Butora Acro Narrow Fit Review

If you are looking for a downturned, aggressively shaped slipper, the Butora Acro could be the shoe for you. The fact that these kicks come in different widths makes it easier to get the exact right fit for your foot. If sized correctly, the Acro is a sleek and precise slipper, on par with our other top picks for steep terrain.

Performance Comparison

The fabric sleeve that pads the closure system of the Butora is baggy and can sometimes get bunched up if you're not careful.

Comfort

Once these shoes are on, the Acro feel like rubber gloves, with no air pockets or wasted space anywhere in shoes. For single pitch routes and bouldering, where you are most likely taking the shoes on and off throughout the day, the Acro is a great choice. We would probably leave them behind on multi-pitch endeavors and instead bring a shoe that is less aggressive. Our narrow-footed testers were happy to see an option that catered specifically to their foot shape, while those with wider feet were equally happy with the wider version of the Acro.

Sensitivity

These slippers shine regarding sensitivity, especially after a few days of wearing them in. Initially, we found them almost too downturned to work well as a precision tool, but over time the rubber softened, and the shoes became more sensitive and forgiving. The Acro has a rubber extension on the toe that assists in toe hooking but makes smearing more difficult.

Climbing on vertical terrain in the Acro can be difficult, especially when the downturn gets in the way of the wall on small holds.

Edging

The edging power of the Acro improved over time. The extra toe rubber wore in to be an excellent and precise edge, and the high-tension heel rand keeps pressure on the toe and weight off the arch of the foot. The Acro's 3D Injection-molded midsole provides support from the heel to the toe that helps you feel more secure on dime edges.

The toe box of a shoe tells a lot about how well the shoe may perform as an edging tool. The Mad Rock Lotus has a good amount of downturn, but also enough of a flat toe to make it decent at edging as well as a heavy hitter in the steeps. The other model pictured is the Butora Acro.

Cracks

Crack climbing is not the Acro's strong suit because of their aggressive downturn and almost hooked toe box. That said, there is not a model in this review with the amount of rubber on the toe box that the Acro wields. These shoes are almost entirely rubber on the front, which can provide extra friction and protection in cracks, but only if the shoes are sized appropriately. If they are sized to a performance fit, the Acro will probably be fairly uncomfortable in cracks.

Pockets

Steep pocket climbing is the Acro's place to shine. These slippers have a tight fit, an aggressive downturn, and an extension in their rubber toe that make them a steep climbing machine. The narrow version of the Acro makes for an exceptional pocket climbing shoe, as the toe tapers to a small point that can fit in tiny footholds. Their edging prowess also adds to their ability to work well on steep terrain. Our feet seemed like they would never cut on steep terrain in the Acro.

Once on, the Acro fit tightly, with so much rubber making up the upper that they hardly stretch at all.

Ease of Use

The Velcro closure of the Acro makes them easy to get on and off. The Acro's have a unique tongue that is made of stretchy, breathable fabric, which gives them a secure feel. This fabric got bunched up occasionally when sliding the shoes on. Fortunately, while this small detail detracts slightly from the overall ease of use of the Acro, it isn't a complete game-changer.

Here, our testers scope the curve of Acro from the toe to the heel.

Value

We felt like the Acro is aptly priced. They are a well-made, high-performance shoe that is designed for advanced climbing. The Acro is less expensive than many of the performance Sportiva models, and performs nearly as well, especially on steep terrain. For a specialty tool, the Acro is a reasonably priced option.

The Acro works well in tiny pockets found in the Volcanic Tablelands.

Conclusion