How to Stabilise Shelter Entrances and Hay Feeders Without Excavation
Autumn lingers, winter rains set in, and the story is the same across almost every equestrian facility: the area around the hay feeder turns into a swamp, the shelter entrance acts like a suction cup on your wellies, and feeding hay becomes a daily endurance test. Beyond the physical strain, it is your horses' hooves that suffer (mud fever, thrush, recurring abscesses).
Do you need to launch a massive construction project, hire an excavator, and bring in tons of crushed stone? Not necessarily. When dealing with specific high-traffic areas, an alternative, rapid, and single-person method exists: laying high-strength ground stabilisation tiles without heavy excavation.
In this guide, the TÉKIDÉ field team explains how to secure your shelter entrances and hay feeding zones for good, without turned-up pastures or endless works.
⏱️ The Essentials in 30 Seconds
The Problem: High-traffic areas (around hay feeders, shelter entrances) quickly turn into mud baths. Mud causes limb fatigue, damages hooves, and wastes expensive forage.
The TÉKIDÉ Solution: The
ÉKI Shet stabilisation tile What You Gain: A dry, free-draining, removable surface usable all year round. You protect your horses' health (preventing mud fever and thrush) while saving valuable daily chore time.
- Why do high-traffic areas (shelters, feeders) churn up first?
- The ÉKI Shet solution: why is this format ideal without excavation?
- Step-by-step installation: stabilising a targeted area in 3 steps
- The dual-surface advantage: which side up should you choose?
- Comparison table: ÉKI Shet vs concrete vs raw gravel/sand
- Frequently Asked Questions (FAQ)
1. Why do high-traffic areas (shelters, feeders) churn up first?
In a paddock or field, ground degradation is never uniform. When designing or
Financial waste: Hay dropping from the feeder directly into the mud gets trampled and wasted.
Health risks: Constant moisture softens the sole, weakens the white line, and encourages anaerobic bacteria.
Chore exhaustion: Pushing a wheelbarrow loaded with 80 kg of manure through 20 cm of liquid mud is a sure-fire way to burn out by mid-winter.
Good to know
Our range of equestrian ground stabilisation tiles does not simply "cover up" mud. They act as a load distributor. By spreading the horse's weight over a wider, rigid surface, they prevent mechanical sinking into the sublayer while maintaining soil permeability underneath.
2. The ÉKI Shet solution: why is this format ideal without excavation?
If you want to treat a targeted area without renting a mini-digger, choosing the right tile model is crucial. Heavy industrial pavers or large civil engineering grids are difficult to handle alone and require an impeccably flat base, otherwise they risk tilting or snapping under point loads.
This is precisely why we developed the
Optimal handling: Featuring a compact format (740 x 370 x 46 mm) and a manageable weight (≃ 8.5 kg), it can be carried and laid effortlessly by one person.
Exceptional structural rigidity: Its high-density composite matrix tolerates slight surface irregularities on natural ground.
Anti-dislodgement interlocking system: The tiles lock firmly together, preventing edges from popping up under heavy hoof strikes or sudden turns.
Sustainable eco-design: Derived from the circular economy, the ÉKI Shet range is manufactured in France from 100% recycled and recyclable materials.
3. Step-by-step installation: stabilising a targeted area in 3 steps
To successfully install your tiles on natural ground without heavy earthworks, follow the hybrid method recommended by our field team. For a comprehensive overview of ground preparation, consult our guide on
Step 1: Surface clearing and levelling
Scrape away the soft, liquid top layer of mud using a hand shovel or scraper to reach a firmer base. The goal is not to dig a 30 cm trench, but to remove surface slush and flatten prominent humps.
Step 2: Geotextile separation and sub-base layer
Lay a heavy-duty geotextile membrane directly over the cleared ground. This membrane is essential: it prevents fine soil particles from pumping upwards while letting rainwater filter through freely. Spread a 3 to 5 cm levelling layer of crushed stone or angular aggregate (0/20 or 0/31.5 grade) on top to create a flat bedding plane.
Step 3: Interlocking and infill
Interlock the ÉKI Shet tiles starting from one corner. Be sure to leave appropriate expansion joints (3 mm between tiles, 1 cm along fixed structures like timber shelter walls). Fill the cells with non-abrasive arena sand or fine gravel to lock the structure together and provide secure footing.
⚠️ Please note: Installation depends on your soil type, intended usage, and your horses' profile. For detailed information on the different installation methods, please consult our
cutting tip
TÉKIDÉ tiles can be easily cut using a circular saw or jigsaw. This allows you to fit them neatly around shelter posts, water troughs, or feeder legs.
4. The dual-surface advantage: which side up should you choose?
The ÉKI Shet stabilisation grid features a unique reversible design. The orientation depends directly on how the area is used and whether your horses are shod or barefoot:
5. Comparison table: ÉKI Shet vs concrete vs raw gravel/sand
To tackle mud effectively and secure a durable solution against muddy ground in your stables, here is how the three most common methods compare:
💡 The raw sand trap
Adding sand or gravel directly onto mud every autumn without a mechanical separation layer creates an abrasive slurry that damages soles and hooves. Without grids to contain it, aggregate is inevitably swallowed by the soil, forcing you to buy tons of replacement material every single year.
6. Frequently Asked Questions (FAQ)
In urgent winter situations, yes. The high structural rigidity of the ÉKI Shet tile allows for emergency installation on degraded ground. However, you must scrape off the fluid top layer of slurry, lay a geotextile membrane, and then interlock the tiles. While spring installation on dry, prepared ground remains ideal, this emergency method provides immediate relief to keep your horses dry for the rest of the wet season.
Yes, provided the tiles are laid cellular side facing up and the cells are completely filled with aggregate (non-abrasive sand or fine gravel). It is this mineral infill layer that absorbs the direct impact of shoes or studs, protecting the composite matrix underneath.
For a cellular-up installation, allow approximately 1 m³ of sand per 25 to 30 m² of ÉKI Shet tiles. We recommend a 0/2 mm or 0/4 mm clean silica sand.
Daily maintenance is straightforward. Wasted hay and manure can be lifted easily with a pitchfork or rubber scraper without scooping up mud or dirt. You can also use a yard broom, leaf blower, or an occasional wash with a pressure washer.
Ready to say goodbye to mud in your equestrian facilities?
Discover our ground stabilisation solutions and give your horses a clean, safe, and stable footing all year round.
The TÉKIDÉ Field Team — Sustainable Equestrian Planning & Advice
