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How e-mobility will change our world
The new issue of driven is out!
It's a silent revolution. However, it can't be stopped: People are increasingly using electrical power for personal transportation and for moving goods, creating new requirements for drive technology.
Fifty years ago, who would have thought that a family could go on a road trip in their car without burning a drop of gasoline? Or that even untrained cyclists could tour the mountains? Or that pulling weeds could be a task for robots, not people? These are only three of many examples that show the influence of electric drive systems on our daily lives and our mobility.
June 23-24, 2026 | McCormick Place
The 2026 Humanoid Robot Forum is happening at Automate in Chicago!
Join industry leaders exploring the technologies, safety, and real-world potential shaping humanoid robotics.
The latest issue of driven is all about developments and trends in e-mobility. In addition, readers will learn about battery development at maxon and meet a friendly superhero with a disability. There’s also an in-depth technical article about inductance in iron-core DC motors.
Order free of charge
driven, the maxon magazine, is published twice a year in three languages and is full of interesting articles, interviews, and news regarding the world of drive technology. The current issue is now available online and in print, free of charge, visit magazine.maxonmotor.com to order your copy today!
Maxon
At maxon, we develop and build high precision electric drive systems that are among the best in the world. We combine brushed and brushless DC motors, gearheads, sensors, and controllers into complete mechatronic drive systems.
Discover how Maxon can support your automation journey with their complete range of solutions and expertise.
Visit Company WebsiteNew Year Orders: How to Handle the Rush or Slump
New Year Orders: How to Handle the Rush or Slump
MiR and item: Mobile Collaboration and Efficiency
In collaboration with Mobile Industrial Robots (MiR), item has created synergistic solutions to maximize the efficiency of MiR robots in




