Kizik offers hands-free footwear that utilizes a patented technology for easy slip-on and removal, enhancing user convenience without sacrificing style. This design addresses the challenge of traditional shoe fastening methods, providing a practical solution for individuals with mobility issues or those seeking a more efficient way to wear shoes.
Funding
$29M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many individuals face challenges with traditional shoe-fastening methods, including bending over, using both hands, or dealing with laces, buckles, or straps. This can be particularly difficult for those with mobility issues, disabilities, or simply those seeking convenience.
Solution
Kizik provides hands-free footwear that allows users to easily slip shoes on and off without bending over or using their hands. The shoes incorporate a patented heel design that compresses upon entry and springs back into place, securing the foot. This technology enables a quick and convenient footwear experience for a wide range of users, including those with mobility limitations, disabilities, or anyone seeking a more efficient way to wear shoes. Kizik offers a variety of styles for men, women, and children, encompassing active, relaxed, and outdoor designs.
Target Audience
Kizik's primary customers include individuals with mobility issues, disabilities, pregnant women, seniors, and anyone seeking a convenient and efficient footwear solution.
Features
- Patented hands-free technology enabling easy slip-on and removal
- Flexible, spring-back heel that compresses and secures the foot upon entry
- Durable construction tested through 30,000 heel compressions
- Available in various styles, including active, relaxed, and outdoor designs
- Models available in leather and water-resistant materials
- Wide range of sizes for men, women, and children
- Select styles available in wide widths