Atollo Freediving Red - Without Bladder

Apneautic Atollo Freediving Bag

The Freediving Atollo Bag by Apneautic is designed for freedivers and spearfishers who need a reliable tool for training and in-water safety. Made from PVC-coated polyester fabric, the bag ensures high mechanical resistance and waterproofing, with high buoyancy suitable for use with variable ballast systems.

Technical features and materials

• PVC-coated polyester construction for good durability and waterproofing
• Optimized buoyancy to allow use with different ballast weights without compromising stability
• Load compartment designed for 10 and 12 mm diameter lines, with capacity up to 100 m of rope (varies depending on diameter)
• Double central closure of the load compartment with YKK plastic zippers and Velcro for easy access and long-term durability
• Two lower circular holes that allow internal water to drain and keep the trim stable in the water
• Lower strap and side handles in polyester (PES) for a secure, practical grip before the dive
• Side sleeve for telescopic mounting of the dive flag
• Heavy-duty stainless steel D-ring for securing the rope

Dimensions, volume, and configurations

• Standard Version: 600 mm diameter, 200 mm height, 10-liter internal storage volume
• Large Version: 700 mm diameter, 230 mm height, 16-liter internal volume
• Total bag volume varies between 45 and 70 liters depending on the version
• Version supplied without inner tube, suitable for those who prefer custom configurations

Use and practicality

The bag stands out for its ease of use in freediving and spearfishing environments. The side straps allow the freediver to handle the bag comfortably, while the smaller ones are used to attach the snorkel, keeping it always within easy reach. The flag sleeve makes it easier to signal your position during open-water or coastal dives.

The double-closure design ensures quick and secure access to the rope, while the lower holes improve stability in the water by preventing water from accumulating inside, optimizing trim during descent and ascent.