Who This Guide Is For
If you are reading this, the chances are that you or someone close to you is living with a neurological condition. Perhaps it is a spinal cord injury, a stroke, multiple sclerosis, or Parkinson's disease. Whatever the circumstances, you are almost certainly looking for reliable information on how to improve or maintain health, preserve function and quality of life, and make the most of recovery. Exercise is effective medicine for everyone, but it is particularly important for people with a spinal cord injury or other neurological condition that limits how easily they can carry it out. When paralysis or weakness affects the limbs, there are obvious limitations to a person's ability to exercise, and this is where technologies such as FES cycling can help. This book focuses on such technology.
Whether you are a person living with a neurological condition, a family member seeking to understand the options, or a case manager or legal professional assessing which technology might be appropriate, this book aims to provide the knowledge you need to make informed decisions.
Trustworthy guidance is not always easy to find. Clinicians in hospitals and rehabilitation units are often careful not to recommend specific products, which is understandable, but this can leave you feeling as though you have to navigate the landscape alone. Family members and carers frequently find themselves researching alone, trying to separate genuine evidence from marketing claims.
This guide is not a substitute for a proper clinical assessment, and it cannot guarantee specific outcomes, as these depend on your individual circumstances. We have to speak in general terms and draw on our experience. We will explain how FES cycling works, what the evidence says about its benefits, what to expect from a programme, and how to have better conversations with your clinical team about whether it is right for you. At Anatomical Concepts, we work with particular forms of FES cycling and related technology. Obviously, we know much more about the products that we work with, but where appropriate, we will also mention alternatives. There is no such thing as a perfect product that will suit everyone.
This particular guide was written for a general audience, and there is a different version aimed at a clinical audience with more pointers to the research literature and slightly different language. By all means, take a look at the clinical version if you prefer.
About Anatomical Concepts (UK) Ltd
Anatomical Concepts has been working with FES cycling for over twenty years. We have assessed, set up, and supported hundreds of people in their homes, rehabilitation centres, and hospitals across the United Kingdom. We organised an international FES Sport event in Glasgow back in 2009. We continue to learn and adapt to developments in technology and clinical practice, and we have recently committed to increasing our output in training and education. We will say more about these things and how we got started in a later section.
Our approach has always been consultative: we assess each person and situation individually, specify the right system for their needs, and provide the ongoing training and support that makes the difference between a piece of equipment that sits unused in the corner and one that becomes a genuine part of daily life.
We wrote this guide because, after two decades of answering the same important questions from clients, families, and professionals, it became clear that this knowledge needed to be gathered in one place. The questions people ask are good ones. How does FES cycling work? Will it help me? What does the research actually say? How do I get started? This book is our attempt to answer those questions thoroughly.
This is the second major resource we have published. Our first, on the subject of electrical stimulation for denervated muscle, covers a related but distinct topic. The two books are designed to complement each other, and where the subjects overlap, we will point you to the relevant sections of that resource rather than duplicating material here.
Our Founder, Derek Jones, also wrote "Don't Back Down - Your Guide to Living Well with a Spinal Cord Injury", Rethink Press (2022), which might be of interest to the reader.
How to Use This Book
This guide is organised into four parts. Part 1 explains what FES cycling is, how your muscles and nerves work in this context, and how the technology has developed. Part 2 examines the evidence: the benefits FES cycling can deliver, the conditions for which it is used, and what it cannot do. Part 3 is practical: getting started, understanding the equipment, what happens during your sessions, and how to progress over time. Part 4 looks at the wider picture, including how FES cycling fits within a broader rehabilitation programme, the practical matters of funding and access, and what the future holds.
You probably do not need to read from cover to cover, although you certainly can. There will be some overlap in terms used across the chapters. We have drawn heavily on content produced by Anatomical Concepts in the past, including many articles on our website and we would encourage you to visit for updates and the latest information.
If you already have a basic understanding of FES cycling and want to know how to get started in practice, you might go straight to Part 3. If you are trying to understand whether FES cycling is appropriate for a particular condition, Chapter 5 is your starting point.
As we mentioned above, there is also a clinical edition of this book, written for case managers, physiotherapists, rehabilitation physicians, exercise physiologists, and other professionals. It basically mirrors this guide but goes into greater technical depth, with full references, evidence tables, and clinical protocols. If you want to see the clinical evidence behind something you have read here, you or your clinician can easily find the corresponding section.
At the back of this guide, you will find a glossary of key terms, a list of useful organisations, and suggestions for further reading.
A Note on the Conditions Covered
FES cycling has the strongest evidence base in spinal cord injury (SCI), and you will find that SCI features prominently throughout this book. This reflects the research (and to some extent how products are often funded); it's not a limitation of the technology. FES cycling can also be used with good effect for stroke, multiple sclerosis, Parkinson's disease, cerebral palsy, and several other neurological conditions. If you are living with one of these conditions, you will find relevant content throughout the guide, with Chapter 5 dedicated specifically to the evidence and considerations for each.
There is one important distinction we should address early. FES cycling works by stimulating muscles through their nerves. This requires that the so-called lower motor neurons, the nerves that run from the spinal cord out to the muscles, are intact. In most spinal cord injuries and the other conditions listed above, this is the case. However, some people have lower motor neuron damage, either on its own or alongside an upper motor neuron injury. This type of injury can occur when the spinal cord is injured quite low in the back, as we will explain later. Where the lower motor neurons are damaged, standard FES cycling will not produce a muscle contraction, and a different form of electrical stimulation is needed.
If this applies to you, please do not feel that this book offers nothing. The practical chapters on assessment, equipment, and programme management are still relevant. For the specific topic of stimulating denervated muscle, we recommend our companion resource, which covers that subject in the depth it deserves. The two books together address a spectrum of electrical stimulation for neurological conditions. You can review this resource at denervatedmuscle.com
Whatever your condition and wherever you are in your journey, there is always reason to pursue better health. The right knowledge, the right technology, and the right support can make a meaningful difference. This book is intended to be part of that support.