Riding Hat Standards Explained

In Great Britain, a riding hat is both personal protective equipment and, in organised equestrian sport, a piece of equipment governed by discipline-specific rules. The words “approved”, “safety standard” and “quality mark” are often used loosely, but they describe different things. A helmet may meet a recognised technical standard yet be unacceptable under a particular competition rule; conversely, a familiar quality mark does not replace the underlying standard.

The practical objective is straightforward: choose a helmet designed and tested for equestrian use, make sure it fits and is fastened correctly, check that its marking is genuine and current for the activity, and replace it after a significant impact or when its condition is no longer reliable. No riding helmet can prevent every head injury. Standards establish minimum performance requirements under specified laboratory conditions; they do not guarantee a particular outcome in every fall.

What a riding hat standard is—and is not

A helmet standard is a technical specification. It normally defines requirements for construction, materials, dimensions, field of vision, shock absorption, penetration resistance, retention-system strength, peak or visor behaviour where relevant, marking and user information. It also specifies test methods, test equipment and pass or fail criteria.

BS EN 1384:2023, for example, is titled Helmets for equestrian activities. BSI describes the standard as covering construction, field of vision, shock absorption, resistance to penetration, lateral deformation, retention-system properties, peak deflection, marking and information. Its purpose is to reduce the risk of injury to the skull and the part of the head covered by the helmet—not to eliminate all risks associated with a fall.

A standard is therefore not a ranking from “basic” to “premium”. Different standards may use different test methods, headforms, impact configurations, conditioning procedures and acceptance criteria. It is usually unsafe to infer that one certificate gives a universally higher level of protection than another without a controlled comparison of the complete technical requirements.

Standard, certification and quality mark

• Standard: the technical requirements and test methods the product claims to meet.
• Conformity assessment or certification: the process by which a manufacturer’s claim is assessed, often by an independent testing or certification body.
• Quality mark: an additional mark associated with a certification scheme and continuing surveillance or production checks. Examples encountered in the GB equestrian market include the BSI Kitemark, the INSPEC Certified mark and the SEI mark.
• Competition acceptance: the decision by a governing body or event organiser about which standards, versions and marks are permitted under its rules.

A quality mark can be useful because it may indicate independent assessment and ongoing production control, but its meaning depends on the scheme behind it. The relevant standard and its exact version still need to be identified.

The principal riding hat standards found in GB

BETA’s current riding-helmet guidance identifies several standards commonly encountered by British riders. The list below explains their practical significance without treating them as interchangeable.

BS EN 1384:2023

BS EN 1384:2023 is the current British adoption of the European equestrian-helmet standard. BSI records BS EN 1384:2023 as the current release and lists earlier editions, including BS EN 1384:2017, as withdrawn when the 2023 edition was published.

The standard is intended specifically for helmets used in equestrian activities. Its scope includes helmets with a peak and addresses matters such as impact performance, penetration, lateral deformation, retention systems, peak deflection, marking and information. The presence of “BS” in the designation indicates the British adoption; “EN” indicates the European standard designation.

Retailers and manufacturers should distinguish clearly between a helmet marked to the 2023 edition and an older product marked to an earlier edition. Whether an older edition remains accepted is a matter for the relevant discipline’s current rules. A product should not be described as meeting the 2023 standard merely because it resembles a newer model.

PAS 015:2011

PAS 015:2011 is a British publicly available specification for equestrian helmets. It remains one of the standards recognised in BETA’s current general guidance and in a number of discipline rulebooks, subject to the required certification or quality mark.

The important detail is that competition rules may require PAS 015:2011 together with an independent mark such as the BSI Kitemark or an INSPEC Certified mark. A label stating only “PAS 015” should therefore be checked carefully against the rules for the intended discipline. The year matters: historic versions of PAS 015 should not automatically be assumed to remain acceptable.

VG1 01.040 2014-12

VG1 is a European technical specification for helmets used in equestrian activities. BETA’s guidance lists VG1 01.040 2014-12 among the standards riders may encounter, with or without a recognised quality mark depending on the applicable rules.

VG1 is often seen on helmets sold across European markets. Its acceptance in GB competition is not universal in every context, so the rider should check the current rules of the governing body rather than relying on the fact that a product is sold by a reputable retailer.

ASTM F1163

ASTM F1163 is an American standard for protective headgear used in horse sports and horse-related activities. BETA identifies ASTM F1163:2015 and ASTM F1163:2023 with the SEI mark in its current consumer guidance.

For GB riders, the significant point is usually not the ASTM designation alone but the required certification mark. In many discipline rules, the accepted form is ASTM F1163 with the SEI mark. The SEI mark is associated with independent certification and continuing oversight under the Safety Equipment Institute scheme.

Snell E2016 and Snell E2021

Snell equestrian standards are produced by the Snell Foundation. BETA’s current guide lists Snell E2016 and Snell E2021. Discipline rules may treat different Snell editions differently, and some GB rule tables have historically excluded particular versions.

This illustrates a recurring principle: a newer edition is not automatically accepted everywhere immediately, and an older edition is not automatically acceptable merely because it was once listed. The current rules for the competition, series or governing body take precedence.

AS/NZS 3838

AS/NZS 3838 is the Australian and New Zealand standard for horse-riding helmets. BETA identifies AS/NZS 3838:2006 with the SAI Global mark in its general guidance.

Again, the certification mark can be decisive under competition rules. A helmet bearing an Australian or New Zealand standard should be checked against the exact wording of the British discipline’s current accepted-equipment list.

Why the accepted list differs between disciplines

There is no single universal GB competition list. British Dressage, British Eventing, British Showjumping, British Riding Clubs, The Pony Club, Endurance GB, the British Horse Racing Authority and other organisations publish their own requirements. They may accept different combinations of standards, certification marks and editions.

BETA’s discipline comparison table is a useful starting point, but it should not replace the current rulebook. For example, one discipline may accept EN 1384:2023, while another may list PAS 015:2011 with a Kitemark or INSPEC mark, VG1 with a particular certification route, ASTM F1163 with SEI, and specified Snell editions. Some organisations have also removed older standards from their rules after transition periods.

Rules can change for several reasons:

• a technical standard is revised or withdrawn;
• the governing body wants consistency in certification or production control;
• an older standard may permit helmets of considerable age to remain in use;
• the discipline’s risk profile and equipment policy differ;
• international rules may need to be aligned with a federation or event organiser.

For a rider competing in more than one discipline, the safest purchasing strategy is usually to choose a helmet that appears on every relevant current accepted list, rather than buying to the minimum requirement of one activity.

What the tests are designed to examine

Although the detailed methods differ between standards, equestrian helmet testing commonly examines several broad performance areas.

Shock absorption

Shock-absorption tests assess how the helmet manages impact energy when it strikes a specified surface at a specified speed and orientation. The liner, shell, geometry and fit all contribute to performance. A pass result means the helmet stayed within the standard’s permitted test limits; it does not mean that the wearer is guaranteed to avoid concussion, skull fracture or other injury in a real fall.

Penetration resistance

Penetration tests assess resistance to a defined object or impact arrangement. They are not a simulation of every branch, fence component, hoof, vehicle or hard edge that might be encountered in an accident.

Retention system

The chinstrap and its attachment system must keep the helmet positioned on the head under defined loading conditions. This is why a correctly fastened three-point retention system matters. A helmet that shifts, rolls back or comes off cannot provide its intended coverage.

Coverage, field of vision and deformation

Standards set requirements for the area protected and for the rider’s usable vision. They may also examine lateral deformation and the behaviour of a peak or visor. A peak that is fashionable, replaceable or flexible is not necessarily a safety feature in itself; the relevant issue is whether the complete helmet design meets the applicable requirements.

Environmental conditioning and ageing

Testing may include conditioning intended to represent factors such as temperature, moisture or artificial ageing. Laboratory conditioning is not the same as the complete history of an individual helmet. Repeated use, ultraviolet exposure, sweat, cleaning products, storage conditions and impacts can affect materials over time.

Construction and materials

Most modern riding hats combine a hard outer shell with an energy-managing liner and a retention system. The shell may be made from thermoplastics, fibre-reinforced composites or other engineered materials. Liners commonly use expanded polymer foams or other impact-absorbing structures, sometimes with separate comfort pads or adjustable fit systems.

Related industry reference: For businesses moving from technical research into trade sourcing, explore equestrian suppliers and manufacturers on EquiGuild.

These components perform different jobs. The shell can distribute and resist local loads; the liner manages energy and helps control the interaction between the head and the shell; the harness keeps the assembly in place; the comfort system controls fit and stability. A soft, comfortable lining is not evidence of impact performance, and a visibly robust shell is not proof that the helmet meets a recognised equestrian standard.

Ventilation is primarily a comfort and heat-management feature. It may influence the internal design and the rider’s willingness to wear the helmet consistently, but ventilation openings should not be treated as a direct measure of safety. Similarly, rotational-management systems may be marketed as reducing certain types of motion in an oblique impact, but the rider must still verify the helmet’s underlying equestrian standard and the discipline’s acceptance of the complete product.

Fit: the most important user-controlled factor

A compliant helmet only works as designed when it is the right size, shape and position for the wearer. BETA advises that a correctly fitted helmet sits firmly on the head, just above the eyebrows and ears, and fits snugly around the head without pressure points at the temples.

A practical fitting assessment should include:

1. Measure the head according to the manufacturer’s instructions, but do not select by measurement alone. Head shape differs between people and between helmet models.
2. Place the helmet level on the head. It should not be tipped back to expose the forehead or pulled so low that it obstructs vision.
3. Check that the helmet is stable when the wearer moves the head gently from side to side.
4. Check the temples and forehead for pressure points. BETA suggests flexing the jaw; discomfort or pressure at the temples may indicate that the helmet is too tight or the wrong shape.
5. Adjust the harness so that the helmet remains stable without forcing the shell into an incorrect position.
6. Fasten the chinstrap securely. BETA’s guide describes a fit allowing approximately one finger between the strap and the face, subject to the manufacturer’s instructions.
7. Repeat the assessment after several minutes. A helmet that becomes painful or produces numbness is not a satisfactory fit.

Thick hats, hair arrangements, ponytails, clips and winter accessories can all alter fit. Anything worn under the helmet should be compatible with the manufacturer’s instructions and must not create gaps or instability.

Condition, lifespan and replacement

There is no single universal replacement interval that applies to every riding hat. Manufacturers may publish a recommended service life, but the actual condition and history of the helmet remain important. A helmet should be replaced after a significant impact, even if there is no visible damage. The liner may have compressed or fractured internally while the shell still looks acceptable.

Replacement is also sensible when:

• the helmet no longer fits securely or cannot be adjusted correctly;
• the shell, liner, harness, rivets or fasteners show damage or deterioration;
• the product has been exposed to harsh chemicals, excessive heat or unsuitable storage;
• the standard marking or product identity is missing and conformity cannot be verified;
• the helmet is old enough that materials, certification status or competition acceptance are uncertain.

Do not buy a second-hand helmet with an unknown impact or storage history. A used helmet may look clean and undamaged while having already absorbed an impact. Replacing a removable liner or changing the outer cover does not restore a helmet that has been compromised.

Cleaning should follow the manufacturer’s instructions. Solvents, strong detergents, adhesives, paint, unauthorised drilling and modifications can affect materials or invalidate certification. Decorative accessories should never obstruct ventilation, interfere with the retention system or alter the helmet’s structure.

Buying and checking a helmet in practice

For a rider or parent, the following order of checks is more reliable than choosing by appearance or price:

1. Define the use: hacking, riding-school work, hunting, racing, showing, eventing, showjumping, dressage, endurance or more than one discipline.
2. Check the current rules: identify the governing body, competition level and any requirements for certification marks or standard editions.
3. Inspect the label: find the standard, edition where stated, manufacturer or model identity, size and certification mark. The marking is commonly inside or beneath the lining.
4. Use a trained fitter: a BETA-trained retailer can provide an assessment of size, shape, position and harness adjustment.
5. Confirm the complete product: do not assume that a replacement liner, cover, visor or later accessory has the same certification as the original configuration.
6. Keep records: retain the receipt, product information, fitting notes and any manufacturer registration or inspection details.

Businesses supplying helmets should maintain clear product information and avoid claims such as “the safest hat” unless they can substantiate the comparison. They should also distinguish a standard claim from a quality-mark claim and advise customers to check discipline rules directly before competition.

Legal and workplace context in Great Britain

The Highway Code states that children under 14 must wear a helmet complying with the relevant regulations when riding on the road, and that it must be securely fastened. The statutory basis is the Horses (Protective Headgear for Young Riders) Act 1990 and associated regulations. The legal requirement is narrower than the normal safety advice given to riders: adults are not generally subject to the same nationwide requirement for ordinary riding, but wearing a correctly fitted, securely fastened riding helmet remains prudent.

Commercial riding establishments have additional responsibilities. Government licensing guidance for hiring out horses in England says that riding hats must meet current safety standards, be worn whenever mounted, be stored and kept in fit-for-purpose condition, and be subject to documented safety checks. Employers and riding-school operators should therefore have a written policy covering approved equipment, fitting, condition checks, impact reporting, cleaning, storage and replacement.

Common misconceptions

“A CE or UKCA mark is the standard.”

No. A conformity mark relates to regulatory conformity and market access; it does not by itself identify the equestrian performance standard. The helmet should also carry a recognised equestrian standard designation and any quality mark required by the activity.

“The newest standard is automatically accepted everywhere.”

No. A governing body may take time to add a new edition to its rules, or may specify a particular certification route. Check the current rulebook and event instructions.

“More expensive means safer.”

Price can reflect materials, design, ventilation, adjustability, finish, brand positioning and certification costs. It is not a substitute for a valid standard, correct fit and sound condition.

“A skull cap is safer than a peaked hat.”

Neither category is automatically safer. Protection depends on the complete certified design, coverage, fit, retention and condition. The discipline may also impose requirements about peaks, visors or covers.

“If there is no crack, it is still safe after a fall.”

Not necessarily. Internal energy-absorbing components can be damaged without obvious external evidence. Replace a helmet after a significant impact.

“A body protector or air vest protects the head.”

No. Body protectors and air vests address different parts of the body and different hazards. They may form part of a broader rider-protection system, but they do not replace a compliant riding helmet. This is an important connection within the wider Rider Clothing & Protection hub.

A concise decision framework

For most GB riders, a defensible decision follows five questions:

1. Is it designed for equestrian use and marked to a recognised current standard?
2. Does the exact standard, edition and certification mark meet the current rules for every intended discipline?
3. Does the helmet fit the rider’s head shape securely, sit level and remain stable when fastened?
4. Is it free from impact history, structural damage, unauthorised modification and doubtful storage history?
5. Can the retailer, manufacturer or certification body verify the product identity and conformity?

If any answer is uncertain, the helmet should not be treated as competition-ready or as a reliable protective product until the uncertainty is resolved. Standards are valuable because they make performance claims testable; they are most effective when combined with correct fit, disciplined inspection and sensible replacement.

Sources and further reading

• British Equestrian Trade Association: Hats and current helmet guidance
• BETA Guide to Riding Helmets
• BETA: Riding Discipline Rule Requirements
• BSI: BS EN 1384:2023 Helmets for equestrian activities
• BSI Knowledge: scope and history of BS EN 1384
• GOV.UK: The Highway Code, rules about horse riders
• Horses (Protective Headgear for Young Riders) Act 1990
• GOV.UK: Hiring out horses licensing statutory guidance
• British Equestrian: Riding hat terminology

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