Malone Standard Foam Block Universal Car Top Kayak Carrier Kit

Malone foam block car top kayak carrier kits & blocks offer an affordable transport system for your kayak. We use high quality EVA closed cell foam. All of our blocks are produced with state of the art computer fabrication to insure total quality. Feel comfortable taking your kayak for a drive next time you use our Standard kayak kit. This affordable transportation option allows you to find the water in one piece, and when you're done for the day, simply put the kit back in the re-usable tote bag.

Sometimes you just need to transport a kayak a small distance--either home from the store or to a close-by river. Enter the Malone standard kayak kit, which includes everything you need to haul a lightweight kayak on occasional short trips.

The kit's pair of 12-inch EVA foam blocks are ideal for short trips.

The kayak kit comes with two universal-fit, 12-inch, non-skid laminate foam blocks to cushion the kayak in place, along with a 15-foot over-hull strap and bow and stern S-hook tie-downs. The blocks are built with V-shaped cutouts, ensuring a great fit for every kayak. The tie-downs, meanwhile, fit to the front and rear of your vehicle. (The kit also works with round, square, or factory oval cross rails.) Finally, the kit comes with a carrying case for easy storage.

Note: Malone recommends that users not put the 12-inch blocks directly on the rooftop, as the concentrated weight of the kayak may dent the roof.

About Malone Auto Racks
Malone is the fastest-growing rack accessory company in North America, with a track record of more than 10 years of industry leadership and innovation. The company's products are sold in more than 1,500 outdoor online and retail stores throughout the U.S., Canada, Australia, and Europe. Malone operates from the coast of Maine, helping the company stay true to its mission and values. Everything Malone sells must be "simple to sell, simple to install, and simple to use." The company is built to enhance its customers' enjoyment of rivers, lakes, and oceans while minimizing their carbon footprint through aerodynamic transport design and complete material recycling.