Protalus T-100 Elite – Patented Stress Relief Replacement Shoe Inserts, Improved Comfort, Relieve Plantar Fasciitis, Anti Fatigue, Alignment Improving Shoe Insoles, Men’s 13Online now

BETTER IN EVERY WAY – The T100 Elite does not require a break in period like the T100 models due to new design and materials used

PROVEN BETTER ALIGNMENT: Our premium “Elite” shoe insoles align your body by supporting the subtalar joint, preventing overpronation or oversupination. This alignment reduces stress on the ankles, knees and hips

This is your chance to get the Protalus T-100 Elite – Patented Stress Relief Replacement Shoe Inserts, Improved Comfort, Relieve Plantar Fasciitis, Anti Fatigue, Alignment Improving Shoe Insoles, Men’s 13. This purchase gives you the opportunity to get the authentic, official product for the Protalus T-100 Elite – Patented Stress Relief Replacement Shoe Inserts, Improved Comfort, Relieve Plantar Fasciitis, Anti Fatigue, Alignment Improving Shoe Insoles, Men’s 13. There are various sizes to choose from as well.

IDEAL FOR REGULAR SIZED SHOES: The T Elite-Series insole is designed for running shoes, tennis shoes, dress shoes, and other shoes

This is your chance to get the Protalus T-100 Elite – Patented Stress Relief Replacement Shoe Inserts, Improved Comfort, Relieve Plantar Fasciitis, Anti Fatigue, Alignment Improving Shoe Insoles, Men’s 13. This purchase gives you the opportunity to get the authentic, official product for the Protalus T-100 Elite – Patented Stress Relief Replacement Shoe Inserts, Improved Comfort, Relieve Plantar Fasciitis, Anti Fatigue, Alignment Improving Shoe Insoles, Men’s 13. There are various sizes to choose from as well.

LESS PRESSURE MORE COMFORT: Our innovative combination of high-quality materials provide excellent impact reduction and moisture-wicking capabilities for unmatched comfort. Protalus insoles improve alignment of the ankle by 31% when compared to generic stock shoe inserts

INSOLES WITH BETTER WEIGHT DISTRIBUTION: Our innovative insoles spread the weight of your body across a bigger surface area, leading to less weight per square inch of your foot.