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You know the feeling: you pedal like crazy – but the e-bike barely moves. Or the exact opposite: the lowest gear is still so hard that the motor almost gives out on a hill.

A squeaky bicycle can quickly spoil the fun – especially if the brakes are squeaking and attracting everyone's attention every time you slow down. But don't worry: in most cases, the problem can be solved with simple measures. This article explains why bicycle brakes squeak, how to fix the problem, and how to prevent it permanently.

It's 7:30 in the morning. The streets are busy, traffic is backed up, and the first half hour of the day is spent in stop-and-go. After that comes the next challenge: finding a parking space, often accompanied by additional costs, wasted time, and stress.

When buying an e-bike or considering an upgrade, many people have an intriguing question: Is a belt drive really the maintenance-free future compared to the classic bicycle chain? Modern e-bike technology has developed enormously – and the belt drive is playing an increasingly important role. But what makes it so attractive, and where are its limitations?

A well-maintained bicycle chain is crucial for clean shifting, efficient power transfer, and the longevity of the entire drivetrain. However, even with optimal care, there comes a time when you should replace your bicycle chain. In this article, you will learn when a replacement is necessary – and how to do it yourself, step by step.

We know the situation: you're standing with a loaded e-bike at a red light - in the middle of an uphill climb. Perhaps with groceries, a child seat, or luggage. The light turns green, you pedal... and for a brief moment, it feels as if the bike is glued to the asphalt. 🫠

Regenerative braking sounds like a brilliant idea: recovering energy during braking and thus increasing the range of the e-bike. While this sounds like a clear advantage in theory, it often leads to misunderstandings in practice.

E-bikes are booming – yet one key topic often remains unclear: How exactly does the pedal assist work? Many know that a motor provides support, but not when , how strong , or what factors it depends on . This article addresses this very point, explaining clearly, technically accurately, and practically how pedal assist on an e-bike actually works .

In many cities, the question is increasingly arising: scooter, e-scooter, or rather an e-bike? All three vehicles offer a flexible way to cover short distances quickly and avoid traffic jams. However, on closer inspection, they differ significantly – for example, in terms of costs, environmental balance, range, and health effects.

When it comes to e-bikes, you often see figures like 250 W, 500 W or 750 W. These figures usually refer to the continuous rated power of a motor – i.e. the power that the drive can constantly deliver over a longer period. In addition, there is also the peak power, which is only available for a short time and is particularly important when climbing or accelerating quickly.

E-bikes are considered one of the most important trends in modern mobility. They make cycling easier, expand the range of action, and allow many people to leave their cars at home more often. But how much do e-bikes actually change our mobility behavior?

The commuting allowance – often referred to as the commuter flat rate – is one of the most important tax benefits for employees in Germany. Those who regularly commute to work can save real money with it every year. But how exactly does the allowance work? Who benefits from it?