Adult and paediatric therapy

The Lokomat is suitable for adult and paediatric patients, and can be used to treat a wide range of conditions including:

  • Stroke
  • Traumatic brain injury (TBI)
  • Spinal cord injury (SCI)
  • Cerebral palsy
  • Multiple sclerosis
  • Parkinson’s disease
  • Endoprosthesis (e.g. joint replacements)
  • Degenerative joint diseases of the lower limbs (e.g. knee osteoarthritis)
  • Spinal muscular atrophy
  • Muscle weakness due to lack of mobility
  • Cardiac conditions (if permitted by treating physician)
  • Amputees

State-of-the-art gait rehabilitation

The Lokomat uses an individually adjustable exoskeleton combined with dynamic body weight support, with adjustable hip and knee joint angles to tailor the device to a patient’s specific needs during training. Customisable and versatile, the Lokomat can train a wide range of patients to develop a healthy physiological gait pattern – even those with severe disabilities.

The Lokomat allows therapists to focus on the patient and their therapy, rather than be limited by the strain of traditional gait therapy. It enhances staff efficiency and safety, which leads to higher training intensity, more treatments per therapist, and consistent, superior patient care.

Electromechanical gait training in the NHS

“We should be looking at how we can enhance rehabilitation with robotics, and deliver rehabilitation that is enabled by technology as much as possible.” – Dr Louise Johnson, University Hospitals Dorset.

The NHS University Hospitals Dorset are already implementing the National Clinical Guideline for Stroke recommendations to provide electromechanical-assisted gait training for their stroke patients.

Royal Bournemouth Hospital’s Acute Stroke Unit fundraised to purchase a LokomatPro electromechanical gait trainer for their acute stroke patients back in 2021. Read why – and how – they did it on the Stroke Rehab Times: Part 1Part 2 and Part 3.

“The evidence around robotic gait training is strongest for people who are more impaired after stroke, and who are in the early phase after stroke. That’s exactly the group of patients that we see on our units, day in and day out. These patients are hard to deliver good rehab to because it’s difficult and resource-intensive to achieve intensity with patients who are really impaired.

So it seemed like a really good fit and a really good solution to a challenge we have in our day-to-day clinical practice.

… I can’t imagine being without [the Lokomat] now. You can’t imagine going back to what you did before, but you don’t know that until you’ve had the opportunity to use it.” – Dr Louise Johnson, University Hospitals Dorset.

Lokomat Configurations

There are three different types of Lokomat.

Box Icon LokomatNanos


Featuring dynamic body weight support, adjustable robotic gait orthoses, treadmill, an intuitive user interface and basic biofeedback.

Box Icon LokomatPro


Featuring dynamic body weight support, adjustable robotic gait orthoses, treadmill, an intuitive user interface, PLUS Augmented Performance Feedback, optional FreeD Pelvic Movement, and optional paediatric orthoses.

Box Icon LokomatPro Sensation

LokomatPro Sensation

NEW! Featuring dynamic body weight support, adjustable robotic gait orthoses, treadmill, an intuitive user interface, PLUS Augmented Performance Feedback, optional FreeD Pelvic Movement, optional paediatric orthoses, PLUS adaptive gait support, music and audio feedback, games and personalised training.

Challenging your patients

During rehabilitation, patients need to be challenged beyond their individual capabilities. This is where the Lokomat can truly benefit your patients. Speed, loading and robotic support can be adjusted to optimally shape the intensity of the therapy, and patients are motivated to reach their goals with various game-like exercises. Their level of activity influences the performance of the task, the gait pattern and the speed.

The Lokomat provides a natural plantar pressure distribution, sensory feedback and physiological vertical displacement during the complete gait cycle. This Augmented Performance Feedback (APF) maximises the effect of gait training. Studies have shown when using APF, muscle activation and cardiovascular exertion can be considerably increased.

Paediatric orthoses available

The LokomatPro and LokomatPro Sensation can be fitted with standard orthoses for adults or with paediatric orthoses, which are available as an optional module. This enables gait training for young patients.

The paediatric orthoses are designed to accommodate small children by offering a special set of harnesses and cuffs that provide a precise fit for patients with femurs between 21 and 35 cm (8.3 – 13.8 in.). The two interchangeable sets of orthoses can be easily swapped out by the therapist for a versatile rehabilitation solution, and both offer the same wide range of therapy benefits.

Lateral freedom

The optional FreeD Module with the LokomatPro and LokomatPro Sensation improves therapy by allowing for lateral translation and transverse rotation of the pelvis.

The patient’s ability to shift their weight completely over their stance leg, and thereby activate their core muscles and experience balance aspects, is crucial in relearning to walk independently.

Available for adult and paediatric orthoses.

Case studies and research

Lokomat therapy is backed up by 20 years of clinical research, and is the best investigated device in robot assisted gait rehabilitation today.

More than 400 studies have been published on Lokomat therapy in peer-reviewed journals, so visit to read more.

Download the Lokomat brochure here.

The Hocoma total solution: the entire therapy continuum

From acute inpatient care to outpatient rehabilitation.

Box Icon Andago


The Andago is the world’s first free-moving mobile gait robot, combined with a body weight support system.

Box Icon Armeo


The Armeo range enables patients to practise and repeat movements for upper limb rehabilitation. Including the ArmeoSpring and ArmeoPower.

Box Icon C-Mill by Motek

C-Mill by Motek

The C-Mill is an augmented and virtual reality instrumented single belt treadmill, used for the evaluation and training of impaired gait and balance.

Box Icon Erigo


The Erigo combines gradual verticalisation with robotic movement therapy, using robotic leg movement in a safe tilt table-style system.

Box Icon HocoNet®


The all-new software platform, connecting all of Hocoma‘s portfolio across the entire continuum of care.