Scarpa Rapid LT Men's Walking Shoes
Take on your next adventure in this versatile approach shoe with a clean, streamlined design.
Jacquard Mesh Upper
The upper of this shoe is made from a highly durable and rugged jacquard mesh. It allows air to flow in for a pleasant cooling sensation that keeps you feeling fresh. It is also highly durable, and is able to withstand knocks and scrapes out on the trail with ease. The all around TPU rand and well-protected rubber toe cap further increase the substantiality of the shoes, and a traditional lacing system that has been extended allows you to find the perfect locked in fit. The upper has been built using the EXO model by Scarpa, the lateral protections are integrated directly into the structure of the upper, forming an exoskeleton to support and contain the foot laterally. It has been built on an ergonomic ARSAX last for a dynamic fit.
Medium-High Density EVA Midsole
Underfoot resides a medium-high density EVA midsole. It attenuates shock as you strike down, protecting your joints and muscles. This energy is then converted into rebound, propelling you forward so you can explore more of the great outdoors using less energy. The EVA is highly durable and stable, resisting damage over time and keeping you on a solid base. This is combined with low density EVA insert for greater shock absorption and an ergonomic TPU shank for torsional stability and support. Atop this, an Ortholite insole provides step-in comfort and breathability, creating a cooler, drier and more hygienic environment for your feet to thrive in.
Vibram MegaGrip Outsole
For the outsole, Scarpa have used a Vibram MegaGrip sole that combines a climbing zone with maximum grip at the toe and a rear Brake System. This provides you great grip and traction across varied terrain. The outsole also has targeted propulsion and stability areas to keep you confident out on the trail. 3.5mm lugs mix sensitivity and durability to satisfy any kind of approach activity. The rubber compound delivers great grip on both wet and dry surfaces.
Scarpa Rapid LT Men's Walking Shoes
Take on your next adventure in this versatile approach shoe with a clean, streamlined design.
Jacquard Mesh Upper
The upper of this shoe is made from a highly durable and rugged jacquard mesh. It allows air to flow in for a pleasant cooling sensation that keeps you feeling fresh. It is also highly durable, and is able to withstand knocks and scrapes out on the trail with ease. The all around TPU rand and well-protected rubber toe cap further increase the substantiality of the shoes, and a traditional lacing system that has been extended allows you to find the perfect locked in fit. The upper has been built using the EXO model by Scarpa, the lateral protections are integrated directly into the structure of the upper, forming an exoskeleton to support and contain the foot laterally. It has been built on an ergonomic ARSAX last for a dynamic fit.
Medium-High Density EVA Midsole
Underfoot resides a medium-high density EVA midsole. It attenuates shock as you strike down, protecting your joints and muscles. This energy is then converted into rebound, propelling you forward so you can explore more of the great outdoors using less energy. The EVA is highly durable and stable, resisting damage over time and keeping you on a solid base. This is combined with low density EVA insert for greater shock absorption and an ergonomic TPU shank for torsional stability and support. Atop this, an Ortholite insole provides step-in comfort and breathability, creating a cooler, drier and more hygienic environment for your feet to thrive in.
Vibram MegaGrip Outsole
For the outsole, Scarpa have used a Vibram MegaGrip sole that combines a climbing zone with maximum grip at the toe and a rear Brake System. This provides you great grip and traction across varied terrain. The outsole also has targeted propulsion and stability areas to keep you confident out on the trail. 3.5mm lugs mix sensitivity and durability to satisfy any kind of approach activity. The rubber compound delivers great grip on both wet and dry surfaces.
