30L Patchless Robic Dragonfly

The ULA Robic 30L Dragonfly is a pack that will take you flying through your travels! Designed with a quick weekend getaway in mind, this front-loading bag is quick to pack, meaning you’ll be out the door as fast as a Dragonfly.

Being a travel-focused bag doesn’t just require ease in flight; we also designed it to be versatile enough to take hiking or tromping around the city. I recently carried mine to the summit of Mt Kilimanjaro and then 10 ten days of jungle trekking.

The Robic 30L Dragonfly is a full-featured pack with several organizational pockets for you to stay sane in this hectic world. A quick-access pocket on the top is great for those things you want safe and accessible. Two large mesh pockets on the side can acquire 64 oz bottles with ease. And the front panel has an split-internal (2 compartments) and external mesh pocket for more organization. The 15 inch laptop sleeve can also be used for a hydration bladder.

Signature s-strap shoulder straps and a sternum strap provide all-day comfort. Need more support? We've tucked 1" low-profile fixed attachment loops behind the lower bottom shoulder strap anchor points to allow for the attachment of our removable Dragonfly + Packrat Hipbelt. (Please note, the Dragonfly + Packrat Hipbelt is only compatible with newer Dragonfly models that feature the 1" low-profile attachment loops. To see if your pack is compatible, check for these loops behind the bottom shoulder-strap anchor points.) A NEW! padded haul loop provides a comfortable grip even when you reach max loads. Standard YKK zippers throughout. The Robic 30L Patchless Dragonfly has no ULA logo patch.

Over packed? Two internal compression straps will cinch your load down so you can get all your gear in hassle-free. Still need more room? Put it on the front bungee on the outside. Whatever the destination, the Dragonfly is ready to roam with you!

MEDICAL WARNING: Magnetic Sternum Straps feature magnets - please seek physician approval for use with pacemakers, ICDs, insulin pumps, stents, or other implanted electro-medical devices.