Friction reducing liners enable smooth foot entry and removal
This boot still maintains the lightweight frame youve come to know and love from Lems even though weve added a unique waterproof membrane, these puppies will still hit the scale at a featherlight 12.9oz.
We also took some time to rethink the overall construction of this boot, and reinforced everything; from a thicker gauge thread to an overall stronger outer construction. And yes, before you ask, theyre zero-drop. Ready to roll through a river, plow through an ice pack, or anything else on your agenda? Good, because so are our Waterproof Boulder Boots, which keep your feet shockingly clear from clammy conditions due to a breathable waterproof membrane that stops water from penetrating into the boot, while still allowing the heat from your feet to escape. This kind-of-a-big-deal boot also utilizes a pre-treated leather upper, that can be reapplied with waterproofing to help extend its water repellency.
The Waterproof Boulder Boot is the one shoe that does it all without ever missing a step. You can easily pack it, but youll also feel good wearing it everywhere, everyday. And just so you know this boot was designed with an incredible amount of detail and care, and we cant wait to see where you go in it.
Features
- Waterproofing: Yes
- Tongue Construction: gusseted
- Fit: Lems
- Upper: Full-grain oiled leather
- Lining: Full-grain leather moisture wicking
- Outsole: Injection Blown Rubber (IBR)
- Insole:
- Stack Height: 10.0mm
- Drop: 0.0mm ()
- Weight: 12.9oz (Men's 9)
- Care & Treatment: or or
For additional information please check out our !
Waterproof Boulder Boot Sizing
Some customers find that they need to order UP 1/2 size from their normal US size. This is a unisex shoe, so the width is the same for both men's and women's.
As with all Lems shoes, if you need more volume inside the shoe or increased ground contact, you can remove the insole. If you have any questions, feel free to contact our customer service team at .
Vapor phase cooling technology activates at body temperature thresholds.
