Guide
Weight of e-scooters: Why every kilo counts in everyday life
Briefly explained: The weight of an e-scooter not only affects its carrying capacity, but also its handling, suitability for everyday use and comfort. Small differences often make a big differenc...
E-scooter load capacity: 120 kg, 130 kg or 150 kg - what does that mean?
Briefly explained: The maximum load capacity of an e-scooter indicates how much weight it can safely carry. For everyday use, the decisive factor is how much reserve remains under real-life condi...
Compare e-scooters: Which model suits me?
In a nutshell: When comparing e-scooters, it's less about the best model and more about the right one. If you know what is important in your everyday life, you will make better decisions. If yo...
Charging e-scooters in everyday life: how often, how long, how practical?
In a nutshell: For commuters, it's not just the charging time that matters, but how well charging can be integrated into everyday life. Planning reliability and routine make all the difference....
Range of e-scooters: Manufacturer's specification vs. everyday commuting
Briefly explained: The specified range of an e-scooter describes ideal conditions. In everyday commuting, other factors count - the decisive factor is whether the journey to work is covered relia...
E-scooters in everyday commuting: range, charging and reliability
In a nutshell: For commuters, it is not maximum performance that counts, but whether the e-scooter masters the journey to work reliably, stress-free and predictably. Range, charging behavior and ...
Manufacturer specifications vs. reality: why e-scooter performance figures are often misleading
Briefly explained: Performance data for e-scooters is produced under ideal conditions. In everyday life, motors often have a weaker effect - not because the specifications are incorrect, but beca...