Exped Synmat TT 9 Sleeping Pad

Exped Synmat TT 9 Sleeping Pad
$186.75 $249.00 25% off
Synmat TT 9 Sleeping Pad by Exped
Price subject to change | SKU: XPD002I

Exped Synmat TT 9 Sleeping Pad

Designed for extended expeditions in cold and demanding environments, Exped's Synmat TT 9 Sleeping Pad is a durable and comfortable four-season sleeping mat that can be easily repaired in the field. The design of the Synmat consists of individual tubes that run the length of the mat and are protected by a durable, yet soft outer cover. The major benefit of this design is the mat will maintain its shape and insulating properties if a tube should somehow get punctured throughout the night. Once morning comes, the damaged tubes can be removed from the mat and easily repaired in the field. Each tube is also filled with a synthetic insulation for added warmth and comfort. The Synmat features 3. 5-inch sidewalls for added lift off the cold ground. Additionally, the mat features an I-beam construction to help eliminate cold spots and limit wobbling. Inflating the mat is made easy thanks to the included Schnozzel Pumpbag, which is, basically, a stuff sack with a valve that can be used to fill the mat with air. In addition to the main valve, the mat also has individual valves on each tube that can be used to dial in the perfect amount of air pressure in each individual tube, ensuring a comfortable and warm night's sleep.

October's Featured Park
Arches National Park is known for its' remarkable natural red sandstone arches. With over 2,000 catalogued arches that range in size from a three-foot opening, to Landscape Arch which measures 306 feet from base to base, the park offers the largest concentration of natural arches in the world.
October's Animal
Most commonly found in the tundra of Rocky Mountain National Park, the pika is a close relative of the rabbits and hares, with two upper incisors on each side of the jaw, one behind the other. Being rock-gray in color, pikas are seldom seen until their shrill, metallic call reveals their presence.