Home
GSI Outdoors 17.5 oz Infinity Backpacker Mug
Academy Sports + Outdoors
Loading Inventory...
GSI Outdoors 17.5 oz Infinity Backpacker Mug in Chattanooga, TN
From GSI Outdoors
Current price: $14.99

Academy Sports + Outdoors
GSI Outdoors 17.5 oz Infinity Backpacker Mug in Chattanooga, TN
From GSI Outdoors
Current price: $14.99
Loading Inventory...
Color: Blue Medium 01
Keep your drink the perfect temperature with the GSI Outdoors 17.5 oz Infinity Backpacker Mug. This travel mug is made from BPA-free, non-leaching polypropylene for durability. The cloth-wrapped, foam sleeve insulates hands and contents to keep your drink cold, while the sturdy webbing handle gives a great grip and can collapse flush for compact storage in your bag.
- Made from BPA-free, non-leaching polypropylene for durability
- Cloth-wrapped, foam sleeve insulates hands and contents to keep your drink cold
- Non-slip footing
- Spill-resistant top and sealable spout prevents loss of heat and drink
- Sturdy webbing handle gives a great grip and can collapse flush for compact storage in your bag
- Holds 17.5 fluid ounces but weighs just 3.5 ounces
- Fully warranted to the original owner against manufacturer's defects in materials and workmanship
Keep your drink the perfect temperature with the GSI Outdoors 17.5 oz Infinity Backpacker Mug. This travel mug is made from BPA-free, non-leaching polypropylene for durability. The cloth-wrapped, foam sleeve insulates hands and contents to keep your drink cold, while the sturdy webbing handle gives a great grip and can collapse flush for compact storage in your bag.
- Made from BPA-free, non-leaching polypropylene for durability
- Cloth-wrapped, foam sleeve insulates hands and contents to keep your drink cold
- Non-slip footing
- Spill-resistant top and sealable spout prevents loss of heat and drink
- Sturdy webbing handle gives a great grip and can collapse flush for compact storage in your bag
- Holds 17.5 fluid ounces but weighs just 3.5 ounces
- Fully warranted to the original owner against manufacturer's defects in materials and workmanship

















