Eccentric viewing training is crucial for low vision patients who rely on peripheral vision due to central vision loss. Traditional methods focus on near tasks, but techniques for training at a distance are less established. This abstract explores innovative methods using markers and distant targets.

The objective is to evaluate the effectiveness of these novel methods, specifically using markers on glasses and distance targets, and to assess their impact on patient outcomes. The training involves placing markers on glasses to guide the patient's gaze and using distant targets to provide consistent visual references. Orthoptists conduct structured sessions to assess improvements in using peripheral vision at varying distances.

Enhancing eccentric viewing at distance can significantly improve the quality of life for low vision patients by aiding better navigation and environmental interaction. This approach addresses a critical gap in current low vision rehabilitation practices.

While substantial research exists on near eccentric viewing training, distance training remains under-explored. This study contributes to this area, offering preliminary evidence and encouraging further research. Implementing these methods may require changes in training protocols and additional resources for orthoptists, but the potential benefits for patient independence and mobility justify these adjustments. This abstract (with accompanying case studies) aims to generate public interest in these concepts of distance eccentric viewing training techniques with aims to establish training techniques in low vision rehabilitation, focusing on improving practical outcomes through innovative methods.