The Everyday boot sock is a staple for your sock drawer. We matched Canyon merino wool with Lane design for comfort beyond belief. Available in multiple heights to match booties, boots, and knee-highs.
Our most popular sock height. Crew socks rise to the mid point of your lower leg.
A fine grade fiber of wool that is temperature regulating, luxuriously soft, and comfortable. Naturally wrinkle resistant, breathable, and resists odor.
Merino wool transports sweat and moisture away from skin as a vapor keeping you dry and comfortable year round.
Comfort Toe Seam - Smooth, flat seam adds durability, does not rub, and reduces irritation
Temperature Regulating - Strategically placed vents and premium fibers allow your feet to breathe
Targeted Cushion Zones - All day comfort. No excess bulk. Reinforced seams and cushioned impact zones keep you moving
Arch Support -Light compression arch helps eliminate strain and fatigue while keeping socks in place all day long
Stay Up Cuff - Memory knit construction eliminates slouchy socks by providing lasting shape and support
Pairs Well With
Our crew socks are the preferred height to be worn with most boot types. We originally designed with western, chelsea, hiking, motorcycle, lace-up, and chukka boots in mind but customers often find themselves wearing them with everything they own.
Canyon x Lane
This collaboration represents our dedication to creating the finest women's sock available.
Lane is known as a leader in artisan hand-crafted boots for the women's western and fashion market. Engineered fit specific for the shape and height of women's footwear utilizing over a decade of learnings from Lane.
Why not more merino? Because merino is strong when dry, but weakend while wet. Truly high percentage merino socks are warm and fuzzy, but prone to failure in real world use.
The ultimate combination of high quality materials makes for an incredibly strong sock without sacrificing any of the temperature regulating quality or comfort of merino wool. Additional materials are woven strategically throughout high wear areas, to reinforce common failure points, and to add design.