Coleman Cook 4 person camping tent green 2000019533 (2000019533)

Coleman Cook 4 Tent is an exceptionally functional and spacious model designed for a family of four or a group of friends. Its construction and equipment provide comfort and protection in various camping conditions.

Cook 4 stands out among other camping tents thanks to the easy setup system, which significantly simplifies and speeds up the assembly process. This system, known as Easy Set UP®, uses color coding of poles and tunnels, minimizing mistakes during tent pitching and making the entire process intuitive and fast. This allows even those setting up a tent for the first time to easily handle the task without wasting time figuring out which part fits where.

The frame of the Coleman Cook 4 tent is made of fiberglass, which ensures its lightness and durability. This material is resistant to bending and cracking, which translates into structural stability even in stronger wind conditions. The lightweight frame is also important for tent transport, making it an ideal choice for families and groups who frequently change camping spots and need equipment that is easy to carry and assemble.

The flysheet of the Coleman Cook 4 tent is made of polyester, which has been additionally reinforced with protection against harmful UV radiation. This feature is crucial during camping in places with strong sunlight, where prolonged sun exposure can harm the skin of tent occupants and contribute to faster material degradation. 

The material used for the flysheet of the Coleman Cook 4 tent is also equipped with a waterproof coating that guarantees durability at the level of 3000 mm water column. Such a specification means the tent can withstand heavy rain without leaking, providing a dry and comfortable space for its occupants.

Additionally, the flysheet has a fire-retardant finish, which increases safety during use. This finish prevents rapid, uncontrolled burning of the material, which can be crucial if a fire starts near the tent. The fire-retardant properties of the material provide extra time to react in case of a fire, minimizing potential risks to the life and health of users.