Why Horse Owners Are Turning to Adhesive Footwear

Nailed-on steel shoes have protected working horses for centuries, yet the method is not without drawbacks. Every nail penetrates the hoof wall, and repeated shoeing cycles can create cracks, white-line separation, and bruising. Horses recuperating from laminitis, wall resections, or thin, shelly feet often cannot tolerate additional trauma. Glue-on shoes eliminate the nail entirely. An adhesive layer—usually polyurethane or methyl-methacrylate—bonds the shoe to the outer hoof, distributing weight without piercing sensitive structures.

Because the shoe is secured around, not within, the hoof capsule, the wall is free to grow out undamaged. Farriers who regularly work with therapeutic cases report faster regrowth rates and a lower incidence of abscesses once horses transition to adhesive options.

How Glue-On Technology Works

All glue-on systems follow the same principle: create a chemically clean surface, apply a quick-curing adhesive, and maintain even pressure until the bond sets. From there, each brand takes a slightly different engineering path:

• Shell or cuff shoes—such as GluShu—wrap a flexible urethane collar around an aluminum core, supporting the entire hoof capsule.
• Tabbed composite shoes—exemplified by the RALLY—use soft plastic wings that are glued only to the wall, allowing the sole and frog to function naturally.

The adhesives themselves matter. Acrylate blends set in 30–60 seconds and offer tremendous rigidity, ideal for athletic horses needing maximum lateral stability. Polyurethane glues cure more slowly but remain slightly elastic, making them better for chronic conditions like laminitis where vibration damping is critical.

Key Products Leading the Market

GluShu, produced by Glue-U Shufit, is perhaps the best-known brand in North America and Europe. The aluminum core is as light as a conventional race-plate but protected by a soft, shock-absorbing cuff. Field demonstrations published by Glue-U show pressure reductions of up to 40 % at the toe when compared with a traditional fullered shoe. More importantly, the design does not require special torches or vacuums; a farrier trims, lightly raspes, applies adhesive, and holds the shoe in place for roughly one minute. Additional heel wedges or pour-in pads can be inserted for horses that need a therapeutic angle change. Detailed specifications and sizing charts are available on the manufacturer’s site: Glue-U GluShu product page.

The RALLY glue-on horseshoe approaches the hoof differently: hard composite on the ground-facing surface for wear resistance, surrounded by a softer rim that follows the hoof’s expansion in every stride. Riders covering rock, asphalt, and arena footing in the same week appreciate the enlarged tread that improves traction without adding weight. Two adhesive options—acrylate for rapid set and polyurethane for extra flexibility—let a farrier fine-tune the shoe to a horse’s workload.

Both products are vetted in professional settings. Event riders campaign four-star mounts in RALLY shoes because they will not loosen on cross-country water complexes, while GluShu is a staple in European veterinary clinics for post-operative support.

Step-by-Step Application: Lessons from the Barn Aisle

Despite brand differences, the practical workflow is consistent. The guide below synthesizes recommendations from the Farm House Tack tutorial (“The 101 on Glue-On Shoes”) and everyday observations from traveling farriers.

1. Preparation: The hoof is trimmed level, then scrubbed with wire brush and acetone until no dirt or grease remains. Many practitioners finish with a handheld heat gun to ensure the wall is bone-dry.

2. Dry fit: Before any adhesive leaves the cartridge, the shoe is positioned to confirm toe length, heel support, and break-over point. Adjustments are made with a standard rasp or, for aluminum, a side grinder.

3. Adhesive application: Using a dual-cartridge gun and mixing tip, acrylate or polyurethane glue is expressed onto both the shoe’s inner cuff and the hoof wall. Even coverage prevents hollow spots that could trap moisture.

4. Setting time: Acrylates bond in under a minute; polyurethanes may require three. During this window, constant hand pressure or light elastic wrap keeps shoe and hoof aligned.

5. Finish: Excess glue is trimmed away with a hoof knife. A quick trot-up confirms level landing and symmetrical flight.

The video above offers a visual walkthrough, reinforcing each preparation and curing stage.

Therapeutic and Performance Benefits Backed by Field Data

• Laminitis rehabilitation: When coffin bone rotation forces the sole toward the ground, traditional nails can worsen mechanical trauma. In a 2022 case series collected by a Virginia sport-horse clinic, six laminitic horses transitioned from soft boots to GluShu plates with frog-support pour-ins. All returned to light turnout within 30 days, and four resumed under-saddle work by the eight-week mark.

• Thin walls and brittle hooves: Dry climates and frequent wet–dry cycles alike strip moisture from the horn. Composite shoes glued to the exterior act like a protective shell, halting further chipping while new wall grows in. A hunter-jumper barn in Southern California documented 1–2 mm of healthy, un-cracked wall growth per week once the nails were eliminated.

• High-performance traction: According to test results released by Hoofstar, the RALLY’s tread increased coefficient of friction by up to 15 % on wet grass compared with a plain steel concave. Eventers value this grip without the concussion that comes from studs in hard ground.

Potential Challenges and How Experienced Farriers Solve Them

Cost is the most cited hurdle. A full set of composite glue-ons can run 1.5–2 times the price of steel. Yet when factoring in fewer lost shoes, lower veterinary bills from abscesses, and extended shoeing cycles (some horses comfortably wear a pair for eight weeks), overall spend evens out.

Application errors are another risk. Insufficient surface prep is responsible for the majority of shoe failures reported on online farrier forums. To mitigate:

• Schedule shoeing on dry days or work indoors.
• Replace mixing tips between feet to maintain proper catalyst ratios.
• Keep a battery-powered heat gun in the truck to flash-dry walls during humid weather.

Finally, removal must be controlled. Composite urethane cuffs are best peeled away with a thin-blade pull-off tool, guiding the adhesive to release before wall fibers tear.

Real-Life Stories from the Aisle

When an 18-year-old barrel mare named “Gypsy” split her front hoof at the quarter, the attending farrier opted for a RALLY shoe rather than the mare’s usual keg shoe. The flexible sidewalls pulled the crack together, and the tread still provided grip in deep ground. Gypsy ran her next jackpot six weeks later, clocking a time only 0.2 seconds off her personal best.

A Canadian dressage rider shares a contrasting experience: her warmblood gelding developed wall flares that routinely ripped nailed shoes loose. After four cycles in GluShu shoes with polyurethane glue, the flares disappeared and the horse’s working-piaffe improved thanks to pain-free engagement.

Calculating Return on Investment

A quick financial snapshot illustrates where the higher upfront price can pay back:

• Traditional reset lost twice in eight weeks: two emergency calls at $120 each = $240.
• Glue-on pair that stayed put for the full cycle: $180 initial cost, $0 emergency fees.

Add in potential vet savings from abscess treatments—which can exceed $300 per incident—and the economics become increasingly favorable, particularly for horses prone to throwing shoes.

Is an Adhesive Shoe Right for Your Horse?

Glue-ons are not limited to therapeutic scenarios. Performance animals seeking lighter weight, endurance horses covering rugged terrain, and even pasture companions with chronic wall issues all benefit. However, success hinges on finding a farrier comfortable with the technique and ready to invest the extra preparation minutes. As the in-depth overview by Double D Trailers points out (“An Alternative for Horses with Damaged Hooves”), adhesive shoes are a tool—like any other—and their effectiveness depends on proper use.

Final Thoughts

From the laminitis recovery stall to the upper levels of eventing, glue on shoes for horses offer a forward-thinking blend of science and horsemanship. By eliminating nails, these systems protect compromised walls, allow natural expansion, and deliver customizable support. Products such as GluShu and RALLY demonstrate how lightweight materials and smart adhesives can keep horses sounder, longer. Partner with a farrier versed in adhesive application, follow manufacturer protocols, and monitor hoof health every step of the way. The result is a hoof that grows stronger instead of simply coping—and a horse that moves with renewed confidence.