FR
Plate No. 001 · 2026

Questions & answers

A question about exoskeletons? Search below: every answer is detailed and sourced.

01

Skiing

10 questions

  • Can you go off-piste or ski touring with a ski exoskeleton?

    Yes for the descent, with precautions. The Ski-Mojo manufacturer's FAQ says it is compatible with ski touring for descents only: you carry it in the backpack or switch it off while climbing, then fit it at the summit in under two minutes. Off-piste safety is beyond the scope of this article.

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  • Can you ride ski lifts with a ski exoskeleton?

    Yes, according to the Ski-Mojo manufacturer's FAQ. On a drag lift, you can keep the assistance engaged. On a chairlift, the manufacturer recommends switching it off before boarding, while stating that boarding with it engaged is not a problem. We found no public rule from lift operators on this.

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  • How do you get dressed and use the toilet with a ski exoskeleton?

    You put the exoskeleton on while getting dressed, under your ski trousers: the Ski-Mojo manufacturer counts one to two minutes and says half of users wear it invisibly. For the toilet, just undo the harness at the front clip and disconnect the upper rods: about fifteen seconds according to the FAQ.

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  • How do you maintain a ski exoskeleton and how long does it last?

    According to the Ski-Mojo manufacturer, routine care is limited to drying the device before storing it, with a professional check recommended after 70 to 90 days of use. The cable, neoprene sleeves and boot connectors are replaceable wear parts. The manufacturer publishes no precise lifespan; its warranty is 24 months.

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  • Is a ski exoskeleton suitable for beginner skiers?

    Technically yes: the Ski-Mojo manufacturer states it suits any adult over 1.55 m, whatever their level. But it does not teach you to ski: it eases the effort without replacing technique. The manufacturer also says 87% of users adapt to it in under half a day, a figure that comes from the manufacturer.

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  • Is a ski exoskeleton suitable for a child or a teenager?

    Not for a young child. Our Ski-Mojo page states a minimum height of 1.55 m, and the spring is set by weight: the product targets adults and tall teenagers. There is no official age limit, but a doctor's opinion is essential for a young person. This is not medical advice.

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  • Ski-Mojo or Stoko K1 for skiing: which one to choose?

    The Ski-Mojo (699 euros) is a mechanical spring exoskeleton that takes over part of the load on the thighs, with no battery. The Stoko K1 (388 dollars) is a cable support tights of about 450 g, worn under trousers. The first assists more, the second is more discreet and cheaper.

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  • Can you use an exoskeleton for snowboarding?

    Yes, with the Ski-Mojo, but not with the standard kit. The manufacturer says the exoskeleton ships with connectors for ski boots and that snowboarding requires specific connectors, sold separately (49.50 EUR stated). Check that your snowboard boots are compatible before you buy.

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  • Does a ski exoskeleton really reduce thigh fatigue?

    According to Ski-Mojo's maker, yes: the device takes about a third of body weight and the quadriceps would work at 70% of their reference activity. These figures come from the manufacturer, with no sample size or date published. Without an independent study we could read, the benefit is plausible but not proven for every skier.

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  • How do you put on and adjust a ski exoskeleton?

    Set the Ski-Mojo up once at home: fit the connectors to your boots, adjust the telescopic rods to your legs, then put on the harness and engage the springs with the switch on each thigh. After that, allow one to two minutes a day, according to the manufacturer. Switch the system off to walk.

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02

Knee

8 questions

  • Exoskeleton or muscle strengthening to protect your knees?

    They are not competing options. The official sources we read stress rehabilitation and physical preparation to preserve knee mobility and muscle mass. An exoskeleton can lighten the effort during activity, but nothing shows it replaces strengthening. Ask a doctor or physiotherapist for advice.

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  • How do you wash and care for support tights for the knee?

    Follow the manufacturer's label. According to our product pages, the Imbrace Gen 2 legging is washed cold, at 30 °C at most, without detergent or softener, and air-dried; the Stoko K1 tights are machine washable, with a wash bag supplied. This information comes from manufacturers: check it before the first wash.

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  • Exoskeleton or knee brace: what is the difference?

    A knee brace, or orthosis, is a medical device that the French health insurer cites in treating serious sprains and osteoarthritis. A sports exoskeleton, like the Ski-Mojo, is equipment that lightens effort during activity. Only products on the LPP list are reimbursed: we found no sports exoskeleton in our reading.

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  • Stoko short or K1 tights: what is the difference and which to choose?

    The K1 tights (388 dollars) mainly target the knee, with 30 meters of cables and a weight of about 450 g. The short (338 dollars) supports the hips and lower back, with 23 meters of Dyneema cables. Choose by the area that bothers you: knee on one side, hips and lower back on the other.

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  • How does a Stoko K1 support tights with its cables work?

    The Stoko K1 is tights integrating a network of 30 meters of high-strength cables, adjusted by a double dial at the waist. With no motor or battery, it supports the knee like a very flexible knee brace. Our page presents it as a class 1 medical device, which remains a manufacturer statement.

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  • What are the Dnsys Z1 knee modules and who are they for?

    The Z1 are powered knee modules that Dnsys pairs with its X1 hip exoskeleton: the DualJoint assists both knees, the SingleJoint just one, right or left. According to our pages, they assist extension and regulate flexion. Bundles cost 1,598 to 2,198 dollars. This is not medical advice.

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  • Knee brace or support tights: what is the difference?

    A knee brace wraps around the knee to support it. Support tights, like the Stoko K1 or the Imbrace Gen 2 legging, are a garment covering the whole leg with cables or reinforcements to stabilize the knee, and sometimes the hip and back. Product pages come from manufacturers; if you have pain, ask for medical advice.

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  • Can you run with a knee exoskeleton?

    It depends on the type of device. The Stoko K1 tights manufacturer lists running among its uses, whereas the Ski-Mojo spring exoskeleton is not designed for everyday walking. If you have osteoarthritis or a knee replacement, the French health insurer discourages some impact sports. Ask for medical advice.

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03

Hiking

13 questions

  • Is a walking exoskeleton useful on flat ground or only in the mountains?

    It is not reserved for the mountains. Hypershell's stated modes cover walking, speed walking, stairs and slopes, and a tester used it walking, running and on stairs across varied terrain. Dnsys describes an Eco mode designed for fairly flat terrain. This information comes from manufacturers and a single test.

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  • Does a walking exoskeleton help carry a heavy backpack?

    Manufacturers present it that way. Our Hypershell Pro X page describes a "Hyper" mode that compensates up to 30 kg of load, and the VIGX π Plus page states up to 30 kg of equivalent assistance. These are manufacturer values, with no independent measurement read, and the device adds its own weight to the pack's.

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  • Can you cycle with a walking exoskeleton?

    It depends on the model. Hypershell states a cycling mode for its X Pro and X Carbon (10 modes), but not for the X Go (6 modes). A Pro X tester used it for cycling over a month. For other brands, our product pages state no cycling mode: check before buying.

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  • How long does it take to get used to a walking exoskeleton?

    There is no official duration. A Hypershell Pro X tester mentions a learning phase without quantifying it, and INRS says there are no precise indications on the time needed to master an exoskeleton. Plan several short outings to find your bearings, without expecting an immediate result.

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  • Is a walking exoskeleton noisy?

    A Hypershell Pro X tester reports motor noise that draws attention in public and a hip hinge click he finds distracting. We found no decibel measurement. INRS reminds us that powered exoskeletons expose users, like machines, to risks linked to noise and vibration.

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  • Does a walking exoskeleton let you climb faster?

    Manufacturers suggest it: our Hypershell Pro X page mentions a 1,200 m climb done in 4 to 4.5 hours instead of 6. That is a manufacturer projection, with no independent measurement read. What the manufacturer actually states is a reduction in perceived effort, up to 30% for the X Go and X Pro.

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  • Is a walking exoskeleton suitable for someone over 60?

    There is no official age limit: what matters is autonomy and your doctor's opinion. An assistance exoskeleton is for independent people who want to walk longer, not for severe loss of autonomy. Our catalog runs from the Hypershell Go X (999 euros) to the Stoko K1 tights (388 dollars). This is not medical advice.

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  • Hypershell Go X: who is it for, what price and what range?

    The Go X is the entry model of Hypershell's X Series: 999 euros, 2 kg, 15 km stated range, 88 minutes to charge, 24-month warranty. It targets occasional walking. The manufacturer's page states up to 30% effort reduction, our page 20%: check the current value.

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  • What is the lightest walking exoskeleton?

    In our catalog, the lightest are the Hypershell Carbon X and Ultra X (1.8 kg) and the VIGX π (1.8 kg), followed by the Dnsys X1 (1.9 kg). The Hypershell Go X and Pro X weigh 2 kg, the VIGX π Plus 2.1 kg and the Ant-H1 Pro about 2.3 kg. These weights are the manufacturers'.

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  • Can you take a walking exoskeleton on a plane?

    In principle yes, but batteries travel in the cabin. According to IATA, spare batteries never go in the hold, and up to 100 Wh they are generally accepted in the cabin. Hypershell batteries are 72 Wh according to the manufacturer. For the exoskeleton itself, the rule depends on the airline: ask before you travel.

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  • Does a walking exoskeleton help when going downhill?

    It depends on the model. Hypershell's official X Series page lists a "Downhill" mode for all models, a Pro X tester reports automatic braking, and VIGX states energy recovery. Our Go X page, however, mentions a passive mode downhill: these sources differ.

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  • What real-world range does a hiking exoskeleton have?

    Manufacturers state 15 to 30 km per battery depending on the model, but these are stated values, measured under their own conditions. An independent test of the Pro X did not report a notable gap with the stated 17.5 km. Terrain, elevation gain, your weight and the assistance mode all change the result.

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  • How much does a hiking exoskeleton weigh and is it a nuisance?

    The walking exoskeletons in our catalog weigh between 1.8 and about 2.3 kg according to the product pages. Whether that weight is a nuisance is another matter: a Pro X tester (1.8 kg) reports padded areas that get hot, limited range of motion when seated and a distracting hip click. The feel varies from person to person.

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04

Back and work

12 questions

  • Is there financial aid to fund an exoskeleton in a company?

    Yes, under conditions. The French Occupational Risk Insurance offers the "Ergonomic risk prevention" subsidy, which names exoskeletons among the fundable equipment when an individual workstation adaptation is recommended by the occupational physician. It generally covers 70% of the investment, with a minimum of 500 euros.

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  • Which exoskeleton to choose for working with arms overhead?

    For prolonged work above shoulder height, our catalog offers two passive Hapo models: the Hapo UP (4,200 euros, 1.87 kg), designed to support the shoulders when raised, and the Hapo FRONT (2,280 euros, 1.3 kg), which relieves the arms with versions of 2, 4 and 6 kg per arm.

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  • Must the works council be consulted before introducing exoskeletons in a company?

    In principle yes. Under the French Labour Code, the social and economic committee (CSE) is informed and consulted on the introduction of new technologies and on any major change affecting health, safety or working conditions. Deploying exoskeletons can fall within this: confirm it with your legal department or the labour inspectorate.

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  • Hapo HD, BACK, SD, BR or CS: which back exoskeleton to choose?

    The choice depends on posture. The HD (1,282.80 euros) relieves trunk bending, the BACK (2,398.80) gives on-demand support, the SD (2,158.80) also works crouching or kneeling, the BR (3,595.20) decompresses the lumbar area and the CS (2,158.80) is designed for the female body shape. All are passive, with no battery.

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  • Does a cervical exoskeleton help with overhead-gaze work?

    That is what the Hapo NECK aims at: supporting the neck muscles when looking up, with leaf springs and no battery, for 0.350 kg and 640.80 euros. The manufacturer states support of up to 25 kg in total with the standard springs. No independent measurement read confirms the effect.

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  • Is an exoskeleton useful for a nursing assistant or nurse?

    It can relieve the back during intermediate tasks, such as helping someone stand, bedside washing while bent over or prolonged care, but it does not replace a patient lift. Our pages offer passive Hapo back models, around 1.1 kg. INRS reports a cardiac cost increase of about 15% on average for some handling tasks.

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  • Which exoskeleton for a forklift driver, warehouse worker or order picker?

    The choice depends on the dominant movement. For repeated bending, our catalog offers the Hapo HD (1,282.80 euros); for floor work, the SD (2,158.80); for carrying loads in front, the FRONT (2,280); for high shelving, the UP (4,200). All are passive, with no battery.

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  • Which exoskeleton to choose for a construction site depending on the trade?

    It is chosen by trade and posture, not for the whole site. Our catalog offers the Hapo SD for floor tilers and plumbers, the HD for structural work, the UP for painters and plasterers at the ceiling, the FRONT or UP for electricians, and the NECK for head-up work.

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  • How do you integrate an exoskeleton in a company, step by step?

    The approach described by the Seine-Maritime management center, based on standard NF X35-800, has four phases: needs statement, selection, evaluation, deployment. Deployment starts with a pilot with volunteers, then rolls out gradually, with continuous follow-up and the occupational physician involved.

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  • Which back exoskeleton for working crouching or kneeling?

    The Hapo SD is designed for that: a passive multi-position back exoskeleton that supports the lower back bent, kneeling and crouching. It weighs 0.950 kg and costs 2,158.80 euros, with no battery. Many back exoskeletons are optimized only for standing bending: check the posture each page targets.

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  • Does a back exoskeleton replace a lumbar belt?

    No, they are two different tools. According to INRS, the lumbar belt is ineffective as a prevention tool and is only indicated during painful episodes, on medical prescription. A passive back exoskeleton aims to reduce effort when bending, but INRS reminds us that no equipment replaces improving the workstation itself.

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  • Who pays for an exoskeleton at work: employer or employee?

    In principle, the employer. Article L4122-2 of the French Labour Code states that health and safety measures at work must not entail any financial burden for workers. If the employer introduces an exoskeleton to prevent a risk, the cost therefore falls on the employer. This is not legal advice.

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05

Buying and price

15 questions

  • Is an exoskeleton reimbursed by health insurance or a supplementary insurer?

    As a rule no, for a sports or comfort exoskeleton. The French health insurer only reimburses products on the LPP list, and we found no sports exoskeleton on it. For a specific product, check whether it is on the LPP database and ask your supplementary insurer for a quote before buying.

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  • Can you return an exoskeleton bought online?

    In principle yes: according to Service-Public.fr, a distance purchase carries a right of withdrawal of at least 14 calendar days from the day after delivery, with no need to justify it. The refund follows within 14 days of your decision. Some exceptions exist, and return costs are yours unless the seller says otherwise.

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  • How do you know if a website selling exoskeletons is reliable?

    Apply Service-Public.fr's checklist: read the legal notices and terms of sale, search the site's name with the word "scam", beware of fake reviews, prefer a European site to keep the right of withdrawal, and pay on an https page. A .fr domain does not ensure a French seller.

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  • Can you rent or try an exoskeleton before buying it?

    Sometimes. Ski-Mojo publishes a reseller locator, which helps find a shop where you can see or try the product, and Stoko states a free one-month trial. We read no official rental price: contact the manufacturer or a reseller to learn the exact conditions before committing.

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  • Are there exoskeletons designed for women?

    Yes, several products in our catalog come in women's versions: the Hapo CS for the back (2,158.80 euros, 0.850 kg), the Stoko K1 tights for women and its short version, and the Imbrace Gen 2 Women leggings (192 euros). The Ski-Mojo states a minimum height of 1.55 m.

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  • How do you choose the size of an exoskeleton?

    Compare your measurements with the manufacturer's chart, never with a clothing size. Depending on the model, it relies on height, thigh circumference or weight: the Ski-Mojo requires at least 1.55 m and a spring suited to weight, the Imbrace Gen 2 comes in S to 2XL. Also check the return conditions.

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  • Hypershell Carbon X or Pro X: what is the difference and which to choose?

    On our pages, both state the same assistance (30%) and the same 17.5 km range. The Carbon X (1,799 euros) is lighter, 1.8 kg with a carbon-fiber structure, than the Pro X (1,199 euros, 2 kg). So you pay 600 euros for 200 grams and a material.

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  • Is the Hypershell Ultra X worth the extra cost over the Pro X?

    It depends on distance. The Ultra X costs 1,999 euros against 1,199 for the Pro X, an extra 800 euros, for a stated range of 30 km against 17.5 km, 1.8 kg against 2 kg and a newer AI chip. On short outings, the price gap weighs more than the spec-sheet gap.

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  • Dnsys X1 Lite, Carbon or Carbon Pro: which version to choose?

    All three versions share the same base: 1.9 kg, 20 km range, Eco and Sport modes. The Carbon (849 dollars) adds better carbon fiber and more precise sensors to the Lite (689 dollars), which our Carbon page says is discontinued. The Carbon Pro (989 dollars) aims at maximum precision.

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  • VIGX π, π Plus or Ant-H1 Pro: which exoskeleton to choose?

    The π (1,199 dollars, 1.8 kg) is the lightest entry model. The π Plus (1,499 dollars, 2.1 kg) adds a hot-swappable double battery, over 24,000 steps and energy recovery on descents. The Ant-H1 Pro (2,399 dollars, about 2.3 kg) targets daily walking, with a battery swappable in 3 seconds.

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  • How much does an exoskeleton cost in 2026 by family?

    In our catalog, a support garment costs from 192 euros to 388 dollars, a passive ski exoskeleton 699 euros, a Hapo passive work exoskeleton from 640.80 to 4,200 euros, and a powered walking exoskeleton from 689 to 2,399 dollars or from 999 to 1,999 euros. Check the currency and taxes.

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  • Which exoskeleton to choose for a first purchase as a beginner?

    Start from the use, not the model. For walking, the Hypershell Go X (999 euros) is the entry of its series. For skiing, the Ski-Mojo (699 euros). For discreet support, a garment like the Imbrace Gen 2 (192 euros) or the Stoko K1. For work, a passive Hapo chosen by posture.

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  • What warranty comes with an exoskeleton?

    In France, every professional seller owes the legal guarantee of conformity: 2 years on a new product. Manufacturers sometimes add a commercial warranty, from 12 months to 2 years in our catalog, with varying conditions. Always check who your seller is and what exactly the warranty on offer covers.

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  • Do you have to pay taxes on an exoskeleton bought outside the EU?

    Generally, yes. A purchase from outside the European Union bears import VAT, 20% from the first euro according to French customs, and customs duty above 150 EUR whose rate depends on the product and its origin. The carrier may also charge handling fees. Check whether the seller includes them in the displayed price.

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  • Is a second-hand exoskeleton worth it?

    It can be worth it for a simple passive model, provided you check the wear parts and know your remedies. Service-Public.fr states that the professional seller answers for the legal guarantee: on an ad between private individuals, that protection is not a given. For a powered model, more caution is needed.

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06

Health and safety

13 questions

  • Can an exoskeleton help after a cruciate ligament tear?

    We found no source that evaluates it. The French health insurer describes a medical pathway: rehabilitation, possible ligament reconstruction, gradual return to sport, with a knee sleeve or hinged brace to stabilize the knee. After a reconstruction, it asks patients to avoid skiing for a year. This is not medical advice.

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  • Is an exoskeleton a medical device?

    It depends on the purpose stated by the manufacturer. An exoskeleton intended for medical use falls under the European medical devices regulation; a sports or work model is not automatically one. The Stoko K1 presents itself as a class 1 medical device (FDA and Health Canada), which remains a manufacturer statement.

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  • Is an exoskeleton suitable for a herniated disc or low back pain?

    No source we read recommends it as a treatment. This is not medical advice: the decision rests with your doctor or the occupational physician. The French health insurer stresses staying in work and adapting the workstation; a back exoskeleton is only one possible adaptation, to be validated case by case.

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  • Is training required to use an exoskeleton at work?

    According to INRS, no specific training for using professional exoskeletons is listed. It does recommend a familiarization program, first outside work situations then in real conditions, because the worker must build new reference points. There is no fixed adaptation period: it depends on the device, the task and the person.

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  • Is an occupational physician's opinion needed to wear an exoskeleton?

    Yes, INRS recommends it. According to INRS, it is for the occupational health service to assess fitness to wear an exoskeleton, taking into account the worker's health and the work situation, and it advises involving that service in the approach. This is not medical or legal advice.

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  • Does an exoskeleton present risks for its user?

    Yes, INRS identifies three families: mechanical (collisions, crushing, chafing, joint injury), physical-load related (overload, imbalance, other musculoskeletal disorders, muscle deconditioning) and mental-load related (loss of autonomy, increased attention), without giving figures, according to its own page. This is not medical advice.

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  • Does an exoskeleton weaken your muscles the more you use it?

    It is a risk INRS cites: muscle deconditioning and local muscle wasting in the medium term, as well as sensory disturbances after removal. INRS also notes these technologies are too recent to know the long-term effects. This is not medical advice.

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  • Can an exoskeleton strain the heart or increase cardiac effort?

    Yes, it can happen. INRS answers that wearing an exoskeleton can increase cardiac cost during handling tasks, with an example of about 15% on average. That figure comes from an example, it is not general. With a heart condition, ask your doctor. This is not medical advice.

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  • Is there hindsight on the long-term effects of an exoskeleton?

    Not really. INRS answers that these technologies are relatively recent: industrial adoption in France began around 2015, and there are few lasting deployments. So long-term effects, good or bad, are not well known. This page dates from 2018. This is not medical advice.

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  • Can you wear an exoskeleton all day?

    There is no official maximum duration. INRS says it has no precise indications on the adaptation time and stresses the lack of data on long-term effects. Some manufacturers present their passive models as wearable all day, but medical fitness, a trial at the workstation and follow-up remain decisive.

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  • Can you ski with a knee replacement and an exoskeleton?

    Only your surgeon can answer. The French health insurer asks patients not to resume sport without the surgeon's approval and discourages high-impact sports; its page does not mention skiing. We have read no source covering an exoskeleton after a knee replacement. This is not medical advice.

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  • Can an exoskeleton slow down knee osteoarthritis?

    We found no evidence that it can. According to the French health insurer, no treatment cures knee osteoarthritis, but rehabilitation, weight loss and sometimes a brace can slow its progression or reduce pressure. Exoskeletons are not named on that page. This is not medical advice.

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  • Knee exoskeleton and meniscus: is it useful?

    We found no source that evaluates it. The French health insurer describes how a meniscus lesion is managed: medical treatment, a prescribed brace, rehabilitation, sometimes surgery, then a doctor-supervised return to sport. A sports exoskeleton does not replace that pathway. This is not medical advice.

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07

Technical

9 questions

  • Does a powered exoskeleton work in extreme cold?

    Within the stated limits. Hypershell states an operating range of -20 to 60 °C for the X Pro, X Carbon and X Ultra, and -10 to 60 °C for the X Go, with an "anti-cold" battery at -20 °C. Our Dnsys page states no temperature. These values come from manufacturers; the effect of cold on range is not quantified.

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  • Hip or knee exoskeleton: which one to choose?

    It depends on the use. Walking exoskeletons from Hypershell, Dnsys and VIGX act at the hip: they assist the stride and suit hiking. A knee exoskeleton, such as the Ski-Mojo or Dnsys Z1 modules, targets the joint itself: skiing, descents, a fragile knee.

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  • How do you check that an exoskeleton complies (CE marking)?

    Look for the CE marking on the product or packaging, then ask the manufacturer for its declaration of conformity, which lists the texts applied. According to INRS, an exoskeleton is not personal protective equipment. CE marking is a manufacturer's declaration: it does not replace independent testing.

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  • What is the difference between an exoskeleton and a textile exosuit?

    A rigid exoskeleton relies on a structure, springs or a motor to take over part of the effort. A textile exosuit, like the Stoko K1 tights (about 450 g), relies on an elastic support fabric, with no motor or battery. The first assists more, the second is lighter, more discreet and cheaper.

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  • Can you change an exoskeleton's battery while walking?

    It depends on the model. According to our pages, the VIGX π Plus has a double battery with hot swapping without switching the device off, and the Ant-H1 Pro's battery (about 250 g) is replaced in 3 seconds by magnetic connection. For other brands, our pages do not specify whether the battery is removable.

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  • Is there a standard for exoskeletons?

    Yes for workplace integration: standard NF X35-800, published by AFNOR on 2 August 2023, describes an integration method for exoskeleton-type physical assistance devices. It applies only to work situations: medical, sports and leisure uses are excluded. No standard certifies an exoskeleton as personal protective equipment.

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  • Active, passive or textile exoskeleton: what are the differences?

    An active exoskeleton uses a motor and a battery, like the Hypershell, Dnsys or VIGX. A passive one uses springs, with no energy, like the Ski-Mojo or Hapo. A textile one supports through cables or fabric, like Stoko and Imbrace. The stronger the assistance, the more weight, price and upkeep rise.

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  • How do you charge a powered exoskeleton?

    A powered exoskeleton charges over USB-C. For the Hypershell X Go, Pro and Carbon, the manufacturer states about 88 minutes with a 65 W USB-C charger that supports Power Delivery; an unsupported charger slows charging down. To go out for longer, a spare battery can be swapped in quickly.

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  • Is a powered exoskeleton afraid of rain?

    It tolerates splashes, not immersion. The manufacturer states an IP54 rating for the Hypershell X Go, X Pro, X Carbon and X Ultra: protected against dust and water splashed from any direction, but not against powerful jets or immersion. Check the rating of your own model before heading out in heavy rain.

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