AEGISMAX
AEGISMAX 15D Ultralight Compression Bag
AEGISMAX 15D Ultralight Compression Bag
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The AEGISMAX 15D Ultralight Compression Bag's main body is crafted from 15D nylon, a premium, ultra-thin, yet highly durable fabric known for its exceptional strength-to-weight ratio. This ensures the bag remains robust under pressure while adding minimal weight to your pack. The end caps are made from 70D nylon, providing reinforced protection at the most vulnerable points—where the compression straps attach and where the bag is most likely to experience wear during transit. This dual-layer construction enhances the bag's longevity and abrasion resistance.
Reinforced stitching at stress points and double-stitched seams are standard across the design, ensuring that the bag can withstand the repeated compression and expansion cycles typical during multi-day adventures. These construction details prevent seam failure, even under heavy loads or prolonged use, giving you peace of mind when you're miles from the nearest repair point.
A key feature is the polyurethane (PU) water-resistant coating applied to the inner and outer surfaces of the fabric. This treatment offers protection against moisture, helping to keep your sleeping bag dry in damp conditions, light rain, or when stored in a damp backpack. While not fully waterproof, the water-resistant layer significantly reduces the risk of condensation damage and helps preserve the loft and insulation performance of your sleeping bag over time.
The bag features three compression straps, allowing for even, controlled compression. This ensures your sleeping bag is packed tightly and uniformly, reducing overall volume by up to 60% compared to loose packing. The even distribution of compression pressure also helps prevent damage to delicate insulation layers, preserving the integrity of your sleeping bag’s thermal efficiency.
Available in a range of sizes, the AEGISMAX 15D Compression Bag is available to fit sleeping bags of various types, from ultralight summer down models to cold-weather synthetics.
