Ground Handling
Unexpected wing movement can pull the pilot over, drag them across uneven ground or bring the head into contact with rocks, vehicles or other equipment.
Paragliding Gear Guide
Choosing the Right Paragliding Helmet
A helmet cannot remove the risk of head injury, but a suitable, correctly fitted and well-maintained helmet can reduce the severity of an impact.
Paragliding helmets are now light, comfortable and available in open-face, full-face and communications-ready designs. The important decisions are certification, fit, retention, coverage, visibility, hearing, ventilation and whether the helmet suits the flying you actually do.
Certification explained
Open and full-face comparison
Fit and replacement guidance
Certification · Fit · Retention · Coverage · Visibility
The helmet must remain secure throughout launch, flight and landing
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Wear it before the wing comes out
Ground Handling Is Part of Flying
Pilots are particularly exposed during launch preparation, inflation, take-off and landing. A gust, failed launch or dragging incident can create a head impact before the pilot is airborne.
Put the helmet on and fasten it before ground handling. A helmet resting on the ground, hanging from the harness or worn with an open chin strap provides no meaningful protection.
Protection through every stage of the flight
When Is a Paragliding Pilot Most Exposed?
A helmet is not only for a major airborne accident. Many impacts occur close to the ground during ordinary launch, landing and handling errors.
Take-Off
Failed inflations, trips, early seating, rotor, gusts and poor directional control can produce fast impacts while the pilot is still close to terrain.
Flight
Mid-air contact, canopy incidents, tree landings or collision with terrain can expose the pilot to direct and rotational head forces.
Landing
Misjudged approaches, slope, speed, obstacles and loss of footing can create a backward, sideways or facial impact.
A helmet reduces risk; it does not make an unsuitable decision safe.
Site assessment, suitable conditions, competent launch technique, active control, a proper landing approach and avoiding unnecessary exposure remain the primary defences.
Look beyond the CE symbol alone
Understanding Helmet Certification
The certification label identifies the standard against which the helmet was assessed. Different sports standards test different impact areas, retention systems and performance.
EN 966
Airsports-specific standard
Helmets for Airborne Sports
EN 966 is the European standard specifically intended for helmets used in airborne sports. For a straightforward paragliding purchase, an EN 966 helmet is the clearest purpose-specific starting point.
- Check the exact standard marking inside the helmet
- Confirm the helmet is genuine and carries manufacturer identification
- Read the manufacturer’s limitations and replacement guidance
Other
Rules may accept alternatives
Snow-Sports Standards
Some flying organisations and competition rules accept certain snow-sports helmet standards in addition to EN 966. Acceptance depends on the organisation, event, national system and current rule wording.
- Do not assume every ski or snowboard helmet is accepted
- Check the full standard and class, not a retailer’s category label
- Confirm current school, club and event requirements before buying
CE
Marking is not the whole answer
Check the Standard and Intended Use
A CE mark by itself does not tell you which helmet standard applies. Look for the full certification, model, size, manufacturer, production information and user instructions.
- A cycle, climbing or industrial helmet is not automatically a flying helmet
- Different tests reflect different intended uses
- Fit and secure retention remain essential after certification
Check the current rules
Requirements Can Differ by Organisation and Event
BHPA members should consult the current BHPA Rules. FAI Category 1 paragliding events publish a list of accepted helmet standards. Always check the latest source.
The best certification is ineffective with a poor fit
How a Paragliding Helmet Should Fit
Measure your head to establish a starting size, then try the exact model. Head shape varies, and two helmets with the same circumference range may fit very differently.
Measure first
Record Your Head Circumference
Place a soft tape around the widest part of the head, generally just above the eyebrows and ears. Keep the tape level and comfortably snug.
Use this number only to select models to try.
Even Contact Around the Head
The helmet should feel snug without isolated pressure points. Pain at the forehead, temples or back of the skull usually indicates the wrong shape or size.
No Significant Movement
With the chin strap fastened, move the helmet front to back and side to side. The skin should move with the padding rather than the shell sliding independently.
Secure Retention
The strap and buckle must keep the helmet on during a multi-directional impact. Check adjustment, comfort and whether the buckle can be operated with gloves.
Correct Position
The helmet should sit level rather than tipped back. It should protect the forehead without obstructing vision or contacting the nose when moved.
Clear Vision and Hearing
Look fully left, right, up and down. Check peripheral vision, risers, radio, environmental sound and whether ear covers alter awareness.
Test It Long Enough
Wear the helmet for at least fifteen to twenty minutes. Heat and pressure problems often appear after the first comfortable moments.
Do not make an oversized helmet “fit” with improvised padding.
Use only the manufacturer’s approved liner, pads and adjustment system. An incorrect modification can alter retention, impact clearance and certified performance.
Coverage versus openness
Open-Face or Full-Face Helmet?
Neither style is automatically correct for every pilot. Compare facial coverage, visibility, hearing, airflow, weight, packability and communication requirements.
Open-face
Maximum openness and awareness
Open-Face Helmet
Open-face helmets leave the face and jaw unobstructed. They are widely used for free-flight, training, tandem passengers and recreational flying.
Advantages
- Broad field of view
- Good airflow and easy communication
- Generally compact and easy to pack
- Often lighter than full-face designs
- Simple use with glasses
Considerations
- Less coverage around the jaw and face
- More exposure to cold, wind and insects
- Visor or eye protection may be separate
- Ear coverage can affect hearing differently by model
Full-face
Additional facial coverage
Full-Face Helmet
Full-face helmets add a chin section and may include a visor. They can provide additional coverage against facial contact while remaining designed for free-flight.
Advantages
- Additional jaw and facial coverage
- Reduced wind exposure
- Integrated visor may protect the eyes
- Aerodynamic and comfortable for longer flights
- Useful in cold or fast conditions
Considerations
- May reduce airflow and increase heat
- Chin section must not obstruct vision or movement
- Visors can fog, scratch or distort
- Can be bulkier to pack
- Communication and hearing must be tested
Compare exact models
Coverage Is Only Useful When the Helmet Fits and Stays On
A comfortable, secure open-face helmet can be a better choice than a poorly fitted full-face model. Never trade fit, visibility or retention merely to gain a particular style.
Interactive starting-point selector
Which Helmet Style Should You Try First?
Select the needs that genuinely apply. The result suggests a category to try, not a model or an approval to purchase without fitting it.
Features that influence real use
What Else Should You Compare?
Chin Strap and Buckle
The strap should be comfortable, correctly positioned and easy to check. The buckle must remain secure while being operable with gloves.
Neck Comfort
Compare actual size-specific weight. A lighter helmet may reduce fatigue, but fit, coverage and certification take priority.
Heat and Airflow
Ventilation affects comfort and visor fogging. Check whether vents can be closed and whether padding blocks airflow.
Environmental Awareness
Ear covers, headsets and wind noise alter what the pilot hears. Test radio audio, nearby pilots and normal environmental cues.
Peripheral and Upward View
The shell, visor and chin section must not obstruct risers, traffic, terrain or the pilot’s ability to look fully around.
Optical Quality and Fogging
Check for distortion, reflections, scratches and misting. Tinted visors can become unsuitable in low light, cloud shadow or late evening.
Frame and Temple Clearance
Wear the exact glasses during fitting. The arms should not create pressure points or become trapped during removal.
Removable and Replaceable Liners
Washable liners improve hygiene. Check whether replacement pads are available and approved by the manufacturer.
Visibility and Colour
A visible colour may help others locate the pilot on the ground or in the air. Colour should remain secondary to fit and certification.
Approved Mounting Only
Cameras, lights and communication systems may create snag points or alter performance. Use only arrangements permitted by the manufacturer.
Transport and Storage
Check whether the helmet fits the rucksack without crushing the liner or placing heavy equipment inside the shell.
Parts and Documentation
Replacement visors, liners, buckles and clear instructions add long-term value. Avoid helmets with uncertain origin or no manufacturer support.
Integrated eye protection
Visors: Useful, but Not Invisible
A visor can reduce wind, insects, dust and cold exposure, but it also adds an optical surface that can scratch, fog, reflect and change visibility.
Clear vision through the complete movement range
No distortion when looking sideways or downward
Ventilation adequate for slow flight and launch preparation
Easy opening with gloves
Replacement visors available
Tint suitable for changing light
Compatible with prescription glasses
Secure in both open and closed positions
Carry a low-light solution.
A dark visor that is comfortable in strong sun can become restrictive late in the day, in shadow or under cloud. Do not fly with compromised vision.
Radio and paramotor use
Communications Must Be Designed Into the System
Paramotor pilots and some tandem or instructional operations may need integrated ear defenders, speakers, microphones and radio connections.
Use a helmet and communications installation intended for the application. Drilling the shell, cutting the impact liner or forcing unapproved speakers into the padding can weaken the helmet or create harmful pressure points.
Hearing protection appropriate to the engine noise
Microphone works in wind and engine noise
Radio controls reachable without losing control
Cables cannot snag lines, risers or reserve components
Volume permits communication without eliminating awareness
Battery and connector condition checked before flight
Free-flight and paramotor requirements are not identical.
Buy for the activity, noise environment and communication system that will actually be used.
Interactive fitting prompt
Helmet Fit-Test Checklist
Work through every point while wearing the helmet as it will be flown, including glasses, balaclava, headset or visor where relevant.
Protect the protection
Care, Inspection and Replacement
Helmet materials can be damaged by impact, heat, chemicals, UV exposure, poor storage and unauthorised modification.
Pre-Flight Inspection
- Shell has no crack, dent or significant abrasion
- Liner is not crushed, loose or separating
- Straps and stitching are intact
- Buckle closes and releases correctly
- Visor and accessories are secure
Remove It From Service
- Damage may be hidden inside the liner
- Do not continue merely because the shell looks normal
- Follow the manufacturer’s inspection or replacement instruction
- Record what happened if professional advice is sought
- Replace whenever the manufacturer requires it
Cleaning and Storage
- Use only the cleaning method in the manual
- Dry naturally away from direct heat
- Do not store in a hot vehicle
- Keep solvents, fuel and chemicals away
- Prevent heavy equipment crushing the liner
Age and Replacement
- Follow the manufacturer’s replacement interval
- Check the production or purchase date
- Replace degraded straps, liners or unavailable parts
- Heavy use may justify earlier replacement
- Unknown history reduces confidence
Do not drill, cut, paint or chemically modify the helmet.
Adhesives, solvents, paints, screws and camera mounts may damage materials or create snag and point-loading hazards. Follow the manufacturer’s instructions for accessories.
Buying second-hand
A Used Helmet Has a History You Cannot See
A second-hand helmet may have experienced an impact, heat, chemical exposure, compression or ageing without obvious external damage.
Because the helmet protects through controlled deformation of its materials, hidden damage matters. Buying new is normally the clearest choice when the history cannot be verified.
Do not buy when:
- The seller cannot confirm its age and complete history.
- It has been involved in an impact or dropped heavily onto a hard surface.
- The shell is cracked, dented, deeply scratched or separating.
- The liner is crushed, loose, distorted or missing.
- Straps, stitching or buckle are worn or modified.
- The certification or identification label is missing.
- The fit is merely “close enough.”
A conservative buying rule
Unknown Impact History Means Unknown Protection
A helmet is relatively inexpensive compared with the rest of a paragliding setup. Do not accept uncertain protection to save a modest amount of money.
Prefer:
Known history
Current certification
Correct fit
Manufacturer support
Replaceable approved parts
Avoid the familiar errors
Common Helmet-Buying Mistakes
Choosing by head circumference alone
Circumference narrows the size range, but head shape and model geometry decide whether the fit is actually correct.
Buying it loose for comfort
Padding can settle with use. A new helmet that already moves significantly is unlikely to improve.
Assuming every CE helmet is suitable
Check the exact certification and intended use rather than relying on a generic marking or retailer description.
Adding an unapproved camera mount
Rigid mounts and protrusions may create snag points or concentrate impact force. Follow the helmet manufacturer’s guidance.
Using a dark visor in all conditions
Light can change during a long flight. Maintain clear vision in shadow, cloud, haze and late-day conditions.
Keeping a helmet after a significant impact
Protective material can be damaged without an obvious crack. Follow the manufacturer’s replacement instruction.
Helmet questions
Before You Buy
Do I need a helmet for ground handling?
Yes. Ground handling can expose the pilot to dragging, trips and sudden impacts. Put the helmet on and fasten it before inflating the wing.
Which certification should a paragliding helmet have?
EN 966 is the European standard specifically for airborne-sports helmets and is the clearest purpose-specific choice. Other standards may be accepted under particular organisation or event rules, so check the current requirements.
Is an open-face or full-face helmet safer?
A full-face design provides additional jaw and facial coverage, but overall protection also depends on certification, fit, retention and whether the helmet remains correctly positioned. A poorly fitting full-face helmet is not a sound choice.
How tight should the helmet feel?
It should be snug and make even contact without painful pressure points. With the strap fastened, the shell should not slide significantly while the head remains still.
Can I wear a ski helmet for paragliding?
Some organisations and FAI competition rules accept specified snow-sports standards, but not every ski helmet or class is automatically suitable. Check the exact marking, current rules, fit and intended use.
Should I replace a helmet after dropping it?
Follow the manufacturer’s advice. A significant impact onto a hard surface can damage the shell or liner even when damage is not obvious. When uncertain, remove it from service and seek manufacturer guidance.
How often should a helmet be replaced?
Use the interval specified by the manufacturer and replace earlier after a significant impact, visible damage, degraded straps or liner, poor fit or heavy use.
Can I fit a camera to my helmet?
Only when the helmet manufacturer permits the mounting method. Drilling, rigid protrusions, strong adhesives and poorly positioned mounts can introduce new hazards.
Are tinted visors suitable for all flights?
No. A dark visor may become restrictive in low light, shadow or late evening. Select the tint for expected conditions and retain a clear alternative where practical.
Can tandem passengers share one adjustable helmet?
A properly certified adjustable helmet can cover a stated size range, but every passenger still requires an individual fit and retention check. One helmet cannot safely fit every possible head size or shape.
Continue building the equipment system
Read the Other Gear Guides
Comparing helmets?
Send Us Your Measurement and the Models You Are Considering
Include your head circumference, flying activity, preference for open or full face, glasses, visor and communications requirements. We can help narrow the models worth trying.