Salomon XA PRO 3D V9 GORE-TEX: trail shoe review

The Salomon XA PRO 3D V9 GORE-TEX is a trail shoe for runners and walkers who value stability, foot protection and a waterproof membrane on uneven ground. In return, its robust construction and weight put it some way from the lightweight models designed for fast racing.

The 3D Advanced Chassis, reinforced toe and All Terrain Contagrip outsole define a shoe particularly suited to mixed and rocky trails. Its lugs are not especially deep, and the membrane comes at the expense of ventilation: two important considerations for deep mud or hot-weather outings.

A mountain shoe that puts support first

The XA PRO 3D V9 GORE-TEX belongs to a footwear family designed to keep the foot secure and protected on uneven paths. Its design works for recreational trail running and fast hiking alike, especially on routes combining tracks, rocks and compacted dirt.

At the heart of its construction is the 3D Advanced Chassis, positioned between the midsole and outsole. It gives the shoe structure and helps control foot movement on uneven surfaces. That does not make the shoe a solution for every gait pattern or eliminate the risk of ankle sprains.

In a laboratory test, torsional rigidity scored 5 points, compared with an average of 3.7 across the shoes measured. This indicates how strongly the shoe resists twisting and helps explain its structured character, although it cannot establish on its own whether the fit will be comfortable for every runner.

Cushioning, drop and weight

The EnergyCell+ midsole combines cushioning with a support-oriented structure. This is not a shoe built primarily around a highly springy foam: laboratory testing recorded 48.2% forefoot energy return, compared with an average of 59.8%. That is useful context for runners looking for a particularly lively push-off.

Salomon states an 11 mm drop, the difference in height between heel and forefoot. Laboratory measurements found 33.5 mm under the heel and 20 mm under the forefoot, producing a 13.5 mm drop. Laboratory and manufacturer figures can differ because of measurement methods; both point to a pronounced height difference.

Weight also shapes how the shoe is used. Salomon lists approximately 13 ounces for the men’s version and 11 ounces for the women’s version, approximately 359 grams for the laboratory-tested shoe. The shoe measured in the laboratory weighed 359 grams; the weight of a pair can vary with size and version.

For easy runs or long hikes, that weight may be acceptable when protection is the priority. During pace changes, prolonged climbs or races where every gram matters, a lighter shoe may be a better choice. Stability and weight are different considerations: a runner weighing 75 kg or 90 kg does not need this model solely because of body weight.

Contagrip outsole: where it works and where it falls short

The All Terrain Contagrip rubber outsole is designed for a variety of hard and loose surfaces. On a route combining compacted tracks, gravel and rocky sections, it offers a versatile option without the aggressive tread of a shoe made specifically for soft ground.

Salomon lists 3.5 mm lugs; laboratory testing measured 2.8 mm. The difference matters when considering a purchase: the tread can work well on mixed terrain, but longer, more widely spaced lugs generally find better purchase and shed mud more easily in deep mud.

On wet rock, grip also depends on the type of stone, the gradient and any dirt or vegetation on the surface. The outsole is designed for varied conditions, but no rubber compound provides grip everywhere. On tricky descents, foot placement remains important.

The shoe’s structure also affects how it bends. Laboratory testing required 20.6 N to flex it, compared with an average of 14.9 N. That greater resistance may suit runners who want a consistent platform, although those who prefer their foot to move freely may find a more flexible model feels more natural.

GORE-TEX: water protection and its limits

The waterproof membrane helps keep out water that contacts the upper, an advantage on wet trails, damp grass or in rain. Water can still enter through the ankle opening, for example when crossing a stream that is too deep or when rain runs down the leg.

The trade-off is ventilation. In a laboratory test, the shoe scored 1 point for breathability, compared with an average of 3.3 across the shoes measured. In warm conditions, such as a summer run inland in Spain’s Valencian Community, a non-membrane version may be more suitable for someone who prioritises releasing heat and moisture.

The decision depends on the routes a runner uses regularly, not just the chance of encountering a puddle. On cold, wet paths, protection may be worthwhile; on dry, hot outings, reduced ventilation deserves consideration. If water enters through the top, the membrane does not make the inside dry immediately either.

Fit, laces and toe protection

The Sensifit system is designed to hold the midfoot, while Quicklace tightens the laces in a single pull. Excess lace can be tucked into the tongue pocket, a practical way to stop it hanging loose among branches or rocks.

The shoe has a reinforced toe cap that helps protect the toes from impacts with trail obstacles. That protection is no substitute for a proper fit: on a descent, the foot needs to stay secure without the toes striking the front or excessive pressure developing at the sides.

In laboratory testing, width at the front measured 75.7 mm, compared with an average of 79.5 mm using the method applied in that test. The figure does not represent every foot or shoe size, but it makes toe room worth checking. Trying the shoes with usual running socks and walking on a slope can reveal rubbing or slipping before committing to a long outing.

Which runners and distances does it suit?

This model suits someone looking for a stable trail shoe for easy-paced training and changing terrain, or someone who alternates running and walking in the mountains. The toe protection and chassis are particularly useful on paths with plenty of rocks and uneven ground.

There is no universal maximum distance or weekly mileage that automatically makes it suitable. For a long outing, fit, adaptation to the shoe and terrain matter more than an isolated figure. If the priority is a fast race on easy tracks, its structure and weight may offer less than a lighter shoe.

The platform may appeal both to neutral runners and to those who prefer a supportive feel, but it does not replace an individual assessment when persistent pain or a specific need for foot control is involved. In that case, a healthcare professional should assess the problem and appropriate footwear.

Choosing between waterproofing and versatility

The membrane version makes most sense when water is a regular feature of outings. As a runner’s only mountain shoe, it can cover easy runs and hikes on damp paths; in a larger rotation, it can be reserved for cold, rainy days while a more ventilated pair takes care of summer.

Before buying, it is worth checking the size, version and exchange terms, particularly if it has not been possible to try the fit. With use, worn lugs, visible deformation or a loss of comfort can help indicate when replacement is due: no single mileage figure describes the lifespan of every pair.

How we put this review together: we have not tested these shoes. We wrote it by reading published lab tests, brand information and runners’ opinions.

Este artículo contiene enlaces de afiliado: si compras a través de ellos, se genera una pequeña comisión sin coste adicional para ti. Más información.