Human in Motion Robotics

Supports: Profile · canadian footprint

Human in Motion Robotics publishes an operating presence in Vancouver, British Columbia, Canada, and its current public record anchors XoMotion robotic exoskeleton to that Canadian organization.

Supports: Profile · organization categories

True North Map applies the commercial company category to Human in Motion Robotics from its documented mandate and source-bounded operating evidence.

Supports: Profile · current activity as of

Pacific Economic Development Canada's dated record anchors this activity to 2026-05-11.

Supports: Profile · organization categories

True North Map applies the dual use category to Human in Motion Robotics from its documented mandate and source-bounded operating evidence.

Supports: Profile · dual use posture

XoMotion robotic exoskeleton has documented civilian or industrial applications and a bounded potential relevance to Canadian defence, security or strategic-infrastructure needs.

Supports: Profile · current activity

On May 11, 2026, PacifiCan announced $3 million to help scale manufacturing of the company's robotic exoskeleton technology.

Supports: Profile · reviewed questions.human-in-motion-robotics-operating-proof.context

Verify Health Canada and other regulatory status, supported indications, clinical evidence, manufacturing volume, and service model; the official site notes XoMotion is not FDA-cleared. The first conversation should therefore separate current offer, development evidence and accepted operational use.

Supports: XoMotion robotic exoskeleton · maturity

Pacific Economic Development Canada's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.

Supports: Profile · reviewed questions.human-in-motion-robotics-delivery-qualification.context

The official site separates XoMotion-R ambulatory training for spinal-cord-injury patients from future broader therapeutic and personal-mobility versions; it specifies self-balancing use, hot-swappable batteries, adjustable fit and investigator access to control and sensor data, and states XoMotion is not FDA-cleared.

Supports: Profile · reviewed questions.human-in-motion-robotics-delivery-qualification.confidence

The official site separates XoMotion-R ambulatory training for spinal-cord-injury patients from future broader therapeutic and personal-mobility versions; it specifies self-balancing use, hot-swappable batteries, adjustable fit and investigator access to control and sensor data, and states XoMotion is not FDA-cleared.

Supports: Profile · profileData.portfolioScope

Human in Motion Robotics's documented portfolio in this dossier is bounded to XoMotion robotic exoskeleton and the source-backed functions listed below.

Supports: Profile · reviewed questions.human-in-motion-robotics-delivery-qualification.question

The official site separates XoMotion-R ambulatory training for spinal-cord-injury patients from future broader therapeutic and personal-mobility versions; it specifies self-balancing use, hot-swappable batteries, adjustable fit and investigator access to control and sensor data, and states XoMotion is not FDA-cleared.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

The official site separates XoMotion-R ambulatory training for spinal-cord-injury patients from future broader therapeutic and personal-mobility versions; it specifies self-balancing use, hot-swappable batteries, adjustable fit and investigator access to control and sensor data, and states XoMotion is not FDA-cleared.

Supports: Profile · commercial status

Human in Motion Robotics currently presents XoMotion robotic exoskeleton as part of its public commercial offering.

Supports: XoMotion robotic exoskeleton · summary

XoMotion combines powered joints, balance control, sensing, and multimodal gait control to assist standing and locomotion without relying on crutches. Regulatory clearance and clinical availability vary by jurisdiction and require verification.

Supports: XoMotion robotic exoskeleton · name

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · core features

Self-balancing hands-free exoskeleton

Supports: XoMotion robotic exoskeleton · technicaldomainslugs

True North Map maps XoMotion robotic exoskeleton to autonomous systems from its documented technology functions.

Supports: XoMotion robotic exoskeleton · technical tags

True North Map applies the rehabilitation-robotics tag from Human in Motion Robotics's documented capability functions.

Supports: XoMotion robotic exoskeleton · core features

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · commercial availability

Human in Motion Robotics currently presents XoMotion robotic exoskeleton through its official public capability surface.

Supports: XoMotion robotic exoskeleton · capability type

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · technicaldomainslugs

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · maturity

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · capability type

Source-bounded strategic technology capability

Supports: XoMotion robotic exoskeleton · defence applications

Neurological and mobility rehabilitation

Supports: XoMotion robotic exoskeleton · technical tags

True North Map applies the exoskeleton tag from Human in Motion Robotics's documented capability functions.

Supports: XoMotion robotic exoskeleton · technical tags

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · technical tags

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · defence applications

Human-assistive robotics research and training

Supports: XoMotion robotic exoskeleton · summary

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · defence applications

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · core features

Complex-gait control with onboard sensing

Supports: XoMotion robotic exoskeleton · name

XoMotion robotic exoskeleton This bounded statement is retained for reviewer verification.

Supports: XoMotion robotic exoskeleton · core features

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · core features

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: XoMotion robotic exoskeleton · defence applications

XoMotion is a self-balancing robotic exoskeleton for lower-extremity motor deficits, with XoMotion-R positioned for supervised spinal-cord-injury rehabilitation. The platform combines sensors and multimodal controllers, adjustable fitting, hot-swappable batteries and research access to motion and sensor data. The official site distinguishes rehabilitation-centre XoMotion-R availability from future broader-neurology and personal-use versions. Clinical specialists and research teams can enquire about XoMotion; an open control platform is available to investigators. Human in Motion Robotics is headquartered in Vancouver with an APAC office in Seoul. The current official XoMotion page expressly states that it is not yet FDA-cleared.

Supports: Profile · reviewed questions.human-in-motion-robotics-delivery-qualification.id

The registry updated September 16, 2026 lists a 16-person single-arm Glenrose Rehabilitation Hospital feasibility study as not yet recruiting, with estimated start March 1, 2027, assessing safety, feasibility, functional outcomes and adoption barriers in inpatient/outpatient SCI rehabilitation.

Supports: Profile · reviewed questions.human-in-motion-robotics-delivery-qualification.confidence

The registry updated September 16, 2026 lists a 16-person single-arm Glenrose Rehabilitation Hospital feasibility study as not yet recruiting, with estimated start March 1, 2027, assessing safety, feasibility, functional outcomes and adoption barriers in inpatient/outpatient SCI rehabilitation.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

The registry updated September 16, 2026 lists a 16-person single-arm Glenrose Rehabilitation Hospital feasibility study as not yet recruiting, with estimated start March 1, 2027, assessing safety, feasibility, functional outcomes and adoption barriers in inpatient/outpatient SCI rehabilitation.