10 mm foam heel support: comfort and support at moderate speeds.

Easy opening/closing

Flex (3/10) is forgiving of mistakes and improves comfort.

Flexibility

EVA foam sole: 80% air insulates from cold ground.

Thermal insulation

Easy to get on. Flexible foam: maximum comfort. Thermoformable liner.

Fitting comfort

Ultralight outsole with large studs for good grip on all types of snow.

Traction

Ultralight cushioning EVA sole (80% air).

Cushioning

Very comfortable, these boots make learning easier and help you progress.

Condition

Skill Level

heat moldable liner

tightening zone

Flex

Type of Liner

Tightening Type

Laces and a blocker that is easy to use for fast tightening. The outer tightening system uses classic laces.

Quick tightening system

Adequate flex is something we strive for. It improves comfort, reduces physical fatigue, and allows you to fully enjoy your day in the snow. It helps beginners adopt the right position on the board: ankles flexed to avoid straight legs. Snowboarding demands fast reactions, and keeping knees bent is important. You don’t want to start with a boot that’s too stiff.

Boot flex/stiffness

The Flex Up enables you to add 2 out of 10 flexion points (with Flex Up, this boot has a rigidity of approximately 5/10).
This is a plastic accessory which is inserted into the tongue of Decathlon snowboard boots produced from the 2022/23 season onwards. A pocket has been included in the design to keep it in the ideal position.
The Flex Up adds stiffness: If your boot turns more limp, give it a second life.

Adding Flex Up

Foot support is essential for steering your board. The level 1 liner has 4 features:
1. Liner that can be thermoformed at home 
2. Comfort Heel Pad ankle foam 
3. 4-point liner tightening
4. Hook-and-loop tab on the top of the liner

Heel support: level 1 liner (/3)

Thermoforming is only possible in built-in ovens measuring 56 cm x 60 cm x 56 cm (22” x 23.5” x 22”) equipped with a fan mode. Do not attempt in a gas oven or small toaster oven with visible heating elements.

1. Thermoforming the liner by yourself: Warning

1. Heat your oven to 80°C in convection mode. 
2. Remove the inner soles from the liners. Place the liners on a baking sheet covered with a piece of parchment paper.
3. Wait 15 minutes.
4. Put them on with a pair of ski or snowboard socks and tighten them (not too much).
5. Put on the boots on and tighten fully. 5. Wait for 15 minutes. 
This operation can be repeated if necessary.
For use in a built-in oven (56 cm x 60 cm x 56 cm/22” x 23.5” x 22”) only

1. How to thermoform the liner yourself

Ankle padding fills the hollow under and behind the ankle, keeping the heel firmly in place.
The level 1 liner is made of a relatively soft, one-piece material with 10 mm (0.39”) thick foam ankle pads.
The goal is to provide heel-foot support that matches the boot’s performance level. In fact, the faster you go, the more energy is deployed and the more support your foot needs.
Comfort Foam provides maximum comfort.

2. Comfort Heel Pad ankle foam

4-point tightening for good foot support. It holds the foot in place around the ankle.

3. 4-point liner tightening

The top of the liner has hook-and-loop strips, enabling you to hold the tongue of the liner in place at the sides, no matter how your foot is moving. 

4. Hook-and-loop strip on top of liner

The insole of this boot is flat. It offers comfort and thermal insulation. 
If you really need added support for your foot, here’s what you can do: 
- add a sole that is pre-formed at the arch and heel area
- add a sole that can be thermoformed to your foot This is the most effective solution.

Insole

Our Ultralight sole is 100% EVA.
EVA is a very light material with 80% air. This material resists abrasion while maintaining its damping properties. It is naturally very insulating and protects you from the cold ground.
The lug tread offers excellent grip without retaining snow.

Sole: grip, traction, cushioning, and thermal insulation

1. Put the boot on. 
2. Tighten the boot. 
3. Stand up.
4. Your big toes should touch the tip of the boot without excessive pressure.
5. Bend your legs forward; your big toes should move back, no longer touching the front of the boot.

How to choose the right size

Snowboard Boots

clearance

Complies with EN1077:2007 standard (class B). Lightweight In-Mold structure.

Impact protection

Head size adjustment dial, full coverage.

Stability

6 holes and ventilation channels for breathability and moisture management.

Ventilation

410 g in size M. The lightest helmet in the range.

Lightweight

Ear pads and thick hat in a brushed material.

Warmth

Ease of use

Warm, well-ventilated liner with full coverage.

User comfort

Developed for regular skiers looking for a light, comfortable, ventilated helmet that they’ll forget they’re wearing. 

Adjustable Helmet

Ventilation Zippers

Intensity

Frequency

Weight (g)

Season

helmet compatible with

protection technology

material of the exterior shell

type of chin guard

helmet shape

reflective

removable foams

number of aeration points

Bluetooth Connection

RECCO system

Style

Detachable Visor

Fastener Type

Wedze/Quechua helmets and goggles are designed to form an complete unit and prevent gaps between the top of the helmet and the goggles.

Compatibility

Use the adjustment dial to secure your helmet. The dial can be easily adjusted while wearing gloves. It also provides comfort and maximum safety. Turn the dial to the right to tighten and to the left to loosen.

Tightening dial

This type of structure, known as In-Mould, features a polycarbonate outer shell that is moulded directly to the EPS liner. The inner EPS liner absorbs shocks in the event of a collision. The whole thing is extremely lightweight. The In-Mould construction is more sensitive to everyday impacts. We recommend changing your ski helmet at least every five years or if it has sustained a significant impact.

In-Mold construction

Measure the circumference of your head (from the middle of your forehead to the top of your ears) and choose the right size. When trying on the helmet, you should not feel any discomfort. If the helmet does not have a visor, try it on with a pair of goggles: There should be no gaps between the two.

How to choose the right size and trying on your helmet

For your safety, your ski helmet must be properly adjusted:
- The head circumference must be adjusted using the tightening dial.
- The chin strap must be correctly adjusted. You should be able to fit two fingers between the strap and your skin. If it is not adjusted properly, the helmet will not protect you as it should.

Adjust your helmet once you have the right size

We recommend replacing your ski helmet at least every five years unless it has sustained a significant impact in the meantime. In the event of a strong impact, the helmet must be replaced: even if it is not visible, the internal material may be damaged and your helmet will provide less protection.

When should you replace your ski helmet?

Avoid wearing a hat, as this will create a gap between your head and your helmet and reduce your protection. If necessary, opt for a very thin balaclava designed for this purpose. 
Avoid putting a camera on the helmet, as this will compromise your safety. The standard does not take into account any elements added to the helmet.

A helmet keeps you warm: it is not necessary, and even discouraged, to wear a hat underneath

Helmets used for head protection when downhill skiing and snowboarding are required to meet the European standard EN 1077:2007. This standard ensures that helmets absorb shocks and are resistant to penetration. There are two categories:
- Class A: protects the top and back of the head, as well as the ears and the side of the head.
- Class B: Protects the top and back of the head but does not cover the ears.

EN 1077 standard

Make sure this product is right for you before purchasing. If it is not suitable, you can return it under the following conditions: i.e. with the instructions, labels and, if applicable, the original packaging. it can be refurbished. 

Product returns (specific product: personal protective equipment).

Helmets

15,000 mm (Schmerber) membrane, taped seams.

Waterproof

Insulated with synthetic loose fibres, for use in temperatures as low as -9°C.

Breathable fabric and ventilation strip on the back

Breathability

Skiing without thinking about the cold? It is possible! The synthetic fibre insulation all the difference. The bonus? The warm and comfortable collar.

Drying in tumble dryer possible. Low temperature, maximum drum exhaust temperature 60°C.

Maximum wash temperature of 30°C. Very delicate cycle.

Snow Skirt

type of lining

Number of Pockets

Weather Conditions

sleeve length

Membrane Construction

Windproof

Pocket

type of waterproofing

type of hood

thumb pass

Type of Length

Removable Hood

Hood

Zipper Type

Schmerber

Main Material

The waterproof zippers, snow skirt, high collar, and adjustable hood and cuffs offer superior insulation to keep you warm.

In addition to the padding, which components provide warmth?

We lab-test our products to provide you with a comfort indicator. The comfort indicator is measured without tights for pants, and with a thermal T-shirt and a fleece for jackets. The temperature indicated is the external temperature at which the testers were neither warm nor cold. Of course, the perceived temperature varies depending on the intensity of the activity and each individual’s metabolism.

How is comfort temperature measured?

To stay warm and dry, we recommend using the 3-layer technique: 
- Layer 1 or second skin, to stay dry. 
- Layer 2 or insulating layer, to keep the heat in.
- Layer 3 to protect against the elements.

How to dress to stay warm on the slopes

The resistance of a fabric is measured by the height of the water column (measured in mm) that the fabric can withstand (test based on the ISO 811 standard). The higher the pressure, the more waterproof the fabric. A water-resistance rating of 10,000 mm means the fabric can resist 10,000 mm of water pressure.
For skiing, we advise components rated between 3,000 mm and 20,000 mm.
At Decathlon, we lab test all of our waterproof products. This product scores 3/5.

How is the water resistance measured?

The membrane is a very fine component applied to the inner surface of the outer jacket fabric. This component prevents water from seeping in while wicking away perspiration. The membrane is unbeatable when it comes to keeping you warm and dry.

What is a membrane and what does it do?

The 500 ski jacket is made of sturdy, water-resistant materials that reduce wind chill for better protection against the elements. To check its waterproof rating, this jacket was tested under a special shower test that replicates the conditions skiers face. This jacket’s waterproofing was field-tested in various weather conditions for several days.

Which parts of the jacket protect me in bad weather?

Water repellency is a material’s ability to let water bead off the surface without being absorbed. This jacket features water-repellent components that improve its weather resistance. The exterior surface of the fabric is treated to make it water-repellent.

Why does my jacket need water repellency?

Bear in mind that the water-repellent feature can be reactivated. To do this, you can use a waterproof spray (sold in our stores): spray the product evenly over the entire item, then allow to dry for 10 to 12 hours.

How to reactivate water repellency

This jacket wicks perspiration away. To determine a fabric’s breathability, we measure its resistance to evaporative heat (RET) based on a standardized ISO 11092 test. The lower the RET, the more breathable the fabric. The 500 ski jacket has a RET of 11. However, it is Wedze’s technical solutions (zippers, vents, mesh) that reduce condensation and maximize breathability.

What is a breathable jacket?

Regular fit. The jacket’s sides are straight rather than fitted. This jacket is roomy enough to be worn over a first and second technical layer.

Regular fit

The snow skirt adjusts automatically, and adjustable cuffs block drafts and snow, especially in the event of a fall.

Keeps snow out if you fall

* Close all the zippers on the jacket.
* Turn it inside out.
* Machine wash at 30°C on the delicate cycle with little detergent and no fabric softener. 
Important: Use a gentle/delicate spin cycle (less than 800 rpm). Spinning too fast may create clumps that are difficult to undo.

Care

Tumble dry (strongly recommended). 
* Gentle or delicate cycle. 
* Dry on several long cycles to dry completely. * If you do not have a dryer, it will take longer to dry (drying flat can take 1 to 2 weeks). Make sure you pat the jacket to avoid any lumps.

How to dry your jacket

We commit to repairing your product free of charge for the duration of the warranty. If you need the seams, zippers, or another element repaired, contact your store. However, if we can’t repair your product (production defect), we will exchange it or reimburse you.

This product is repairable

The model in the photo is wearing a size L and measures 185 cm (6’1”). 
Measurements: 
Chest measurement: 104 cm (40.9 in) 
Waist measurement: 104 cm (40.9 in)
 Arm length: 45 cm (17.7 in)
Inside leg length: 80 cm (31.5 in)

Choosing the right size

Ski Jackets

60 g/sqm wadding, brushed polyester lining, comfort temperature down to -4°C.

5,000 mm membrane (Schmerber) and partially taped seams.

Semi-elastic waist, belt loops, strap loops.

Adjustable

Water-repellent exterior fabric does not get waterlogged.

Water repellent

Pockets

Gaiters at the bottom of the pants prevent snow from getting in.

Limits snow entering

The perfect ally for your first rides! Waterproof and comfortable, they will keep you warm. The gaiters go over your boots.

reinforced area

belt height

Type of Brushing Boots

Place of Practice

modular

Type of Bell

With Straps

If you’re looking for better support on the shoulders, you’ll find loops for adding straps inside the waistband. The straps can be found on our website.

Straps

For warmth, we used insulating fill (60 m²g/m²). This synthetic, polyester-based lining traps air according to the size of the fibres to keep you warm.

Which fabrics are used to make my pants warm?

We lab test our products to provide you with a comfort indicator. The comfort indicator is measured without tights for pants, and with a thermal T-shirt and a fleece for jackets. The temperature indicated is the external temperature at which the testers were neither warm nor cold. Of course, the perceived temperature varies depending on the intensity of the activity and each individual’s metabolism.

The regular fit allows the pants to be combined with a technical base layer.

What is the fit of the 100 Ski Pants?

The resistance of a fabric is measured by the height of the water column (measured in mm) that the fabric can withstand (test based on the ISO 811 standard). The higher the pressure, the more waterproof the fabric. Fabric with a waterproof rating of 5,000 mm is resistant to the pressure exerted by a 5,000 mm column of water.
For skiing, we recommend fabrics rated 5,000 to 20,000 mm. At Decathlon, we lab test all of our waterproof products. This product's rating is?/ 5 In a shower test.

How is your pants’ water resistance measured?

These pants have elastic gaiters at the ankles to cover your boots. The seal created by the gaiters keeps the snow out.

How can I prevent snow from getting in my pants?

To optimize your product’s performance and durability: 
*Machine wash at 30°C on a synthetics cycle. 
*Turn the product inside out.
*Use a small amount of detergent. Do not use fabric softener.
*Wring by hand. 
*Dry on a hanger in a warm, well-ventilated place.
Do not dry clean. Do not place on a radiator.

How should I wash my pants?

This product is repairable.

Ski Pants & Ski Bibs

Single all-weather visor with UV protection (category S3).

Sun protection

Complies with EN1077:2007 standard (class B). ABS construction for strength.

Gutter seam prevents water and snow from getting inside.

Thick ear protectors. Foam inserts for comfort.

For casual skiers looking for a simple and practical helmet with a visor to protect their head and eyes.

Technical Lens

Visor

Certification

Loft

Visor helmets are comfortable and practical. However, we recommend them more for moderate-speed skiers. They are less windproof than a mask, which moulds to your nose and face. If you are a very fast skier, air can get inside and cause discomfort.
For optimal airtightness, wear the visor as low as you can. If that isn’t possible, this helmet is not for you.

Special visor helmet feature

Take plenty of time to try it on properly. You should feel no discomfort from the helmet or around the visor. If you do, try a different one.
If you wear glasses, try on the helmet with the pair you plan to wear while skiing, then open and close the visor to check for any obstructions or discomfort.
Fogging is not caused by the helmet. Use an anti-fog treatment on your glasses.

* Measure the circumference of your head in centimetres (around the middle of the forehead, just above the ears).

* Then choose the size that corresponds to this measurement. 
Example: For a head circumference of 56 cm (22”), try a helmet in size 55 cm-59 cm (21.5”–23”).

dreamscape

Snowboard Bindings – SNB 100