| LOCO PERFECTO: Cushioned Trainer, 327 grams, 11.6 oz.
The Perfecto is an ultimate all around training shoe combining a great blend of cushioning and support while remaining lightweight. The Perfecto is engineered for runner's who want superior cushioning with great support including high performance features for runners at all levels.
- Anatomical last: At Loco our last is anatomically contoured to fit the foot precisely. With a more rounded heel and sculpted arch the shoe will support the foot and enhance comfort.
- Slip lasted: The Perfecto is a fully slip lasted construction for maximum cushioning and flexibility throughout the shoe. Slip lasing is the lightest weight construction.
- Upper design: The upper pattern is designed to offer heel and forefoot support while remaining very flexible and fully functional. The collar top line is soft and padded for comfort.
- Sockliner: For superior comfort, cushioning and durability the Perfecto sockliner is molded polyurethane. Polyurethane will absorb impact better than EVA while eliminating compression set. The sockliner will deliver the same cushioning and comfort throughout the life of the shoe.
- Upper materials: Air Mesh, Super Micro Fiber Synthetic, 3M Reflective.
- The upper is constructed with state of the art air mesh. Air mesh is woven as a tri layer materal that eliminates the need for cementing the layers together thus significantly improving breathability and comfort while reducing weight.
- The synthetic leather, to match the mesh performance is a very thin, lightweight, soft and breathable synthetic that's extremely durable as it's produced with a "super micro fiber" substrate backer.
- 3M Scotchlite for safety. The Perfecto incorporates genuine 3M Scotchlite around the heel, along the tip and at the top of the tongue to offer 360 degree reflectivity for night time visibility. More 3M than you'll find on just about any running shoe.
- Laces: Yes flat laces. Back to functionality. Flat laces are easier to tie and stay tied. Round and oval laces that look cool become loose.
- Midsole: The midsole is comprised of a high quality compression molded EVA compound that maintains it's cushioning and compression resistance longer than typical EVA. Soft yet durable to maintain it's cushioning properties for miles and miles.
- Medial post: For enhanced support, the Perfecto has a mid size medial post from the ankle to the arch. Molded from a higher durometer EVA the medial post will support the ankle through the mid portion of the gait cycle.
- Polyurethane heel and forefoot metartasal pads: Strategically positioned to cushion and increase durability where the highest impact forces are. Polyurethane is a compound that absorbs shock better than typical midsole foams and is virtually compression resistant. The highest impact forces are at heel strike and forefoot under the metatarsal heads which is where we've positioned the pads for cushioning and durability.
- Midfoot arch shank: The midfoot arch is supported with a co-molded shank to increase stability while improving tortional rigidity, preventing the shoe from improperly flexing in the midfoot arch. For added support the shank wraps the sidewall of the midsole.
- Outsole: The outsole is a compression molded carbon rubber with an NBS 1000 compound that's extremely durable. The heel is recessed to maintain the foot over the central axis of the midsole for stability. The forefoot is designed with lugs for traction on multi terrains. Finally, the heel pad is asymmetrical to the lateral side for a smooth heel strike enhancing heel to forefoot roll.
EVA is a copolymer or cross-linked foam made of ethylene and vinyl acetate. It is made up of hundreds of thousands of foam cells that contain air or gas. When you land on EVA foam you compress this EVA and the gas gets pushed out and then sucked back in again. Over time these cells don't rebound so well and don't take as much air back in. To compensate for this issue, a great majority of good running shoes use a compression molded EVA midsole. By compressing EVA in a pressurized mold the midsole forms a thick skin which helps the EVA last longer. It also provides structural rigidity to the midsole.
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