Total knee arthroplasty (TKA) is the treatment of choice for patients suffering from severe pain and functional limitation caused by osteoarthritis (OA) of the knee joint's surfaces (Magee et al. 2009). Within the UK, over 60,000 TKA surgeries are registered yearly (NJR 2015), making TKA one of the most common surgeries of the joint. Rehabilitation following surgery is essential for recovery and with TKA this is crucial in regaining movement, function and control. Current rehabilitation mainly focuses on post-surgery rehabilitation to increase range of motion (ROM) and muscle power, and to aid in achieving a quick return to functional independence for patients. Despite this, research has shown that patients undergoing TKA, still continue to experience reduced capacities in neuromuscular responses which are required for quick knee joint reactions, stability and proprioception, up to months following TKA surgery (Silva et al. 2003). A deficit in an individual's knee joint proprioception (synonymously referred to as a deficit in sensorimotor performance), together with impaired strength, can lead to reduced functional balance capabilities and movement control (Piva et al. 2010; Rätsepsoo et al. 2011), and can also contribute to injury (Lephart et al. 1997) and a greater risk of falls (Swinkels et al. 2009; Bade et al. 2010; Rätsepsoo et al. 2011). In part, the latter may be due to time-constraints within the health-care system, where a necessary preservation of the primary focus, to decrease pain and improve general function in patients following a TKA, has sometimes been to the detriment of other aspects of rehabilitation.