The North Face Antora Rain Pants vs Zpacks Vertice Rain Pants

Waterproofing is critical for rain pants, as it determines whether you stay dry during prolonged downpours or wet brush. The North Face Antora uses seam-sealed, 2L DryVent fabric with a non-PFC DWR finish, delivering reliable, consistent protection that hikers trust in heavy rain. Zpacks Vertice features a 3-layer hydro-wall fabric that also keeps users dry, with many reporting they never got wet—even in sustained rain—but a few noted the material can appear less robust at first glance. While Antora has a slight edge in technical waterproofing ratings, Vertice’s real-world performance is nearly as strong, making both excellent choices; however, Antora’s proven construction gives it a marginal advantage in extreme conditions.

Breathability prevents clamminess during strenuous hikes, especially when you’re sweating under a rain shell. The North Face Antora offers average breathability through a mesh lining and DRYVENT™ shell, but some hikers report feeling damp during intense climbs. In contrast, Zpacks Vertice is consistently praised for letting moisture escape, with users noting they don’t sweat as much, even on long ascents, thanks to its lightweight, ventilated design and open side zippers. The difference is clear: Vertice actively manages internal climate better, reducing that sticky, overheated feeling that plagues many rain pants. For hikers who prioritize staying cool and dry, Vertice is the clear winner.

Durability ensures your rain pants survive abrasion from rocks, brush, and repeated use over many miles. The North Face Antora is constructed with 70-denier nylon and welded seams, earning high marks for resisting tears and abrasion on rugged terrain. Zpacks Vertice, while well-stitched and surprisingly resilient for its weight, is made from ultra-light fabric that some users report developing holes after contact with sharp branches or even rodent teeth. Though many praise its stitching and overall build, the material’s thinness makes it less suited for off-trail or bushwhacking adventures. If you hike on rough, rocky, or overgrown trails, Antora’s rugged construction is the safer, longer-lasting choice.

Comfort affects how enjoyable your hike feels, especially over long distances. Both pants deliver excellent comfort: The North Face Antora features articulated knees, a relaxed fit, and a midrise design that allows freedom of movement without restriction. Zpacks Vertice goes further, with users describing it as 'super super comfortable,' noting its soft jersey lining, loose fit, and lack of the typical crinkly, stiff feel of rain gear. Many say it doesn’t feel like they’re wearing rain pants at all, and the wide legs make layering easy. While both are highly rated, Vertice’s superior feel against the skin and all-day wearability give it a subtle edge for those who prioritize comfort above all.

Packability matters when every ounce and cubic inch counts in your backpack. The North Face Antora packs down reasonably well but still takes up noticeable space and weighs more than ultralight options. Zpacks Vertice, at just 2.5 ounces, folds into an impossibly small bundle—so small, many users say it needs no stuff sack—and is consistently called one of the most packable rain pants available. For thru-hikers, bikepackers, or anyone minimizing gear weight, Vertice’s ability to vanish into a pocket is a game-changer. Antora is practical, but Vertice redefines what ‘packable’ means.

Ease of use determines how quickly and conveniently you can put on or take off your rain pants when weather changes. The North Face Antora has a secure waistband, velcro cuffs, and boot zippers that make it straightforward to wear over boots. Zpacks Vertice elevates this with full side zips, allowing you to slip them on and off over shoes without removing boots or socks—a huge advantage in sudden rain or when using trail runners. Users also praise the adjustable shock-cord waist and wide legs for quick changes, even in cold or wet conditions. While Antora is functional, Vertice’s design makes it significantly faster and more intuitive to use, especially when you need to react quickly to changing weather.