# Shetland Pony Care: Feeding, Hoof, and Health Guide The Shetland pony is a small, hardy, ancient breed from the Shetland Isles off the north coast of Scotland, and it is one of the most metabolically fragile equids a US owner can keep. Adults typically stand well under 11 hands and weigh roughly 100 to 180 kg, so a Shetland is a fraction of the size of a riding horse in every practical sense. That small body size changes almost everything about care. Drug doses, dewormer volumes, feed weights, and the amount of grass a pony can safely eat all scale down, while the risk of laminitis and equine metabolic syndrome (EMS) scales up. Shetlands are widely recognized as a high-risk breed for insulin dysregulation and pasture-associated laminitis, and a study of Shetland and Welsh ponies in Australia found insulin dysregulation in 61% of the ponies tested [1]. This guide covers feeding, grazing restriction, hoof care, and the health problems that shorten or end a Shetland's life when they are missed. This article is educational and is not a substitute for veterinary diagnosis or treatment. ## At a Glance | Feature | Shetland Pony | |--|--| | Origin | Shetland Isles, Scotland | | Height | Small pony, well under 11 hands | | Weight | Approximately 100 to 180 kg | | Coat | Dense, double, weather-resistant | | Lifespan | Long-lived, frequently into the 20s and 30s | | Energy level | Low to moderate, easy keepers | | Grooming | Minimal, but thick winter coat needs attention | | Trainability | Willing, intelligent, strong for size | | Good with children | Yes, with supervision and size-appropriate handling | | Metabolic risk | High for EMS, insulin dysregulation, and laminitis | ## History and Purpose The Shetland pony developed on islands with harsh weather, poor forage, and limited shelter. Selection favored animals that could survive on sparse grazing, carry weight relative to their size, and tolerate cold and wind. That history produced a pony with an unusually efficient metabolism. The same thrift that let Shetlands survive island winters now works against them in a US pasture, where grass is abundant and calorie-dense for much of the year. Shetlands were used as pack and draft animals, and they remain popular as children's ponies, companion animals, and pasture mates. Their small size and calm temperament make them appealing to first-time owners, but the breed's metabolic profile means a Shetland is not a low-maintenance animal. It is a pony that requires active management of diet, weight, and grazing from the day it arrives. ## Appearance Shetlands are compact and heavily built for their height, with short legs, a deep body, and a thick mane and tail. The winter coat is dense and double-layered, which insulates well but also hides body condition. Owners frequently underestimate how fat a Shetland is because the coat smooths out the ribs and flanks. Body condition scoring by hand, not by eye, is essential. A cresty neck is a specific warning sign. In one study of Shetland and Welsh ponies, a cresty neck score of 3 out of 5 or higher was associated with higher insulin concentrations after an oral sugar test [1]. A hard, thickened crest is not cosmetic. It is a marker of metabolic disease. Shetlands come in most solid colors and in piebald and skewbald patterns. Coat color does not predict health, but body shape does. The breed's short, stocky conformation means a body condition index derived from morphometric measurements can be less reliable in Shetlands and miniature ponies than in other breeds, because their body shape differs from the reference population [2]. Condition scoring by an experienced hand remains the practical field method. ## Temperament and Handling Shetlands are intelligent, strong-willed, and physically powerful for their size. A 150 kg pony can pull an adult off balance, and a pony that has learned to plant its feet is difficult to move. Consistent, calm handling from the start prevents most problems. Shetlands respond well to routine and to clear boundaries. Their small size makes them suitable for children under supervision, but the pony still needs an adult handler for hoof care, veterinary procedures, and restraint. Do not treat a Shetland as a large dog. It is a prey animal with a strong flight response and a strong opinion about being asked to do things it would rather not do. ## Exercise and Training Needs Shetlands do not need the exercise volume of a riding horse, but they do need daily movement to support metabolic health. Native ponies are at increased risk of obesity and insulin dysregulation, and management practices that maintain healthy body condition and support metabolic health include regular monitoring of body condition, appropriate preserved forage, seasonal weight loss, and exercise [3]. Movement is one of the few interventions that helps a pony burn energy without restricting feed further. Turnout on a dry lot, hand walking, and free movement in a paddock all count. A pony that stands in a stall or a small pen all day with hay in front of it will gain weight and lose metabolic control. Exercise should be built into the daily routine, not treated as an occasional event. ## Grooming Shetland grooming is straightforward. Brush the coat, pick out the feet, and check the legs and skin. The dense winter coat is the main challenge. It traps moisture and heat, and it can hide skin problems, rain scald, and weight change. In spring, the coat sheds slowly, and a pony that does not shed out normally may need veterinary assessment for pituitary pars intermedia dysfunction (PPID), which is a separate endocrine condition from EMS [4]. Do not clip a Shetland aggressively unless a veterinarian recommends it for a specific reason. The coat is part of the breed's cold tolerance. Grooming should focus on cleanliness, foot checking, and hands-on body condition assessment rather than appearance. ## Feeding the Shetland Pony Feeding is where Shetland care succeeds or fails. The breed evolved on low-quality forage, and its metabolic system is not built for lush pasture or large concentrate meals. The central principle is simple. Feed a low-energy, high-fiber diet, restrict grazing, and monitor body condition continuously. ### The Calorie Trap Shetlands are easy keepers. Many maintain weight on forage alone, and some gain weight on forage that would leave a horse thin. Obesity is common in the breed and is a direct risk factor for EMS. In a study of native UK ponies and cobs, risk factors associated with an EMS diagnosis included age, being female, a more sedentary main activity, obesity, and shorter periods on pasture during the summer [5]. That last finding is counterintuitive but important. Ponies kept off pasture may be fed more hay or concentrate to compensate, and the net calorie intake rises. Body condition scoring is the tool that catches this. Weight alone does not tell you whether a Shetland is fat, because the breed carries a heavy coat and a stocky frame. Score the neck, ribs, tailhead, and crest by hand every two to four weeks. A cresty neck score of 3 out of 5 or higher is a red flag [1]. ### Restricted Grazing Grazing restriction is the single most important feeding intervention for a Shetland. Pasture grass, especially in spring and after a frost, can be very high in water-soluble carbohydrates (sugars and fructans). A high-sugar diet can trigger metabolic changes in ponies that are already insulin dysregulated. In one study, ponies that subsequently developed laminitis showed significant changes in glycerophospholipid concentrations and enrichment of the glucose-alanine cycle after being fed a high-sugar diet, compared with ponies that did not develop laminitis [6]. The diet itself is part of the disease process. Practical grazing restriction means limiting pasture access to a small area or a limited number of hours, and often to 1 to 1.5% of body weight as dry matter per day for a pony in weight-loss or maintenance mode. For a 150 kg Shetland, that is roughly 1.5 to 2.25 kg of dry matter per day, and that total includes hay, pasture, and any other forage. A grazing muzzle, a dry lot, or a track system can all be used to control intake. The exact allowance depends on the pony's current body condition, metabolic status, and the sugar content of the pasture. ### Testing Pasture Sugar Pasture sugar content varies by grass species, time of day, weather, and season. Spring growth and grass that has been stressed by frost or drought tend to be highest in sugar. Testing pasture, or at least testing the forage you feed, gives you data instead of guesswork. A veterinarian or an equine nutritionist can help interpret results and adjust the grazing plan. When pasture sugar cannot be tested, assume the worst in spring and after a frost and restrict access accordingly. ### Hay and Forage Hay is the foundation of a Shetland diet. Choose mature, stemmy hay with a low sugar and starch content when possible. Soaking hay in cold water for 30 to 60 minutes can reduce water-soluble carbohydrates, though the effect varies with hay type and water temperature. Weigh hay by the pound rather than feeding by flakes, because flake weight varies widely and a Shetland's total daily ration is small. A kitchen scale is a practical tool for a pony owner. ### Concentrates and Supplements Most Shetlands do not need grain. A pony in good body condition on a balanced forage diet typically needs only a ration balancer or a vitamin and mineral supplement to cover gaps in the forage. Any concentrate feeding should be discussed with a veterinarian or nutritionist, because the calorie load is easy to underestimate in a pony this small. Supplement marketing is a separate issue. Many products claim to improve metabolic profiles in EMS, and most lack scientific validation. One randomized, placebo-controlled trial in ponies with EMS found that a supplement containing leucine, resveratrol, and pyridoxine reduced maximum insulin after an oral sugar test and reduced body weight over 60 days [7]. That is one product in one trial, not a general endorsement of metabolic supplements. Another trial of oral cannabidiol in Connemara ponies found no significant effect on body weight, body condition score, cresty neck score, blood glucose, or triglycerides, and actually found a significant increase in insulin during the oral sugar test in the treated group [8]. The lesson is that supplements can help, do nothing, or hurt, and the evidence has to be read carefully. Discuss any supplement with your veterinarian before adding it. ### Drug Doses Scale to Body Weight Every drug, dewormer, and sedative dose for a Shetland must be calculated on the pony's actual body weight, not on a horse dose. A 150 kg pony given a 500 kg horse dose of any medication is at risk of overdose. This applies to dewormers, nonsteroidal anti-inflammatories, sedatives, and antibiotics. Weigh your pony with a [livestock scale](/knowledge/animal-farming/alternative-livestock/livestock-scale-selection-installation) or a weight tape calibrated for ponies, and give your veterinarian that number before any treatment. If you do not know the weight, the veterinarian can estimate it, but an accurate weight is better. ## Hoof Care Hoof care is the second pillar of Shetland management, and it is inseparable from metabolic health. The hoof is where laminitis shows up, and laminitis is the most common reason a Shetland suffers or is euthanized. ### Trimming Schedule Shetland hooves should be trimmed every 6 to 8 weeks. This interval keeps the hoof balanced and prevents the long toe and underrun heel that develop when trimming is delayed. Ponies on soft ground or with limited movement wear their hooves unevenly, and ponies on hard ground may wear them too short. A farrier who works with ponies regularly can adjust the interval to the individual. Do not stretch the interval to save money. A neglected hoof in a metabolically compromised pony is a welfare problem. ### Recognizing Laminitis Laminitis is inflammation and structural failure of the laminae, the tissues that suspend the coffin bone inside the hoof. It is painful and can be permanent. Approximately 90% of laminitis cases are associated with insulin dysregulation, which is a central feature of EMS and also occurs in some horses with PPID [4]. In a Norwegian pony breed study, the lifetime prevalence of laminitis was 12.5%, and horses 10 years and older had a significantly higher prevalence than younger horses [9]. Age and metabolic status both matter. Early signs of laminitis include a shortened stride, reluctance to walk on hard ground, shifting weight between feet, a bounding digital pulse, and heat in the hoof. A pony that is lame on multiple feet, especially the front feet, needs same-day veterinary attention. Do not wait to see if it improves. Early intervention improves the outcome. ### Hoof Growth Rings Hoof growth rings are horizontal lines on the hoof wall that mark periods of disrupted growth. In the UK native pony study, clinical manifestations including hoof growth rings and a supraorbital fat score of 3 out of 3 were more frequent in EMS ponies [5]. Rings are not proof of laminitis, but they are a reason to assess the pony's metabolic status. ### Abscesses and Bruising Shetlands on hard or rocky ground can bruise their soles or develop subsolar abscesses. A pony that is suddenly very lame on one foot may have an abscess rather than laminitis. Both need veterinary assessment, because the treatments differ and because a pony with EMS can have both problems at once. ## Common Health Problems in Shetland Ponies ### Equine Metabolic Syndrome and Insulin Dysregulation EMS is a collection of metabolic and clinical features that contribute to hyperinsulinemia-associated laminitis, and insulin dysregulation is the hallmark [10]. The condition is common in ponies. In the UK native pony study, the overall prevalence of EMS adjusted for clustering within yard was 23.3% [5]. In the Australian Shetland and Welsh pony study, the prevalence of insulin dysregulation was 61% [1]. The difference reflects different populations, testing methods, and definitions, but both numbers point the same direction. Shetlands are a high-risk breed and should be screened. EMS is a polygenic trait. Genome-wide association studies in Welsh ponies and Morgan horses identified many genomic regions associated with EMS traits, with breed-specific and shared risk alleles, and the prioritized regions contained genes involved in inflammation, glucose metabolism, and lipid metabolism [11]. A specific variant in the FAM174A gene that was proposed as a risk allele in Arabian horses has not held up in ponies. Studies in pony cohorts found no significant association between the FAM174A 11G allele and EMS phenotypes, and one analysis found the allele was actually associated with higher adiponectin, a protective effect [12][13]. Genetic testing for EMS in Shetlands is not yet a reliable tool. Phenotype testing is. Diagnosis uses dynamic testing. The oral sugar test (OST) and the combined glucose and insulin test are the standard methods, and they are done by a veterinarian. Resting insulin alone can miss cases, which is why dynamic testing matters. In one study of horses and ponies on the insulin dysregulation spectrum, baseline insulin was significantly associated with insulin dysregulation status, but other markers did not separate the groups [14]. If your veterinarian suspects EMS, ask about dynamic testing rather than relying on a single resting blood sample. Treatment is diet, exercise, and in some severe cases medication. There are no licensed veterinary drugs for treating insulin dysregulation and preventing insulin-associated laminitis in horses, and sodium-glucose cotransporter 2 inhibitors have been used off-label with the goal of improving insulin sensitivity [4]. Any medication decision belongs to your veterinarian. The foundation of management remains restricted grazing, low-sugar forage, weight loss if the pony is fat, and daily exercise. ### Laminitis Laminitis is the outcome that EMS management is designed to prevent. It is painful, it can cause permanent structural change in the hoof, and it has major welfare implications [9]. A pony with a history of laminitis needs a more aggressive management plan than a pony without one. That plan includes tighter grazing restriction, more frequent hoof trimming, and regular metabolic monitoring. ### Hyperlipaemia Hyperlipaemia is a serious condition in ponies that stop eating. Ponies mobilize fat rapidly when they are in negative energy balance, and the result is high blood triglycerides and, in severe cases, organ failure. A Shetland that goes off feed for any reason, whether from pain, stress, transport, or illness, is at risk. Do not wait several days to see if appetite returns. A pony that has not eaten for 24 hours needs veterinary assessment. This is especially important in fat ponies and in ponies with EMS, because they have more fat to mobilize and less metabolic reserve. ### Pituitary Pars Intermedia Dysfunction PPID, also called Cushing's disease, is a separate endocrine condition that occurs in older horses and ponies. It can coexist with EMS, and it also causes insulin dysregulation in a subset of animals [4]. Signs include a long, curly coat that does not shed, muscle loss, and recurrent infections. A Shetland that fails to shed out in spring should be tested. PPID is managed with medication and monitoring, and the plan is set by a veterinarian. ### Obesity Obesity is the most common preventable problem in Shetlands. It is also the most underrecognized, because owners see a fat pony as a healthy pony. In a study of elite hunter ponies, 35% were considered obese with body condition scores of 7 or higher, and the mean body condition score was 6.7 [15]. That is a competition population, not a pasture population, and it shows how normalized obesity has become in ponies. In native-breed ponies in England, total adiponectin concentrations were compared across body condition categories, and the relationship between obesity and adiponectin dysregulation is an active area of study [16]. The practical point is that obesity is measurable and treatable, and it should be treated before laminitis develops. ### Other Health Concerns Shetlands can develop dental problems, parasites, and skin conditions like any pony. Regular veterinary examinations, fecal egg counts, and dental checks are part of routine care. Deworming should be based on fecal egg count results and veterinary advice, not on a fixed calendar, because parasite resistance is a real problem and because a Shetland's small body weight makes accurate dosing critical. ## Body Condition, Grazing, and Trimming: A Care Table This table summarizes the three variables a Shetland owner manages every week. Use it as a starting framework, not a fixed prescription. Your veterinarian and farrier will adjust the numbers for your pony. | Body condition score | Grazing allowance (dry matter) | Trimming interval | Monitoring | |--|--|--|--| | 4 or lower (thin) | Increase forage, investigate underlying disease | 6 to 8 weeks | Weight and BCS every 2 weeks, veterinary exam | | 5 (ideal) | 1.5 to 2% of body weight as dry matter, restricted pasture | 6 to 8 weeks | BCS every 2 to 4 weeks, metabolic screen as advised | | 6 (moderately fat) | 1 to 1.5% of body weight as dry matter, dry lot or muzzle | 6 to 8 weeks | BCS every 2 weeks, OST if not recently done | | 7 or higher (obese) | 1 to 1.5% of body weight as dry matter, dry lot, weigh all hay | 6 to 8 weeks, sooner if hoof distortion | BCS every 2 weeks, veterinary metabolic workup | Body condition score is a 1 to 9 scale in most systems, with 5 as ideal. A cresty neck score of 3 out of 5 or higher is a separate warning sign [1]. Grazing allowance is expressed as dry matter, which means the weight of the forage after water is removed. Fresh grass is roughly 20 to 25% dry matter, so a pony eating 5 kg of fresh grass is eating about 1 to 1.25 kg of dry matter. Weigh hay and use a grazing muzzle or dry lot to control pasture intake. ## Screening Tests to Discuss With Your Veterinarian Shetlands should be screened for insulin dysregulation, especially if they are middle-aged or older, have a cresty neck, are overweight, or have any history of laminitis. The oral sugar test is the standard dynamic test, and it is done by a veterinarian. A resting insulin and glucose panel is a starting point but can miss cases. PPID testing with ACTH is appropriate in older ponies, particularly those that do not shed out normally. Genetic testing for EMS is not currently useful in Shetlands. The FAM174A variant does not predict EMS in pony populations [12][13], and EMS is a polygenic trait with many small-effect genes [11]. Do not pay for a genetic test that claims to tell you whether your Shetland will develop laminitis. ## Lifespan and Long-Term Care Shetlands are long-lived. Many live into their 20s and 30s with good care. The Norwegian pony study found that horses 10 years and older had a significantly higher prevalence of laminitis than younger horses, and the lifetime prevalence rose from 3.2% in horses 9 years and younger to 17.3 to 20.5% in older horses [9]. Age is a risk factor, which means the management plan has to get tighter as the pony gets older, not looser. Long-term care for a Shetland is mostly about consistency. Weigh hay. Score body condition. Restrict grazing. Trim hooves every 6 to 8 weeks. Test metabolic status when the veterinarian recommends it. Exercise daily. These habits prevent most of the serious problems in the breed. ## Finding a Responsible Breeder or Rescue A responsible Shetland breeder or rescue will be honest about the breed's metabolic risks and will ask about your grazing setup, your ability to restrict pasture, and your plan for hoof care. They will provide health records, including any metabolic testing, and they will not dismiss laminitis or obesity as normal. Ask whether the pony has ever had laminitis, what its body condition score is, and whether it has been tested for insulin dysregulation. A breeder who cannot answer those questions is not a good source. Rescues are a good option for Shetlands, and many rescued ponies arrive with untreated laminitis or obesity. A rescue that has already started a metabolic management plan and can document the pony's status is a better choice than one that has not. Ask for veterinary records and a current body condition score. ## Who Should Not Get a Shetland Pony A Shetland is not a good choice for an owner who wants a low-maintenance pasture ornament. The breed needs restricted grazing, weighed forage, regular hoof trimming, and metabolic monitoring for its entire life. If you cannot commit to those tasks, or if you do not have a dry lot, a grazing muzzle, or the ability to limit pasture access, a Shetland is the wrong pony. It is also not a good choice for someone who wants to feed a pony by eye and assume it is fine. Shetlands hide body condition under a thick coat, and by the time a problem is visible, laminitis may already be present. A Shetland is a good choice for an owner who wants a small, intelligent companion and is willing to manage it as a metabolic patient. That is the honest framing. The breed is rewarding, but it is not easy. ## Limitations and When to Contact a Veterinarian This article covers general Shetland care, and individual ponies need individual veterinary assessment. Contact a veterinarian promptly if your Shetland shows any of the following. - Lameness in more than one foot, a shortened stride, or reluctance to walk - Heat or a bounding pulse in the hooves - A hard, thickened crest or a body condition score of 7 or higher - Refusal to eat for more than 24 hours (hyperlipaemia risk) - A long, curly coat that does not shed out in spring - Sudden severe lameness in one foot (possible abscess) - Weight loss despite adequate forage - Any hoof distortion, long toe, or lameness that persists after trimming Do not adjust medication, dewormer, or supplement doses without veterinary guidance, and always provide your pony's accurate body weight before treatment. ## Frequently Asked Questions ### How much should I feed a Shetland pony? Feed a low-sugar, high-fiber forage diet and restrict grazing to roughly 1 to 1.5% of body weight as dry matter per day for a pony that needs to lose weight or maintain a healthy condition. Weigh hay by the pound and include pasture in the total. Most Shetlands do not need grain. ### How often should Shetland hooves be trimmed? Every 6 to 8 weeks. A farrier can adjust the interval for your pony's growth rate and ground conditions, but do not stretch it beyond 8 weeks without a specific reason. ### Are Shetland ponies prone to laminitis? Yes. Shetlands are a high-risk breed for insulin dysregulation and laminitis, and approximately 90% of laminitis cases are associated with insulin dysregulation [4]. Restricted grazing and metabolic monitoring are essential. ### What is equine metabolic syndrome in Shetlands? EMS is a collection of metabolic features, with insulin dysregulation as the hallmark, that increases the risk of laminitis [10]. It is common in ponies and is managed with diet, exercise, weight control, and sometimes medication. ### Can a Shetland pony eat grass? Yes, but only in restricted amounts. Spring grass and grass after a frost can be very high in sugar, and unlimited pasture access is a major risk factor for laminitis in this breed. ### Why is my Shetland not eating? A Shetland that stops eating is at risk of hyperlipaemia, a serious condition caused by rapid fat mobilization. Contact a veterinarian if your pony has not eaten for 24 hours. ### Do Shetland ponies need special supplements? Most do not. A ration balancer or vitamin and mineral supplement may be appropriate if forage is unbalanced, but metabolic supplements have mixed evidence and should be discussed with a veterinarian before use. ### How do I know if my Shetland is overweight? Use body condition scoring by hand, not weight alone. A score of 7 or higher on a 1 to 9 scale indicates obesity, and a cresty neck score of 3 out of 5 or higher is a separate warning sign [1]. ## Related Articles - [Horse Hoof Care and Lameness Basics](/knowledge/veterinary-medicine/equine-care/horse-hoof-care) - [Horse Hoof Care: Abscess Prevention and Early Detection](/knowledge/veterinary-medicine/equine-care/horse-hoof-care-abscess-prevention-and-early-detection) - [Horse Hoof Care: Anatomy, Trimming, and Common Problems](/knowledge/veterinary-medicine/equine-care/horse-hoof-care-anatomy-trimming-and-common-problems) - [Equine Hoof Care: Anatomy, Trimming, and Shoeing](/knowledge/veterinary-medicine/equine-care/equine-hoof-care-anatomy-trimming-and-shoeing) - [Horse Hoof Abscess Signs](/knowledge/veterinary-medicine/equine-care/horse-hoof-abscess-signs) - [Pony Care Basics for First-Time Owners](/knowledge/veterinary-medicine/equine-care/pony-care-basics) - [Appaloosa Breed: Horse Care and Health Guide](/knowledge/veterinary-medicine/equine-care/appaloosa-breed-horse-care-and-health-guide) ## Sources 1. 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