The Easy Spirit Traveltime Slip-on has proven itself to be a good product with solid quality. This low-heel clog has about one-inch height, not a totally flat slip on, offering remarkable support and cushioning. A user loves the shoe so much that she claims she owns 18 of them through time, as she has very difficult feet, with both suffering from arthritis and one foot having be operated on. Some users who have problems with their knees or feet also find this shoe good for all-day wear. Some people wear the shoe for a 12-hr shift and still feel great. They are also easy going with jeans and casual outfits.
The Traveltime slip-on offers a full range of widths-narrow, medium, wide and extra wide (WW). It also has a wide collection of uppers, including leather, suede, and manmade materials in various colors for different looks. Many customers have several pairs in different colors.
Users find this low-heel slip on so comfy and handy. They can wear the shoe in and around the house, walking dogs, running errands, going for a walk,
The shoe is generally true to size. It offers a comfy and snug fit. Users love the arch support and the mules do not slip off the feet. Some users ordered a half size bigger to add their own insole under the original one in the shoe. It fits well too. The shoes are very comfortable right out of the box without breaking-in. Some users with narrow heels also love the shoe as they don’t worry about having their feet slipping out the shoe anymore.
These shoes are available in either a leather and mesh, suede and mesh or synthetic and mesh upper. The shoe is breathable and the designs are stylish without giving a look of sloppy slipper. The shoe lining is soft and can be worn with or without socks. Depending on the weather, you can find suitable materials and color for your needs as there is such a variety of material and colorways to choose from.
The shoe comes with a padded, removable insole which provides shock absorption and superior cushioning. The shoe’s durable rubber outsole also adds grip and traction on various surfaces.