Moving company DMS Weissenhorn lightens the load of movers with AI-based exoskeletons

DMS Weissenhorn, a moving company located in Swabia, Germany, helped with the relocation of German Bionic’s headquarters to Augsburg. During the move, they tested the Apogee exoskeletons from German Bionic, designed to reduce physical strain. The result? Two tons of weight compensated in a day and four highly satisfied movers. The company is now assessing the power suits for broader applications.

About DMS

Founded 185 years ago in Augsburg, H. Weissenhorn & Cie. is now part of DMS Deutsche Möbelspedition, a prominent German transport network with 120 locations.

The Challenge

Movers constantly lift heavy furniture and boxes, often navigating challenging stairwells. This puts substantial strain on the lower back and legs. Even highly skilled workers struggle with moving large items like safes or pianos, especially through narrow or winding spaces. Additionally, improper posture or frequent regripping while carrying further exacerbates the strain on the body.

“Even some movers who might still be relatively young sometimes experience problems with their backs or knees, which are the typical stress points. I can already imagine them saying, ‘If I can work with an Apogee like this in the future, I’ll be able to last a few years longer in the job’.“

Manuela BernardyManaging Director of the H. Weissenhorn & Cie. GmbH moving company, Augsburg, Germany

The Solution

German Bionic’s AI-powered Apogee exoskeletons support two key body areas, providing up to 36 kg (80 lbs) of assistance per lift. Ideal for moving large items like pianos or cabinets, the exoskeleton also offers active walking support to conserve energy when carrying items upstairs. Lightweight and easy to wear like a backpack, these power suits track and display data on weight compensation, steps taken, and more. This allows movers to not only feel the relief but also measure it through real-time data.

The Result

After two days of testing, the Weissenhorn team was excited by the exoskeleton’s impact, especially the two tons of weight compensated during the move. They found it particularly useful for moving heavy furniture and even discovered that if a piece of furniture starts to slip, the exoskeleton reacts quickly, stabilizing the load. The team reported reduced exhaustion and were eager to explore long-term use. Overall, the move was more enjoyable for everyone involved.

“I was truly blown away by how comfortable the exoskeletons are. I had also imagined turning and bending to be much more complicated or difficult.“