Disabled people, writers on disability and disability activists stress the importance of disabled people being included in all aspects of society. I argue that a major omission from this inclusiveness is that no current model of disability focuses on the impact of the actions of disabled people on disability. Disabled people are not passive bystanders, powerless to reduce the restrictions of disability. On the contrary, we are central to actively limiting its constraints. I develop a model of disability, called 'active' , which focuses on the effects on disability of the individual and collective actions of disabled people. I describe published findings which indicate that engaging in self-help, using support groups and deploying assistive technology can all reduce the limitations of disability. Recent increases in the number of disability support groups and developments in assistive technology have substantially augmented the potential for disabled people to combat the effects of disability.
Points of interest• This article develops the active model of disability, which focuses on the impact of the actions of disabled people on disability.• These actions encompass both individual activity (e.g. self-help) and collective activity (e.g. disability activism). • This model is timely, as the recent increase in the availability of self-help information and support groups has substantially boosted the potential for disabled people to limit the constraints of their own disabilities.• This article presents published findings that engaging in self-help, using support groups and deploying assistive technology have all reduced the effects of disability. • It examines the limited role of disabled people in current models of disability and compares the active model with other models. • Moreover, it argues that both the active and social models can motivate research that improves disabled people's lives (emancipatory research).• Finally, it contends that the understanding of the complexities of disability can be facilitated, by using multiple, complementary models.