Old age is a period when individuals lose their independence, the risk of accidents increases and their physical abilities decrease. With aging, changes occur in a person's anatomy and physiology; histological differentiation occurs in tissues and cells, while organ functions decrease. With aging, cardiac output decreases, blood pressure increases, and atherosclerosis develops; Gas exchange of the lungs is impaired, vital capacity decreases; There are losses in the functioning of the gastrointestinal tract, atrophic gastritis and impaired drug metabolism in the liver are common in the elderly; blood sugar rises and osteoporosis occurs with a decrease in bone mass; Muscles atrophy and lean muscle mass decreases. All these morphological and physiological changes bring about immobilization, incontinence, depression, delirium, dementia, pressure sores, osteoporosis, fragility and falls.

Falls threaten the lives of older adults, increase their dependency, and impair their quality of life. According to the World Health Organization, falls are the second leading cause of unintentional injury deaths in the elderly. At the same time, one in five falls results in serious injuries such as bone fractures and head trauma. Environmental risk factors for falls in older adults include slippery surfaces, poor weather, inadequate lighting, unfamiliar stairs and flooring, cables in the ground, etc. the availability of items to hang on, and the lack of handles in bathrooms and toilets. Biological risk factors are advanced age, being female, chronic or acute disease, muscle weakness, osteoporosis, immobility, visual impairment, decreased postural control, gait disorder, decreased reaction time, loss of balance, coordination disorder and cognitive disorders. Whatever the cause, loss of balance control is the primary cause of falls in older adults. For this reason, evaluation and improvement of balance control in the elderly has become one of the main areas of study in the literature on this subject.

The complex structure of balance control also makes its evaluation difficult. Balance control; It requires postural control and control of the center of mass. Postural control is the alignment of the head and body within the support surface against gravity. Interpretation of the environment through visual feedback forms the basis of maintaining postural control. There are many clinical tests to evaluate postural control, such as the functional reaching test, which is based on evaluating static and dynamic balance. Control of the center of mass is the restoration of the center of mass to its previous position after internal or external forces change the center of mass. Control of the center of mass requires the coordination of some movement strategies. Adaptation to the change of the center of mass can also be evaluated with tests such as the Reactive Balance test and Retropulsion test. However, it is thought to be effective in balance control, balance self-efficacy and psychological concerns. For this reason, patient-reported scales measuring self-efficacy and psychological concerns have been developed to evaluate self-efficacy and psychological concerns regarding balance control.

Patient-reported scales measuring self-efficacy and psychological concerns regarding balance control mainly focus on fear of falling, impact of falling, and balance confidence (self-confidence in maintaining balance). Fear of falling can be defined as the fear of walking or standing as a result of previous falls. Scales such as the Activity and Fear of Falling Questionnaire in the Elderly and the Falls Efficacy Scale International (FES-I) are scales developed to evaluate the fear of falling. Fall impact refers to self-confidence in performing daily living activities without falling. Some scales, such as the Fall Effectiveness Scale and the Fall Risk Management and Prevention Ability Perception Scale, were developed to measure the impact of falls. Balance confidence is an individual's self-efficacy to maintain balance while performing a goal-directed task or participating in a specific activity. Scales such as the activities-specific balance confidence (ABC) scale and CONFbal scale are scales structured to measure balance confidence. However, apart from these three important areas of self-efficacy and anxiety (fear of falling, impact of falling and balance confidence), another area that is thought to be important in preventing falls and mitigating their consequences is self-confidence in correcting balance. Confidence in restoring balance; It is the self-sufficiency in restoring the balance that is disrupted as a result of the change of the center of mass by internal or external forces. In other words, self-confidence in restoring balance is the perception of success in stopping a fall at any stage after the fall begins. Self-confidence in restoring balance has been measured in the literature with scales that measure fall efficiency, such as the FES-I or the ABC Scale. However, none of the mentioned scales were developed to measure this area and will not fully reflect the perception of self-confidence in restoring balance. For this reason, BRC was developed by Soh et al. in 2022 to specifically measure the perception of self-confidence in restoring balance. Although the use of the scale has become increasingly widespread in the world by adapting it to different languages, the scale has not yet been adapted to the Turkish language. Therefore, the aim of the current study is to adapt BRC to Turkish in community-dwelling older adults.