New Balance Fresh Foam X 860v14 women’s review and fit

The New Balance Fresh Foam X 860v14 women’s running shoes are designed for road training, with generous cushioning and a structure intended to provide stability. They combine a two-layer midsole with an intermediate support component, without relying on a visible rigid block at the side.

They are best suited to everyday runs and longer outings at a comfortable pace. The choice depends less on a gait label than on fit and the feel of the support: a runner with a neutral gait can also wear them if they feel comfortable, while someone looking for a lightweight race shoe may find more suitable options elsewhere.

What changes in the 860v14 midsole

The 14th version uses a two-layer Fresh Foam X midsole. The upper layer is softer and designed to cushion contact with the ground; the lower layer helps provide a more stable base. Between them sits the Stability Plane, an EVA component that helps control the shoe’s movement through the stride.

This design moves away from traditional support based on a firmer, localised section on the inner side. Here, stability is integrated into the midsole structure, combining cushioning with guidance through the stride. That does not mean it universally corrects a runner’s gait or replaces a clinical assessment.

The geometry also includes a curved profile known as a rocker, which helps the foot move from landing towards toe-off. It is particularly relevant to a continuous easy-running stride: it is not a carbon plate, nor does it make the 860v14 a dedicated racing shoe.

The foam contains approximately 3% bio-based content. That figure refers to the midsole, not the whole shoe, and on its own does not establish the product’s overall environmental impact.

Cushioning and drop: what the measurements show

In published laboratory tests, the measured stack height was 36.8 mm at the heel and 27.5 mm at the forefoot. Those figures indicate a substantial amount of material underfoot, although height alone determines neither softness nor stability.

The difference between the two was 9.3 mm, compared with the 8 mm drop listed for the women’s version. Drop is the difference in height between the heel and forefoot; the discrepancy may reflect the measuring method or the sample tested. The test details do not identify the size or confirm the version measured, so the figures should be treated as an indication of the model’s construction.

Midsole hardness measured 26.5 AC, below the 35.4 AC average for the shoes compared in those tests. That indicates the tested material was relatively soft under that method, although the overall feel also depends on the geometry and the layers making up the midsole.

Forefoot energy return reached 66.3%, compared with an average of 61.5%. The figure describes how much the material rebounds after compression in that test; it does not translate directly into improved performance or predict a runner’s pace.

Stability without mandatory correction

Pronation is the foot’s natural inward movement during contact with the ground. Some runners prefer a shoe that limits or guides part of that movement; others are comfortable in a neutral model. The 860v14 belongs to the first design category, with support integrated into the midsole.

A neutral gait does not rule out this model. The important point is whether the support accompanies the movement without causing uncomfortable pressure under the arch or along the inside of the foot. Nor is there a body weight at which this shoe automatically becomes necessary: comfort, fit and individual preference matter more than a single number.

For runners who use insoles, the combination deserves particular attention. A custom orthotic and a stability shoe can together change the available space and the type of support; the combination is best assessed with the professional who prescribed the orthotic, rather than removing or modifying the support independently.

The midsole heel width measured 93.6 mm in the laboratory, compared with an average of 91.1 mm. That relatively broad base may contribute to a supported feel on landing, but it is not a measurement of the space available for the foot inside the shoe.

Fit, sizing and upper comfort

The upper uses engineered mesh with perforations, conventional laces and padding around the ankle. Its role is to hold the foot without making the closure rigid. Ventilation will also depend on socks, temperature and training intensity.

A D-width women’s version is available and sold as a wide fit. Size and width are separate measurements: going up a size does not always resolve pressure at the sides and can leave too much room at the front or allow the heel to move.

When trying them on, it is useful to check that the toes can move and there is no persistent pressure at the sides. The heel should feel secure without overtightening the laces. If insoles or thick training socks are normally used, trying the shoes with them gives a more representative sense of the space inside.

Online shopping adds another variable: available widths vary by retailer and colour. Before paying, it is worth distinguishing the shoe size from the width and checking the exchange conditions, especially if this shoe family has not been worn before.

Weight and use: easy runs versus faster paces

A weight of 245.4 grams is listed for the women’s version. Laboratory tests recorded 295 grams, but the sample’s size and version were not specified. The figures are therefore not directly comparable: shoe weight changes with the size and configuration tested.

The construction prioritises support and cushioning for building mileage. It can work for a long run or a half marathon if the runner already trains comfortably in it, but there is little reason to choose it on distance alone: fit and intended use matter more than the number of kilometres in a race.

In the flexibility test, 14.6 N was required, compared with an average of 15.5 N. That points to slightly less resistance to bending than average in that particular test. It does not measure how easily an individual will run fast or replace the experience of wearing the shoe.

For short intervals or a race where reducing weight is the priority, a lighter shoe may be preferable. In return, the 860v14 offers a configuration intended for daily training: the choice is between stability and cushioning on one hand and a lighter construction on the other.

Outsole, grip and lifespan

The rubber outsole incorporates NDurance compound in areas exposed to wear. It is primarily designed for roads and urban surfaces; grooves in the base accommodate flex and the transition through the stride.

One laboratory abrasion test recorded a 1.2 mm loss, compared with an average of 1.1 mm. That is the result of a specific test, not an estimate of how many kilometres the pair will last: terrain, gait and frequency of use all affect actual wear.

Visible rubber does not tell the whole story of a shoe’s lifespan. Heavily worn areas, a change in shape or cushioning that feels noticeably different between the two feet are signs to assess its condition. There is no universal mileage at which the midsole stops working for every runner.

An older version that may still be a good fit

The 860v14 is an earlier edition in the range, so sizes, colours and widths may be limited depending on the retailer. Prices can vary considerably, and there is no single price that reliably describes every available option.

When considering a pair, it is worth checking that the listing is for the women’s version and that the selected width is the one required. A discount is only worthwhile if the size and fit are right; with a training shoe, those factors affect every run, not just the purchase.

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.

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