The Dynavision D2 Visuomotor Training System was originally developed for sports vision training but has been shown to be effective for visual, cognitive and physical rehabilitation across several fields. It allows for individualized treatment programs tailored to patients' specific needs and conditions. The document then lists several potential applications of the device for physical therapy, occupational therapy, speech therapy, optometry, and neurology, including reducing fall risk, improving balance and coordination, assessing cognitive functions like reaction time and memory, and facilitating rehabilitation from injuries or diseases that cause visual and perceptual deficits.

1. © 2015 Dynavision International, LLC
Common Applications for the Dynavision D2™ Medical
Originally developed for sports vision training of athletes, the Dynavision D2™ Visuomotor
Training System has proven effective for use in visual, cognitive and physical rehabilitation;
driver retraining; concussion baseline testing and return to play decisions (Anderson et al.,
2011; Klavora, Heslegrave, & Young, 2000; Wells et al., 2014; Klavora, & Leung, 1996; Clark et
al., 2014). Programmable options standard with D2™ software enable facilitation of
individualized treatment programs for clients of various ages, abilities, and conditions.
Physical Therapy
 Reduce fall risk
 Promote postural control and correction
 Facilitate proprioceptive/balance training
 Improve functional mobility
 Treat visual-perceptual deficits caused by TBI, stroke and neurodegenerative disease
 Improve balance and vestibular function
 Improve standing activity tolerance
 Increase strength and physical endurance
 Improve static/dynamic balance to safely reach outside base of support
 Complements active aging and wellness programs
Occupational Therapy
 Assess and train visual-motor and visual-perceptual deficits
 Useful to predict on road success/failure for driver retraining
 Assess/train visual reaction time
 Treat visual-motor deficits caused by TBI, stroke and neurodegenerative disease
 Compensatory training strategy for visual field deficits
 Treat deficits in executive function, working memory and sustained attention
 Improve seated and standing balance and activity tolerance
 Increase upper extremity strength, range of motion and endurance
 Refine fine motor skills and coordination
 Improve problem solving skills
 Develop manual dexterity necessary for finger isolation
 Improve bilateral coordination and eye-hand coordination
 Increase patient insight into underlying visual and cognitive deficits

2. © 2015 Dynavision International, LLC
Speech Therapy
 Treat deficits in executive function, working memory and sustained attention
 Facilitate metacognitive strategy training
 Assess and train sequential and working memory
 Improve problem solving skills
 Increase patient insight into underlying cognitive deficits
Optometry
 Assess and train visual-motor and visual-perceptual deficits
 Rehabilitate peripheral vision
 Integrate central/peripheral vision
 Improve binocular vision/strabismus
 Increase patient insight into underlying visual and cognitive deficits
Neurology:
 Train/re-train visual fields
 Improve impulse control
 Increase speed and span of visual processing
 Improve visual attention and memory
 Assess and train visual reaction time
 Improve decision making under stress
 Increase concentration under fatigue
 Improve problem solving skills
 Assess and treat deficits in executive function
 Increase patient insight into underlying visual and cognitive deficits
 Improve bilateral coordination and eye-hand coordination
 Treat visual-motor/visual perceptual deficits caused by TBI, stroke and
neurodegenerative disease
 Accurate concussion baseline testing, management and return to play decisions