DD Hammocks SuperLight Pyramid Tent - Family Size

The Dd Hammocks Superlight Pyramid Tent 1 8m Family Size is a versatile and spacious shelter designed to comfortably accommodate up to four people, making it perfect for family adventures or group camping excursions. Its generous interior offers plenty of room not only for sleeping but also for storing your essential gear, ensuring a hassle-free outdoor experience whether you’re camping with friends or solo.

Constructed from DD Hammocks’ SuperLight ripstop nylon, this tent features a robust 3,000mm waterproof rating and fully taped seams to keep you dry and protected in challenging weather. When paired with the matching inner mesh tent, it becomes a fully bugproof, storm-resistant refuge, providing excellent ventilation through a rear vent to minimise condensation and maintain fresh airflow throughout the night.

Despite its spacious design, this tent remains remarkably lightweight and compact, making it easy to transport in a backpack or car. The straightforward setup requires just a single pole or can be hung from a branch or ridgeline using the central top loop, giving you flexibility on your camping site. Included in the package are SuperLight pegs and guylines, plus a compression sack for convenient packing and carrying.

• Specifications
• Dimensions: Length 300cm, Width 230cm, Height 180cm
• Colour: Olive green
• Weight: 750g (excluding pegs)
• Includes: 13 SuperLight pegs, 2 spare SuperLight pegs, 5 black SuperLight guy lines (2m), 5 fluorescent guy lines
• Capacity: Suitable for 3 people or 4 (2 adults and 2 children)
• Material: Single-layer SuperLight ripstop nylon with 3,000mm PU waterproof coating
• Setup: Simple erecting with 1 tarp pole (sold separately or optional)
• Compatible with DD SuperLight Pyramid Mesh Tent - Family Size for insect protection
• Features a central top loop for suspending from overhead points
• Fully taped seams for enhanced durability
• Zippered entrance that can be rolled up and secured
• Rear vent for improved airflow to reduce condensation