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The mobility of tomorrow is sustainable, flexible, and environmentally friendly. While cars still dominate the roads and cause a significant portion of CO₂ emissions, e-bikes are increasingly gaining importance as a practical alternative.

Imagine this: You're out on a fantastic e-bike tour. The sun is shining, the forest path stretches out before you – but suddenly the battery indicator flashes red. Only 10% capacity left. Panic sets in: "Will I even make it home?"

The e-bike has fundamentally changed the bicycle market in recent years. More and more people are using electrically assisted bicycles for commuting, touring, or simply for more enjoyment in everyday cycling. Especially in cities, the e-bike is increasingly becoming a genuine alternative to the car.

Petrol and diesel prices have been fluctuating for years – with a clear upward trend. For many people, this means that every kilometer driven is becoming more expensive. At the same time, more and more commuters are looking for alternatives that are cost-effective, sustainable, and practical for everyday use .

E-bikes have experienced a real boom in recent years. More and more people are switching from traditional bicycles to e-bikes – whether to cover longer distances in a relaxed manner, to manage their commute without much effort, or simply to rediscover the joy of cycling. But especially for beginners, the question often arises: How does an e-bike actually work?

Commuting by bicycle is no longer just a leisure activity – for many people it's an environmentally friendly, healthy, and efficient alternative to cars or public transport. Anyone who regularly cycles to work or university needs a bicycle specifically designed for commuters' needs: a commuter bike . But what exactly characterizes this bicycle category, and what should you look for when buying one?

In everyday life, we spend a large part of our time at work. Long hours at the desk, deadlines, and meetings – all of this can negatively impact our mood in the long run. But a new scientific study shows that physical activity during leisure time has a greater influence on well-being at work than many people realize.

In recent years, the e-bike has evolved from a purely recreational vehicle to a serious means of transportation. More and more commuters are relying on e-bikes to avoid traffic jams, stay fit, and simultaneously protect the environment. However, one common problem remains: the battery. Especially on longer journeys or with frequent use, an e-bike battery can run out. The solution: charge the battery at work.

The correct saddle height is one of the most important factors when cycling. It affects not only comfort and efficiency, but also your performance, pedaling technique, and joint health. Whether you ride a road bike, e-bike, mountain bike, or city bike – correctly adjusting your saddle height makes cycling more economical and prevents strain.

Modern bicycles and e-bikes are not only becoming more powerful, but also significantly safer. A key example of this is the ABS system on bicycles , an electronic braking aid that prevents the wheels from locking up. Previously known primarily from cars and motorcycles, this technology is increasingly finding its way into high-quality e-bikes – especially in urban traffic, trekking and SUV e-bikes, and cargo bikes.

GPS trackers for bicycles, like the AirTag 2, can be practical – but they constantly collect location data. We explain the risks and offer data privacy tips.

In the latest video, the e-mobility expert compares the top folding e-bikes of 2025 and ultimately crowns one model the clear winner: the MYVELO Molinar . Alongside it, five other folding e-bikes competed: the Fafreese F20 Pro, Vakole CO26, Mokwheel Basalt St 2.0, Himiway C5 Ultra, and – of course – the Molinar. The decision in favor of the MYVELO model is not without reason.