Aug 25, 2025

Back on trial in a garage in Quebec: the results observed

Discover the results of exoskeleton tests conducted in automotive garages in Quebec using the Liftsuit model from Exoskeletons Canada.

An automotive mechanic wearing an Auxivo Liftsuit exoskeleton in a garage, tightening a wheel nut on a BMW car to illustrate prevention of back pain at work.

The adoption of exoskeletons in mechanical workshops in Quebec is no longer just a futuristic idea. In recent years, several car dealerships have sought to concretely validate their effectiveness with their technicians.

The tests took place in car garages across Quebec, and the results speak for themselves: a tangible reduction in fatigue, an improvement in postural comfort, and a high rate of acceptance from technicians.

Concrete trials in real workshops

Each participating technician wore the Liftsuit during several normal workdays - lifting tires, brake maintenance, undercarriage inspections, handling heavy parts.
The goal was not to change their way of working but to observe how the exoskeleton naturally integrated into their daily routines.

Measured results observed in the field

Feedback from ergonomists and users converge on the same findings:

  • An average reduction of 25 % to 35% in the perceived effort in the lower back.

  • A significant reduction in fatigue at the end of the work shift.

  • A more stable and upright posture, even in prolonged positions.

Workshop managers have also noted a decrease in the number of complaints related to physical discomfort and better productivity at the end of the day. Some workers even stated that they “didn’t want to do without it” for more physical tasks such as tire changes or floor repairs.

The human aspect: a key success factor

Beyond the numbers, the tests highlighted an essential aspect: the perception of workers.
When technicians understand that the exoskeleton does not replace their strength but supports it intelligently, acceptance becomes natural. Many noted that the Liftsuit made them feel “lighter” during repeated bends, without limiting their movements.

The exoskeleton thus becomes not only a preventive tool but also a lever for valuing the profession. In a context where young workers seek more innovative and safe work environments, this represents a significant advantage for car dealerships in Quebec and Canada.

A transformative potential for the automotive industry

The results of these trials clearly demonstrate that passive exoskeletons can play a decisive role in preventing back injuries and the sustainability of the skilled workforce.
By integrating these technologies into their workshops, dealerships can:

  • improve the physical health of their employees,

  • reduce costs related to absences,

  • strengthen their occupational health and safety culture,

  • and project an image of an innovative and responsible company.

The Liftsuit thus emerges as a concrete solution, easy to implement, and cost-effective in the long run.

Conclusion

The tests conducted in the garages of Quebec prove that the exoskeleton is no longer a gadget but a genuine working tool for automotive mechanics.
The Liftsuit, lightweight, effective, and approved by ergonomists, allows mechanical workshops to focus on health, sustainability, and performance.

Garages that choose to adopt this technology participate in a modern approach to occupational health and safety prevention and workplace well-being, a winning investment for both workers and the company.

The adoption of exoskeletons in mechanical workshops in Quebec is no longer just a futuristic idea. In recent years, several car dealerships have sought to concretely validate their effectiveness with their technicians.

The tests took place in car garages across Quebec, and the results speak for themselves: a tangible reduction in fatigue, an improvement in postural comfort, and a high rate of acceptance from technicians.

Concrete trials in real workshops

Each participating technician wore the Liftsuit during several normal workdays - lifting tires, brake maintenance, undercarriage inspections, handling heavy parts.
The goal was not to change their way of working but to observe how the exoskeleton naturally integrated into their daily routines.

Measured results observed in the field

Feedback from ergonomists and users converge on the same findings:

  • An average reduction of 25 % to 35% in the perceived effort in the lower back.

  • A significant reduction in fatigue at the end of the work shift.

  • A more stable and upright posture, even in prolonged positions.

Workshop managers have also noted a decrease in the number of complaints related to physical discomfort and better productivity at the end of the day. Some workers even stated that they “didn’t want to do without it” for more physical tasks such as tire changes or floor repairs.

The human aspect: a key success factor

Beyond the numbers, the tests highlighted an essential aspect: the perception of workers.
When technicians understand that the exoskeleton does not replace their strength but supports it intelligently, acceptance becomes natural. Many noted that the Liftsuit made them feel “lighter” during repeated bends, without limiting their movements.

The exoskeleton thus becomes not only a preventive tool but also a lever for valuing the profession. In a context where young workers seek more innovative and safe work environments, this represents a significant advantage for car dealerships in Quebec and Canada.

A transformative potential for the automotive industry

The results of these trials clearly demonstrate that passive exoskeletons can play a decisive role in preventing back injuries and the sustainability of the skilled workforce.
By integrating these technologies into their workshops, dealerships can:

  • improve the physical health of their employees,

  • reduce costs related to absences,

  • strengthen their occupational health and safety culture,

  • and project an image of an innovative and responsible company.

The Liftsuit thus emerges as a concrete solution, easy to implement, and cost-effective in the long run.

Conclusion

The tests conducted in the garages of Quebec prove that the exoskeleton is no longer a gadget but a genuine working tool for automotive mechanics.
The Liftsuit, lightweight, effective, and approved by ergonomists, allows mechanical workshops to focus on health, sustainability, and performance.

Garages that choose to adopt this technology participate in a modern approach to occupational health and safety prevention and workplace well-being, a winning investment for both workers and the company.

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Discover our articles and learn more about exoskeletons

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Discover our articles and learn more about exoskeletons