Keep your four-legged companion safe in and around the water with the new Red Original Dog Buoyancy Aid. Ergonomically designed to support your dog in the water and give them a positive swimming position. Packed full of features and made using durable, tear-resistant Cordura® fabric.Whether you're a paddleboarder or surfer, kayaker or sailor, staying safe on the water should be the number one priority of any water sports enthusiast. Personal flotation devices like the Red Original Airbelt PFD are commonly used to help keep people safe, but we wanted to make sure that there was something for our four-legged friends as well.The Red Original Dog Buoyancy Aid has been designed to help dogs maintain a positive and comfortable swimming position. It achieves this thanks to strategically placed foam of varying thicknesses that line the buoyancy aid throughout. This foam supports key areas of a dog's body and allows them to conserve energy, prolonging their life should they get into trouble in the water.Professionally designed by water sports enthusiasts who also happen to be passionate pet lovers, the Red Original Dog Buoyancy Aid provides support without hindering movement or manoeuvrability. The wide front leg opening allows for free, unimpaired movement and we have used Cordura® Fabric throughout to ensure there is enough ‘give'. Having said that, while it is indeed flexible, Cordura® Fabric was chosen as it is also hard-wearing, tear-resistant, puncture-resistant, abrasion-resistant, and – needless to say – waterproof.Clearly built to last, our Dog Buoyancy Aid has been packed full of thoughtful features that make them convenient for both pet owners and the dogs that wear them. One great example of such a feature is the four easy-to-use grab handles, which can be used to quickly and easily lift wearers out of the water in any situation. An integrated dog lead attachment is also included for when you want to get your dog under control around the water, as well as reflective detailing so you can spot them in the water during low light.
