When It Comes to Choosing the Right Footing for Your Everyday Riding Surface- Experts Agree: “You Can’t Always Get What You Want …But Sometimes, You’ll Get What You Need”
By Premier Equestrian
The objectives in designing a competition arena include:
- The surface needs to withstand a lot of horse traffic, all following the same pattern whereas at home riders follow different patterns and use the entire arena more evenly.
- Recover quickly and be rideable soon after horrendous weather whereas a day off the arena at home is inconvenient but not disastrous.
- A more compacted horse show footing can help eliminate ruts or inconsistencies to minimize injury risk and to allow all competitors an equal opportunity to perform at the top of their game.
- Compared with a home arena, a good high-performance competition surface will generally have more grip, firmness and a heavier compaction to maintain evenness between groomings. However, the higher grip and compaction increase concussion which adds to the wear and tear on your horse’s legs if you train on it every day.
The footing at horse shows must withstand a lot of traffic. For example, one facility may have 10 competition surfaces with an average of 50 horses per hour for eight to 10-hours a day. That’s 500 rounds per arena. “Competitive venues need a surface that will withstand that kind of traffic and can be maintained efficiently while providing fairness to every rider,” said Heidi Zorn, owner and co-founder of Premier Equestrian. “That’s why we created a specific formula for these horse show arenas, that differs from what we would use for a private facility.”
Riding on a surface with tighter grip and higher compaction is fine for a few days but is not ideal for everyday training. These characteristics are good for performance but if used repeatedly over the long term can cause repetitive strain injuries, such as inflammation and microscopic tears in the tendons and ligaments. Remember, a show facility’s priority is consistency and fairness, but your focus as a rider or trainer should be how the surface affects biomechanics.
The Home Footing You Need
Veterinarians report that critical injuries happen more often at horse shows or events, where the horse may be physically challenged, rather than at home. Naturally there are several factors that might contribute to this statistic, but compacted footing cannot be discarded as part of the challenge.
“Get the best footing you can at home,” said Hilary Clayton, DVM., a researcher, rider and well-respected biomechanics expert, “Ideally you should have a couple of good, but different surfaces to work on at home.” “Horses adapt to the characteristics of the surface and will move differently according to the surface type”, Clayton explained. “An obvious example is a horse that is slightly arthritic or footsore will shorten his stride to reduce concussive forces on a harder surface.
Of course, horses perform better when they are accustomed to the surface they’ll be showing on but this doesn’t mean they need to train on it all the time; once a week or a few occasions prior to a show is sufficient”. With that said, most riders spend 90 percent of their riding time at home, so it is critical to get the footing right. By building a training surface with biomechanics in mind, the horse will be better equipped to handle a not-so-perfect surface for one or two days.
Olympic dressage rider Adrienne Lyle knows how critical it is to have good footing. She can’t risk an injury when bringing along her young horses or her seasoned show partners. “When you have good footing and a good base you can choose the consistency,” Lyle said. “You can make it firmer or softer through the way you maintain it. I ride daily on an optimum surface and then a few days before the show I will groom the arena to be a little more compact to prepare my horses for the tighter surface”.
The High Five
For daily training there are five surface characteristics that have been proven to contribute to long-term soundness, reduce stress and inflammation. The 5 surface characteristics you need to consider are:
- Firmness: The firmness, or hardness, of the surface affects the amount of support for the hoof and also the amount of concussion during the landing phase.
- Cushioning: Cushioning refers to how the arena layers dampen loading during the weight-bearing phase of a horse’s stride. Too much cushioning makes it difficult for the horse to generate propulsion.
- Cupping: A surface should cup into the sole of the horse’s hoof and collateral grooves of the frog to stimulate natural blood flow that occurs when the horse puts pressure on the hoof.
- Rebound: This refers to the resiliency of the surface to return to its original form, returning energy after the weight of the horse is applied. When rebound is appropriate it reduces the horse’s energy expenditure.
- Grip: The tightness of the surface affects grip. Moderate grip aids in absorbing shock during the landing phase and provides support and traction during push off and on turns. Too much grip stops the hoof abruptly at landing and increases concussion.
Creating a riding surface that fulfills the five characteristics mentioned above depends on several factors. The most critical factor is sourcing the correct sand. Not every kind of sand is suitable for all riding arenas. Sand that is well suited for a highly-maintained indoor riding arena might be completely unsuitable for an all-weather, low-maintenance outdoor riding arena. “Choosing the wrong sand for riding arenas can create problems and be very expensive over time,” states Zorn.
“The base has to be good,” Clayton affirmed. Good footing cannot compensate for deficiencies in the base. The type of sand is somewhat dependent on what’s available locally since it’s very expensive to ship large amounts of sand. The next challenge is to choose an appropriate footing additive for the sand. Together the sand and additive will impact the amount of time it takes to install and regularly maintain the footing. You’ll also need to know your watering capacity and how you’ll be using the arena after installation. Facilities that use their riding areas for lunging or turnout will likely need different surface formulations.
Weather is also a factor. Some footing is fine when it’s dry but if there’s a heavy rain it can become slippery and unsafe. One benefit to using synthetic additives is their ability to stay more consistent and stable in different weather conditions. “It can be stormy and rainy or hot and dry and our footing is still good and safe to ride on because it was designed well from the start,” Lyle said.
Designing a footing solution that meets all your criteria—maintenance program, available materials, budget and discipline—is a process. It can be tempting to rush through the planning stage but taking the time to evaluate your needs and match those priorities to an appropriate surface material will lead to greater satisfaction once the project is complete.
Partners in Engineering the Best Surface
“Reputable companies focus on engineering an arena surface that meets your needs and serves to protect the horses that will be ridden on it”, explains Heidi Zorn the co-founder of Premier Equestrian, one of the country’s’ top footing providers. “We can support the process of correct rehabilitation of an existing arena or guide a customer through the process of building a new arena surface”. We have a variety of solutions for all budgets. In the end the right surface for your arena might not only be different than what you thought you wanted, it may also be a lot better for your horse…and exactly what you need. ©2018 Premier Equestrian, Inc. All Rights Reserved.