Snugpak Basecamp Ops Self Inflating Maxi Mat

The Snugpak Basecamp Ops Self Inflating Maxi Mat is a full-length, lightweight sleeping mat built to provide cushioning and thermal insulation between the sleeper and cold, hard, or uneven ground. The self-inflating PU foam core expands automatically when the blow and lock valve is opened, reaching a usable 1-inch thickness with only a few additional breaths to dial in firmness. A non-slip polyester bottom surface keeps the mat stationary on tent floors and shelter floors throughout the night, and the included stuff sack and repair kit make it a complete, field-ready package at just 26 oz.

Full-Length Ground Insulation With Self-Inflating Setup

Features

• The self-inflating blow and lock valve system expands the PU foam core automatically when opened, bringing the mat to usable firmness without a pump and allowing fine firmness adjustment with a few additional breaths before locking closed.
• The non-slip polyester peach brushed bottom surface grips tent floors and ground sheets, keeping the mat from shifting under the sleeper through the night.
• At 72 x 20 inches, the Maxi Mat covers the full length of the body from head to foot, providing complete ground insulation across the entire sleeping surface.
• At 26 oz and packing down to 11 x 6 inches, the Maxi Mat delivers full-length comfort without adding significant weight or bulk to a pack or vehicle kit.
• The included stuff sack keeps the mat compressed and protected during transport, and the repair kit provides a field fix for minor punctures without ending a trip early.

Specifications

• Weight: 26 oz (740 g)
• Dimensions: 72 x 20 x 1 in (183 x 51 x 2.5 cm)
• Pack Size: 11 x 6 in (28 x 15 cm)
• Top Fabric: 75D Polyester Pongee / TPU
• Bottom Fabric: 100% Polyester Peach Brushed / TPU
• Foam: 20 kg/m3 PU Circle Punched
• Valve: Blow and lock self-inflating valve
• Includes: Stuff sack, repair kit
• ⚠ WARNING: This product can expose you to chemicals including DEHP, which is known to the State of California to cause cancer and birth defects or other reproductive harm.