A covered riding arena promises training sessions protected from rain, but a poorly designed building can create a different set of problems: dust, overheating, water ingress, unsafe circulation, or a surface that is difficult to maintain. The project should begin with how the space will be used and the characteristics of the site, before anyone chooses a frame or a footing.
An arena is a covered working area; an outdoor ring is generally uncovered. That difference affects drainage, lighting, ventilation, and planning requirements. Advice that works for one does not automatically apply to the other.
1. Asking for a price before defining the training sessions
How many horses will work at the same time? Which disciplines will be practiced, and at what level? Will the facility need to host spectators, jumps, lunging, pony lessons, or maintenance equipment? These questions should be written down before any quote is requested.
The useful dimensions are not just the exterior measurements. You need to account for protective barriers, posts, and access points, because two proposals with the same footprint can still offer very different usable working space. The programme should also be reviewed by the instructors and professionals who will actually use the facility.
The IFCE guide on arena design is a useful technical starting point, especially for dimensions, gates, kick boards, footing, and ventilation. It does not replace a site-specific study.
2. Choosing the site simply because it is available
A spot that looks level at first glance may still receive runoff from a neighbouring slope. Conversely, a higher location may be very exposed to wind or expensive to connect to utilities. Topography, soil conditions, access, and water flow all need to be assessed together.
If possible, visit the site after heavy rain and photograph any damp or flooded areas. Trace the routes used by horses, vehicles, and visitors. A beautiful building becomes impractical if every hay delivery blocks the exit from lessons.
The advice from ECOECURIE can help refine the early planning stage. After that, compare the suggestions with a real diagnosis of the plot and with several detailed quotes.
3. Buying “good sand” without designing the whole footing
The working surface is only one part of the system. The foundation, stability, layer separation, water management, and maintenance all have to function together. Even a promising material can perform badly if it is laid on an unsuitable base.
Ask for precise material specifications, the planned thickness, installation conditions, and maintenance requirements. Avoid vague claims that a footing is “perfect for every discipline.” The expectations are not the same depending on how intensively the arena will be used or what kind of work will take place there.
Including maintenance in the estimate from the outset makes it possible to ask a simple question: with which equipment, at what frequency, and with how much time will the surface be kept in good condition? If the answer depends on a machine you do not own, that cost belongs in the project budget.
4. Forgetting about water because the arena is covered
Roof water must be collected and directed away from the working area. Depending on the design and materials, moisture in the footing also has to be managed to limit dust and preserve the surface’s properties. Being sheltered from rain does not mean watering can be ignored.
Request an assessment of water needs, the available supply, and any local constraints. Rainwater harvesting can be considered, but only with the right sizing and intended use. Check the applicable rules with the people handling the project; do not assume that a tank solves every restriction.
5. Treating light and ventilation as optional extras
A dark space with strong contrasts can make riding and instruction more difficult. Poorly placed openings may let in rain or uncomfortable glare. Ventilation must be designed together with the walls and roof, not added after condensation becomes a problem.
Visit comparable facilities that are already in use. Look at the arena from the rider’s point of view, not just from the entrance. Notice glare, shadows, and how air moves through the building. The visit is even more useful if the weather matches the conditions that concern you most.
6. Underestimating doors, protective features, and circulation
Access points must support the intended movements without creating hazards. Check angles, protruding elements, the separation of the public from the working area, and where equipment will be stored. Lighting and watering systems should remain out of reach of horses.
Maintenance also needs to be planned: access to equipment, cleaning, replacement of parts, and the possible entry of machinery. If equipment is hard to reach, it is usually maintained poorly. The horse’s daily welfare remains the priority, and the broader care of the animal should always frame the design of the working space.
7. Assuming permits will be a formality
Consult the local council and a planning professional before placing any order. The local planning scheme, land status, building footprint, dimensions, earthworks, and public access can all affect the procedure. A non-covered riding area is not automatically exempt from every requirement.
Ask for a written list of the permits and studies required for the project. For building rules and administrative procedures, rely on the official urban planning information, then follow the local response that applies to your site. Do not start work based only on a verbal assurance from the seller.
The file to send to contractors
- Plan and known constraints of the plot.
- Planned uses, numbers, usable dimensions, and desired access routes.
- Available studies and identified administrative steps.
- Requested services: earthworks, structure, footing, water, lighting, and protections.
- Maintenance, warranties, handover, and exclusions in the quote.
Finally, compare the full cost, not just the completed building. Connections, spoil removal, studies, and maintenance equipment can significantly change the gap between two offers. A successful project is one whose operation you understand before the first session begins.