Universal crossbar that fits nearly all factory-installed vehicle side rails
Transports kayaks, canoes, snowboards, surfboards, roof boxes, and more
Square profile bars provide a secure, tight fit for rack accessories
Rust-resistant rubberized bar coating stands up to years of rugged use
Key-locking attachment towers; supports up to 132 pounds
Imported from USA
The Malone Auto Racks universal crossbar fits nearly all factor-installed side rails on virtually any vehicle make and
model, giving you an affordable way to transport kayaks, canoes, stand-up boards, surfboards, roof boxes, snowboards,
skis, and bikes.
The crossbar includes key-locking towers that provide a permanent fit on your roof.
The crossbar system comes complete and ready to install, with no extra components to purchase or match. Simply
determine which of the three size options--the rack is available in 50-, 58-, and 65-inch sizes--best fits your vehicle
and get to it. The rack installs on your vehicle in minutes, no tools required. The rack is equipped with square
profile bars that provide a secure, tight fit for rack accessories, along with a rust-resistant rubberized bar coating
that stands up to years of rugged use. You can also secure the rack for permanent use via the key-locking attachment
towers, or quickly unlock and disassemble the rack for use at a later time. All told, the Auto Racks universal car rack
holds up to 132 pounds of gear and carries a one-year manufacturer's warranty.
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.