of years. By contrast, this cannot be said for a major reason why we work.

In his thriller “Blackout,” Marc Elsberg describes the collapse of civilization within just a few days due to catastrophic failure of the power grids. How vulnerable are modern societies?

Clogged roads and railroads at their capacity limits – the conquest of airspace may help decongest traffic on the ground. Vertical mobility using drones is a promising complement to the portfolio.

Living with a disability entails major challenges – modern technology can assist in managing them. But even people not challenged by disabilities can benefit from such innovations.

Resourcefulness, sharp intellect, and enormous willpower: for centuries, bold women have been stunning the world with pioneering acts and causing patriarchal walls to crumble.

In the depths of the ocean, the vast expanse of the sky, or the boundlessness of the desert. Many of these challenges were only mastered with the help of technical instruments and tools.

Rail transportation had its heyday in many parts of the world up until the middle of the 20th century but was subsequently neglected. The return to the railroad confronts Brazil with major challenges.

Long ago, canals were built strictly by human hands, helped feed the population and created the basis for rural and urban settlements.

What’s it like to live in the world’s biggest city as a foreigner? Andreas Neuenkirchen, an author of numerous books, has been living in Tokyo since 2016. For “tomorrow” he captured a typical day.

The term planned city describes the phenomenon of building a city from scratch. Eight examples illustrate why planned cities entail risks and why we need them anyway.

Static structures as symbols of dynamic momentum: Around the world, magnificent train stations are impressive urban islands of permanence in a world of fast-paced mobility.

The urbanization of the world began 10,000 years ago. Since then, humans have been trying to master the challenges it entails. A brief tour of urban development history.

Transformation means progress and nowhere else can it be felt more distinctly than in our cities. Survey the pictures on the following pages and share our amazement.

The most unusual airports worldwide.

Our need for mobility keeps growing. To satisfy it, we use machines that are increasingly smart and in some cases more powerful than ever.

​Machines are part of our lives – even outside the human habitat. The machine that’s farther away from the Earth than any other is the Voyager 1 spacecraft.

Two pioneering examples from the Schaeffler world illustrate how complex and time-consuming development work can be: the dry dual clutch and the fully variable UniAir valve control system.

50,000 miles by car through the United States – in 1910, Dr. Charles G. Percival tackles a challenge that seemed an impossible feat in those days.

In countries like Vietnam, Thailand, Indonesia and Malaysia more than 80 percent of all households use two-wheeled vehicles to satisfy their mobility needs – reason enough to take a closer look.

The development of humanity is inseparably tied to the amount of energy we’re able to generate and consume. A brief history of human energy consumption in five chapters.

For 130 years engineers have been investing enormous energy in the development of the automobile. Increasingly faster, safer, comfortable and efficient. 14 representative milestones on four wheels.

Roads – gray asphalt or concrete. Sometimes they’re clogged and sometimes sprinkled with potholes. Objects of daily use for miles on end. The roads of the future will be multifunctional.

Energy equals mass multiplied by the speed of light squared. This physics equation marks a breakthrough, as well-known as the man who first wrote it down 112 years ago: Albert Einstein.

Electric mobility is not an invention of the new digital age. The early cars, as far back as 100 years ago, were running on electric power.

On land and sea, in the air, and through time: Mobility is a topic that also motivates the famous film studios in Hollywood.

Whether or not the future will belong to self-driving vehicles has long ceased to be the question, it’s only a matter of when.