Scientists at NASA’s Ames Research Center USA originally developed memory foam in the early 1970s to relieve the intense pressure of G-forces experienced by astronauts during rocket launches. In the following years, memory foam was used in wheelchairs, football helmets, airplane seats, and X-ray table pads.

Memory foam consists of billions of open, spherical-shaped cells that are viscoelastic, meaning solid with liquid properties. This viscoelastic property, in addition to the foam’s temperature and weight sensitivity, enable the cells to shift position and reorganize to conform to body contours. The material softens in warmer areas where the body makes the most contact with the surface, and remains firmer in cooler areas, where less contact is made.

By absorbing and evenly distributing a body’s weight over its surface, the material eliminates uncomfortable pressure points.

Memory foam gently moulds to your body’s own individual shape, weight, and temperatures so you get weightless, pressure-free comfort. It gently supports every inch of your body, relieving the pressure that can hamper circulation. The result is less tossing and turning, and more restful sleep. You’ll love the way the foam slowly reacts as you lie down, giving you an almost weightless sensation.