Abrasion and Durability of Composite and Urethane Horseshoes

In most cases, horseshoes are replaced within a regular shoeing cycle of approximately 6 to 8 weeks.
Depending on usage, Terrain , and the individual hoof condition, a horseshoe may last slightly longer or, in some cases, be reused. However, it is not possible to give a fixed answer in terms of exact durability in weeks, as this depends heavily on the individual horse and its workload.
For our horseshoes, many users also report use beyond a second shoeing cycle. For example, one customer review of a pony horseshoe describes a total service life of three shoeing cycles of 8 weeks each—around 24 weeks in total—with the same horseshoe. Such experiences should always be considered on a case-by-case basis.

The durability of a horseshoe depends, of course, on the horseshoe itself—particularly the material used and its design. With our horseshoes, for example, the material hardness (Standard/Extra) can make a difference depending on temperature and intended use. However, durability is not determined by the horseshoe alone. It is influenced by a range of factors, including:

• Surface: Hard ground such as asphalt or gravel increases wear and can reduce the lifespan of horseshoes.
• Training intensity: Sport horses and in particular endurance horses typically wear down horseshoes faster than horses that are ridden only occasionally.
• Hoof condition: Hoof quality and balance play an important role. Imbalances can lead to uneven wear.
• The horse and its behavior: Activity levels in the stable or herd—such as constant movement or box walking—can also affect durability.
• And many other factors…

Yes, within our product range we offer a particularly robust option with the Heavy Duty Series (HDS). The urethane coating of HDS horseshoes is approximately 5 mm thicker on the ground surface compared to standard models. This makes them especially suitable for higher loads and more demanding applications.

Yes, within our product range we offer a solution specifically designed for this issue: the Arizona model. It features an integrated steel edge in the toe area, which helps protect the urethane material in this area from premature chipping or tearing. In terms of overall wear, the Arizona is comparable to our other profiled horseshoes. If you are generally satisfied with the durability of your horseshoes but are experiencing issues specifically in the toe area, the Arizona may be a suitable solution. Please also refer to the additional notes on the Arizona’s steel edge provided above this FAQ section.

Yes, with composite horseshoes and pure urethane horseshoes, temperature can influence wear behavior. High ambient and ground temperatures—such as in summer on asphalt or very dry terrain—can cause urethane material to wear faster. For example, asphalt can heat up to 50–70°C (122–158°F) or more in summer conditions, even when air temperatures are around 30°C (86°F), depending on the climate. For this reason, many of our horseshoes are available in two material hardness options: Standard for cooler to moderate temperatures, and Extra for high temperatures and more demanding summer conditions.

The answer is both yes and no. Heavier horses can lead to increased wear on horseshoes, as the forces acting on the shoe are generally higher compared to lighter horses. For example, it is often observed that horseshoes used on smaller ponies, such as Shetlands, tend to last longer, and customers frequently report multiple reuse cycles.

Based on the understanding that weight can play a role in durability, we developed our Heavy Duty Series (HDS). This product line is designed so that, as hoof size increases, the horseshoes become more robust to handle higher loads.

That said, the horse’s weight is only one of several factors influencing wear and durability. In practice, there is no simple black-and-white answer. In some cases, even heavier breeds such as draft horses may allow the same horseshoes to be used longer or even over multiple shoeing cycles, sometimes even more so than lighter breeds like Thoroughbreds, which often have higher levels of activity and may create more wear through movement or dragging.

In summary, weight can influence horseshoe durability, but it should always be considered alongside other factors.

Yes. On hard or abrasive surfaces such as asphalt or gravel, higher friction and pressure forces act on the horseshoe compared to softer ground. Regular riding on these hard, abrasive surfaces can accelerate wear and reduce the lifespan of horseshoes—regardless of the material.

This cannot be answered in general terms. Visually, pure urethane and composite horseshoes often show signs of wear more clearly than traditional steel shoes. As a result, they may appear to wear out faster at first glance.
However, practical experience often shows that their durability can be comparable to that of traditional steel horseshoes once the horse has adapted to the new type of hoof protection. It is also worth noting that during the initial transition from steel shoes to horseshoes with a urethane coating, increased wear may occur during the first shoeing cycle.

With traditional steel horseshoes, wear often becomes visible through thinning branches or a heavily worn toe area. It becomes critical when the horseshoe becomes very thin, starts to deform, or no longer sits level on the hoof. In more advanced stages, sharp edges may also develop, increasing the risk of injury to the horse or other horses in a herd.

This question should primarily be answered based on the individual hoof condition and overall hoof health of the horse—not solely on the condition of the horseshoe. As a general guideline, a shoeing interval of around 6 to 8 weeks is recommended, regardless of whether the horseshoes are nailed or glued. In some situations, however, shorter intervals may be advisable.
If the horseshoes are still in good condition at the scheduled appointment, it can be assessed on site whether they can be reused for another shoeing cycle. However, the timing of the appointment should always be determined by the condition of the hoof. If the horseshoes are heavily worn or damaged, the appointment should be brought forward. Delaying a scheduled shoeing simply because the horseshoes still appear to be in good condition is generally not recommended.

Composite horseshoes often show wear more visibly than traditional steel shoes or pure urethane horseshoes, as the urethane coating may become rougher over time and tread patterns gradually wear down. With continued use, the integrated metal core may also become partially visible. However, this does not automatically mean a loss of function: the metal core continues to provide stability, while the urethane coating helps absorb impact. The key factors to check are whether sharp edges have developed and whether the nails still hold securely in the metal core.

Pure urethane horseshoes typically show wear through a gradual reduction in material thickness and flattening of the tread. Unlike composite horseshoes, no metal core becomes visible. Wear is a normal process. Replacement is recommended when the horseshoe has become noticeably thinner, the tread is worn down, or overall stability decreases.

If a horseshoe shows more wear on the inside or outside, this often indicates that the horse is not loading the hoof evenly during landing or breakover. Possible causes include hoof trimming, limb conformation, muscular imbalances, as well as training condition and ground surfaces. Uneven wear should therefore be monitored and, if necessary, assessed by a professional to identify potential imbalances at an early stage.

No. Even if the metal core becomes visible due to increased wear, the core functions of the horseshoe (hoof protection and shock absorption) are still maintained, and the horseshoe does not need to be replaced immediately. However, depending on its condition, the risk of injury—especially in herd environments—may increase.

If horseshoes remain on the hoof beyond the optimal shoeing interval for the individual horse, this can have a negative impact on hoof health over time. In addition, heavily worn horseshoes may develop sharp edges, increasing the risk of injury to the horse or other horses in a herd. If the horseshoe becomes loose or is lost, there is also a risk that the horse may step on nails or quarter clips. For this reason, it is important to choose a shoeing interval that suits both the material and the individual hoof condition. Regular hoof checks help ensure that action can be taken earlier if needed.

If a horse repeatedly loses horseshoes, there can be several possible causes. First, it is important to distinguish whether the horseshoes are nailed or glued.

With glue-on horseshoes, careful hoof preparation and the correct gluing or welding technique are essential. You can find more detailed information in our dedicated guide on glue-on horseshoes.

With nailed horseshoes, issues such as an improper fit, incorrect nail size, or poorly clinched nails can cause the horseshoe to loosen. The choice of model also plays a role: horseshoes with quarter clips can provide additional stability and help prevent the horseshoe from shifting. Proper hoof trimming and an appropriate shoeing interval are equally important, as unfavorable leverage can increase the risk of the horseshoe being pulled off.

In addition, the condition of the hoof wall has a significant impact on retention. Brittle, cracked, or very soft horn provides less hold for nails. Factors such as hoof growth, moisture, terrain, and workload also play a role. In many cases, it is the combination of horseshoe, hoof care, and hoof quality that determines how securely a horseshoe stays in place. As multiple factors are involved, a careful assessment of the individual situation is recommended.

Yes, a horseshoe can wear through over time. As it wears down, it becomes progressively thinner. It becomes critical when the wear reaches the nail heads. In the case of nailed horseshoes, we would consider a horseshoe to be 'worn through' once the nail heads have been worn down. At this point, there is an increased risk that the horse may lose the horseshoe.

Yes, switching to a different horseshoe model can be worthwhile—however, it is important to consider the overall situation. Start by reviewing the material hardness of the urethane and the current conditions: in high temperatures or when riding frequently on hard surfaces, switching from a Standard model to an Extra model may help reduce wear. For horseshoes with a deeper tread pattern, it may also be beneficial in some cases to choose a model without deeper tread. For higher loads or more demanding use, the Heavy Duty Series (HDS) can be a suitable option. We are happy to support you in selecting the right model based on your individual situation.