Multiple Sclerosis Orthotics in London
Multiple sclerosis affects people in very different ways, and it rarely affects the same person in exactly the same way from one month to the next. Orthotic care has to account for that. A device that helps on a good day is of limited use if it becomes unmanageable on a difficult one.
Our consultant orthotists assess adults with MS across four London clinics, with particular attention to the weight, comfort and practicality of anything we prescribe.
How MS Affects Walking and Posture
- Weakness in one or both legs, frequently below the knee first
- Spasticity and stiffness, which can make the leg harder to swing through and harder to place accurately
- Foot drop, sometimes intermittent rather than constant
- Problems with balance and coordination, producing an unsteady walking pattern and a raised risk of falls
- Fatigue, which for many people is the single most limiting symptom of allFatigue, which for many people is the single most limiting symptom of all
- Reduced sensation in the feet, so surface changes are harder to detect
- Reduced dexterity in the hands, which affects whether a device can be put on independently
Why fatigue changes the conversation
Walking with weakness or an altered gait pattern costs more energy than walking without. When fatigue is already a dominant symptom, that additional cost matters enormously, and it shapes what we prescribe.
In practice it means weight is a priority rather than an afterthought. It means the device needs to be quick and straightforward to put on, particularly if hand function is affected. And it means we would rather fit something you will actually wear all day than something technically ideal that stays in a cupboard.
Designing Around a Condition That Fluctuates
What Happens at Your Assessment
Orthoses Used in Multiple Sclerosis
- Lightweight ankle foot orthoses, including carbon fibre, 3D printed and posterior leaf spring designs, chosen where minimising weight and energy cost is a priority
- Hinged ankle foot orthoses, where some controlled ankle movement is useful but stability is still needed
- Rigid ankle foot orthoses, where weakness or instability is more pronounced
- Knee bracing, where the knee is hyperextending or giving way
- Custom insoles, to improve contact, comfort and stability inside the shoe
- Wrist and hand orthoses, where upper limb function or positioning is affected