Understanding Equestrian Product Standards

Equestrian product standards are often discussed as though every item carrying a technical label has passed the same kind of test. It has not. A riding hat, a body protector, a saddle, a bridle and a stable rug occupy very different positions in the regulatory and standards landscape. Some are personal protective equipment (PPE) subject to detailed conformity-assessment requirements; others are mainly governed by general product-safety law, voluntary standards, competition rules or manufacturer specifications.

For buyers, retailers and manufacturers in Great Britain (GB)—England, Scotland and Wales—the practical task is therefore not simply to ask whether a product is “approved”. The more useful questions are: what risk is the product intended to control; which legal regime applies; which technical standard, if any, has been used; who performed the testing; what exactly does the marking cover; and does the product remain suitable after fitting, modification, wear or an accident?

What a standard is—and what it is not

A technical standard is a defined set of requirements, test methods, classifications or performance criteria. Standards may be developed nationally, across Europe or internationally. In the UK, standards are commonly published or adopted through the British Standards Institution (BSI), although the presence of “BS” in a designation does not by itself mean that a product is legally approved or that every product bearing a similar description has been independently tested.

Standards can be:

• Voluntary standards: technical documents that manufacturers may use to demonstrate good practice, design consistency or safety performance.
• Designated standards: standards recognised by the UK Government for particular regulatory purposes. Conformity with a designated standard can provide a presumption that specified legal requirements have been met, but it does not remove the manufacturer’s wider responsibilities.
• Harmonised or designated versions of European standards: technical standards used to support conformity with product legislation. Their status depends on the relevant legislation and the version recognised for the market concerned.
• Industry or association standards: requirements developed by a trade or sporting organisation. These may be influential and technically useful without being legislation.
• Competition rules: rules specifying which equipment is accepted in a particular discipline, class, race or venue. A competition rule is not necessarily a product-safety standard.

Compliance with a standard is also not equivalent to a guarantee of injury prevention. A test standard normally defines particular conditions, impact energies, dimensions, materials, ageing procedures or laboratory methods. Real falls and horse-related accidents are more variable. A compliant product can reduce risk without eliminating it, and a product that performs well in one type of incident may not be optimised for another.

The GB legal framework: two important routes

Personal protective equipment

Riding helmets and body protectors are normally treated as PPE because they are designed to protect the wearer against one or more health or safety risks. In GB, the relevant framework is Regulation (EU) 2016/425 as it forms part of domestic law, together with the Personal Protective Equipment (Enforcement) Regulations 2018. The Office for Product Safety and Standards (OPSS) explains that manufacturers must identify the applicable essential health and safety requirements, classify the PPE according to risk, prepare technical documentation, complete the required conformity-assessment procedure and provide the appropriate declaration and instructions.

The level of third-party involvement depends on the PPE category and the conformity-assessment route. Higher-risk PPE generally requires assessment by an independent conformity-assessment body rather than relying solely on the manufacturer’s own declaration. A retailer should therefore distinguish between:

• a product tested against a named technical standard;
• a product that has completed a legally required conformity-assessment procedure;
• a product carrying a conformity mark; and
• a product accepted by a governing body or competition organiser.

These may overlap, but they are not interchangeable claims.

General consumer-product safety

Products outside a more specific regime are generally subject in GB to the General Product Safety Regulations 2005. These require consumer products to be safe under normal or reasonably foreseeable conditions of use. The regulations apply to new, used and reconditioned products supplied in the course of commercial activity, subject to the detailed scope of the legislation.

This is particularly important for ordinary equestrian goods such as many saddlery items, grooming tools, rugs, stable equipment and accessories. The absence of a dedicated product standard does not mean that a product is outside safety law. Producers and importers must assess foreseeable risks, provide relevant safety information, maintain traceability and respond appropriately if a product is found to be unsafe. Distributors must act with due care and cooperate with enforcement authorities.

For businesses, product safety is therefore a lifecycle obligation rather than a one-off purchase of a test certificate. Design decisions, materials, foreseeable misuse, packaging, instructions, complaints, incidents, batch identification and corrective actions can all form part of the compliance evidence.

CE and UKCA marking in Great Britain

The post-Brexit marking position is frequently misunderstood. Current GB guidance permits the continued recognition of CE-marked goods in a number of product sectors, including PPE, subject to the applicable conditions. UKCA marking remains available for products meeting the relevant GB requirements. The precise route depends on the product category, the conformity-assessment body used, the market where the product is being placed and whether the product is also intended for Northern Ireland or the European Economic Area.

For PPE, the OPSS guidance states that manufacturers placing products on the GB market must determine whether CE or UKCA marking is appropriate, complete the relevant conformity procedure and provide the applicable declaration of conformity. A mark should not be treated as a decorative quality symbol. It is a regulatory indication that the responsible economic operator claims conformity with the relevant product requirements.

Buyers should check the product documentation rather than relying on a photograph of a logo. Useful evidence may include:

• the exact product and model reference;
• the applicable standard and edition;
• the manufacturer’s declaration of conformity;
• the identity of the notified body or UK approved body where third-party assessment is required;
• the certification or examination number, where applicable;
• manufacturer, importer and batch or serial information;
• instructions and limitations supplied with the product; and
• information explaining whether the certification applies to a particular size range, configuration or accessory.

A retailer importing goods into GB from the European Union may be acting as an importer rather than merely a distributor. That can bring additional responsibilities for product identification, contact details, documentation and cooperation with enforcement authorities.

Riding hats: standards, construction and limitations

Riding hats are among the most familiar examples of equestrian PPE. Their function is to manage head-impact energy, retain the helmet on the head and provide coverage over specified areas. A typical helmet combines an outer shell, an energy-absorbing liner, retention system, comfort or fit components and ventilation features. Materials vary by design and may include polymer shells, expanded foams, textile coverings, synthetic leather and moulded or injected components.

Relevant helmet standards have included EN 1384 and PAS 015, alongside other national and international standards accepted by particular sporting organisations. The precise requirements differ. They may address impact attenuation, penetration resistance, retention-system performance, field of vision, rigidity, projections, stability and conditioning before testing. Some standards include tests for different impact directions or for components such as peaks and visors.

It is a mistake to assume that a newer-looking helmet, a more expensive helmet or a helmet with additional ventilation must offer greater protection. A helmet must be certified in the configuration in which it is approved. Altering the shell, drilling holes, replacing components with non-approved parts or using an incompatible accessory may invalidate the manufacturer’s certification and change the way the helmet behaves in an impact.

Fit is part of performance

Laboratory testing assumes that the helmet is worn in the intended position and retained on the head. A helmet that is loose, tilted backwards, perched above the correct coverage area or fastened incorrectly may not provide the designed protection. Fit should be assessed by a competent retailer using the manufacturer’s method. The harness should be adjusted so that the helmet remains stable without creating avoidable pressure points, and the wearer should be able to move normally while maintaining the intended coverage.

Hair style, hats worn underneath, ponytails, body shape, spectacle arms and aftermarket liners can all affect fit. A helmet bought for one rider should not automatically be passed to another rider, even if the nominal size is the same.

Age, damage and replacement

Helmet replacement policies differ by manufacturer and model. The relevant considerations are not only calendar age but also material ageing, ultraviolet exposure, heat, chemical contamination, compression of comfort components, unknown storage conditions and previous impact. After a significant impact, the helmet should be withdrawn from use and assessed according to the manufacturer’s instructions; many manufacturers advise replacement because damage may be hidden even when the exterior appears normal.

Second-hand helmets present additional uncertainty. A buyer may not know whether the helmet has been dropped, exposed to high temperatures, modified, stored incorrectly or involved in a fall. A clear product label and an intact harness are not proof that the energy-absorbing liner remains undamaged.

Body protectors: EN 13158 and BETA levels

Body protectors are designed to reduce the severity of some impacts to the torso. They commonly use segmented or layered foam panels enclosed in a textile or synthetic cover. The design must balance impact absorption, coverage, flexibility, heat management and the rider’s ability to mount, sit and move.

EN 13158 is the principal European body-protector standard encountered in the GB equestrian market. BETA’s 2018 Body Protector Standard incorporates the requirements of EN 13158 and is widely used in the British equestrian sector. BETA describes three protection levels:

The level is not a simple ranking of overall product quality. A Level 3 protector is tested to a different performance threshold in the defined test conditions, but it may be hotter, heavier or less flexible. A Level 2 product may be legal for one activity while being unacceptable for another. The correct choice depends on the likely hazards, discipline rules, fit and the rider’s tolerance of heat and restriction.

BETA states that the 2009 and 2018 versions did not differ in the amount of protection offered in performance terms, but the older 2009 version was withdrawn from manufacture and is no longer accepted by some disciplines and rider organisations from January 2024. This illustrates an important distinction: a product may remain technically serviceable while no longer meeting the current equipment rules of a governing body.

Fit and coverage

A body protector should cover the areas specified by its standard without interfering with the saddle, reins, breathing or mounting. It should be fitted over the clothing normally worn for the intended activity. Excessive gaps, a protector that rides upwards, compressed panels or a waist adjustment that prevents full coverage are warning signs.

Children and growing riders require particular attention. A protector bought with substantial “room to grow” may not protect the correct anatomical areas at the time of use. Fit should be checked periodically, especially after changes in height, body shape, clothing layers or saddle type.

Air jackets and hybrid systems

An air jacket is an inflatable garment activated when the rider separates from the horse or saddle. Common systems use a tether connected to the saddle; separation pulls a mechanism that releases gas into air chambers. Some systems are designed to work alone, while others are intended to be worn over or with a conventional body protector.

Air jackets raise several technical questions: activation time, inflation volume, coverage, gas-cylinder capacity, compatibility with the saddle and tether, reset procedure, temperature effects, maintenance and accidental deployment. They should be used only as described by the manufacturer. A tether that is too long, routed incorrectly or attached to an unsuitable saddle point may fail to activate as intended or may create an avoidable snag hazard.

An air jacket is not automatically equivalent to a certified body protector. A hybrid garment may combine a conventional protector with an inflatable system, but the certification applies to the tested configuration. The user should not assume that removing the body-protector element, wearing it under unsuitable clothing or pairing products from different manufacturers preserves the same performance.

Air jackets also have limitations. They depend on activation, mechanical integrity and maintenance. They may not deploy in every fall sequence, and they do not necessarily provide the same protection to every body region as a rigid or foam protector. They should therefore be selected as part of a risk-control system, not as a universal replacement for other PPE.

Saddles, bridles, girths and other tack

Most everyday tack is not regulated through a single universal equestrian product standard equivalent to a riding-hat or body-protector standard. Safety depends on design, materials, workmanship, fitting, maintenance and foreseeable use. The General Product Safety Regulations remain relevant to consumer products, while competition bodies may impose additional requirements on prohibited materials, attachments, nosebands, bits, reins, stirrups or saddle configuration.

For saddles, construction quality includes the integrity of the tree, stitching, webbing, panels, flocking, girthing points, billets and attachment points. A saddle may be structurally sound yet unsuitable because its tree shape or panel balance creates pressure or instability on a particular horse. Product compliance does not replace qualified saddle fitting or regular inspection.

Bridles and reins depend heavily on leather or synthetic-material quality, edge finishing, buckle construction, stitching and load-bearing continuity. Decorative stitching is not necessarily structural stitching. The most heavily loaded areas—such as rein billets, cheekpiece buckles, reins near the bit and girth attachments—deserve particular scrutiny.

Stirrups and stirrup leathers illustrate the difference between a feature and a complete safety system. Breakaway or hinged designs may reduce the chance of the foot remaining trapped, but effectiveness depends on the rider’s footwear, the mechanism, maintenance and the direction of loading. The product’s instructions and the rules of the intended discipline should be checked before use.

Materials, construction and quality indicators

Material choice should be considered alongside the complete design. Leather can provide useful strength and abrasion resistance, but quality varies with hide selection, tanning, thickness, fibre structure, edge finishing and stitching. Synthetic materials can provide consistency, lower maintenance and resistance to moisture, but they also vary widely in tear strength, flexibility, UV stability and low-temperature performance.

Useful inspection points include:

• consistent stitching with no skipped, loose or cut threads;
• reinforced load-bearing areas and smooth, secure edge finishing;
• symmetrical construction where symmetry is functionally important;
• securely seated buckles, rivets, snaps and adjustment hardware;
• absence of sharp edges, exposed wire, brittle plastic or cracked coatings;
• clear care, cleaning and storage instructions;
• identifiable manufacturer, model and batch information; and
• replacement parts that are specified or approved by the manufacturer.

Appearance alone is a weak quality indicator. A polished finish, branded packaging or premium price does not prove that a load-bearing component has been tested. Conversely, a plain-looking product may be competently engineered. The strongest evidence is traceable technical documentation supported by appropriate testing and consistent production control.

Common misconceptions

“CE or UKCA means the product is safe for every use”

No. A conformity mark relates to the applicable legal requirements and the product’s declared intended use. It does not mean that the item is suitable for every discipline, every rider or every accident scenario.

“A standard is the same as approval”

No. A standard may be voluntary, and a product may be tested against a standard without being accepted by a competition organiser. Conversely, a governing body may accept a list of products or standards for competition purposes without conducting the original laboratory testing itself.

“The highest level is always best”

Not necessarily. The highest available protection level may be appropriate for a particular risk, but a protector that is too hot, restrictive or poorly fitted may be used inconsistently. Selection should balance protection, fit, activity and realistic wearing behaviour.

“If it looks undamaged, it is still safe”

Not necessarily. Foam liners, internal shells, stitching, elastics, inflatable components and adhesives can deteriorate or suffer hidden damage. Follow manufacturer inspection and replacement guidance.

“Competition rules are the same everywhere”

No. Rules vary by discipline, organiser, country, venue and season. A product permitted for everyday riding may not meet the current rules of a race, event, hunting field or affiliated competition.

A practical selection and compliance checklist

1. Define the use: schooling, hacking, jumping, eventing, racing, endurance, mounted games, trekking or professional service provision may involve different risks and rules.
2. Identify the legal category: determine whether the item is PPE, a general consumer product or subject to another specific regime.
3. Check the exact standard: record the full designation and edition, not merely phrases such as “tested to European standards”.
4. Verify the marking and documentation: inspect the declaration, certification details, manufacturer and importer information where relevant.
5. Confirm competition acceptance: check the current rules of the governing body or event organiser rather than relying on an old retailer list.
6. Obtain a correct fitting: particularly for helmets, body protectors, air jackets, saddles and bridles.
7. Inspect before each use: look for wear, damage, contamination, distorted components and missing fasteners.
8. Maintain traceability: retain receipts, model references and batch information for expensive or safety-critical products.
9. Replace after relevant events: follow manufacturer instructions after helmet impact, air-jacket deployment or serious damage to protective equipment.
10. Report concerns: businesses should record complaints and safety incidents and notify the appropriate authority where required.

Implications for equestrian businesses

Retailers and manufacturers should avoid vague claims such as “safety approved”, “competition legal” or “maximum protection” unless the claim can be evidenced and clearly limited. Product pages should identify the model, standard, level, size range, intended use, care requirements and relevant exclusions. Photographs should not obscure labels or show a configuration that differs from the certified product.

Retailers selling helmets and body protectors should ensure staff understand fit, sizing, compatible accessories and the difference between an industry quality mark and a legal conformity mark. Importers should maintain documentation and traceability, including the identity of the economic operator responsible for placing goods on the GB market.

Businesses supplying equipment for riding schools, trekking centres or events should also consider the product’s service environment. Repeated public use, shared equipment, exposure to sweat and cleaning products, poor storage and inconsistent fitting can alter risk over time. Written inspection, cleaning, quarantine and replacement procedures are useful controls even where no specific equestrian standard requires them.

Conclusion

Understanding equestrian product standards means looking beyond logos and marketing language. In GB, riding hats and body protectors sit within a more structured PPE and conformity-assessment framework, while much of the wider tack market relies on general product-safety law, voluntary standards, manufacturer engineering and sporting rules. The strongest approach combines legal compliance, relevant technical evidence, correct fitting, disciplined maintenance and awareness of the limits of laboratory testing.

For horse owners, the key question is not simply whether a product is labelled as safe. It is whether the product is appropriate for the intended risk, correctly certified where certification is required, properly fitted, used within its limitations and still in serviceable condition. For businesses, the equivalent question is whether those claims can be demonstrated through controlled design, reliable supply-chain records, suitable testing and effective post-market monitoring.

Sources and further reading

• Office for Product Safety and Standards: Regulation 2016/425 and the Personal Protective Equipment (Enforcement) Regulations 2018—Great Britain
• Department for Business and Trade and OPSS: Designated standards—PPE
• Department for Business and Trade: Product regulations by sector and current approaches to UKCA and CE regimes
• Office for Product Safety and Standards: General Product Safety Regulations 2005—Great Britain
• British Equestrian Trade Association: Body Protectors
• British Equestrian Trade Association: The BETA Standard for Body and Shoulder Protectors
• British Horseracing Authority: BHA raises minimum standards for rider safety equipment
• Office for Product Safety and Standards: Product safety advice for businesses
• Department for Business and Trade and OPSS: Standards—general product safety

Related research

How to Build a Technical File for Equestrian EquipmentContinue research →Quality Assurance for Imported Equestrian GoodsContinue research →Safety Documentation for Riding ProductsContinue research →Testing Materials Used in Horse EquipmentContinue research →Labelling Requirements in Equestrian TradeContinue research →Product Traceability for Equestrian BrandsContinue research →