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Inserto Per Paraschiena Nucleon Kr-Celli -
Inserto Per Paraschiena Intero Nucleon Flex Proi -
Protezione Torace Nucleon Flex Pro Ci -
Protezioni Nucleon KR Cell Cir -
Paraschiena Nucleon KR-1 Cell -
Toe Slider GP Plus -
Paraschiena Nucleon Kr-2 -
Paraschiena Nucleon Kr-3 -
Slider GP Plus -
Knee Slider GP Plus -
Slider GP Plus Per Ginocchio -
Protettori Per L'Anca Nucleon Racing Kr-Hr -
Paraschiena Nucleon Kr-2 -
Protezione Torace Nucleon Kr-C -
Protezioni Spalle Nucleon Flex Plus -
Protezioni Spalle Nucleon Flex Pro -
Protezione Torace Intera Nucleon Plasma A Strappo -
Protezione Nucleon Kr Cell Ci S -
Sliders Per Ginocchio GP Sport Evo -
Paraschiena Nucleon KR-1 Cell i -
Protezione Torace Divisa Nucleon Plasma -
Protezione Nucleon Kr-Cell -
Paracoccige Nucleon Kr-Tb -
Inserti per Gomitiere -
Protettori Per L'Anca Bioflex -
Paraschiena Nucleon Kr-Y Ragazzo -
Slider Per Ginocchio GP Plus -
Protezioni Gomito Nucleon Flex Pro -
Inserto Per Paraschiena Nucleon Plasma -
Sliders GP Pro Per Ginocchio -
Inserto Protezione Torace Intera Nucleon Plasma -
Cintura Lombare Touring -
Ginocchiere Nucleon Flex Pro -
Paraschiena Nucleon Plasma -
Ginocchiere Nucleon Flex Plus -
Knee Slider GP Tech
Domande frequenti Nascondi FAQ
What do CE Level 1 and Level 2 mean for motorcycle body protectors?
CE levels indicate how much impact force a protector allows to pass through under EN testing. Level 2 permits less transmitted force than Level 1, offering a higher impact‑attenuation threshold when correctly fitted.
| Standard | Area | Level 1 (max avg force) | Level 2 (max avg force) |
|---|---|---|---|
| EN 1621‑1 | Shoulder, elbow, hip, knee (limbs) | ≤ 35 kN | ≤ 20 kN |
| EN 1621‑2 | Back | ≤ 18 kN | ≤ 9 kN |
| EN 1621‑3 | Chest | ≤ 18 kN | ≤ 9 kN |
Choose the level that matches your riding and comfort needs. Higher levels can be thicker or firmer; ensure proper fit so protection stays correctly positioned on the bike.
How do I choose the right size and fit for a back or chest protector?
Use your height and torso/chest measurements and refer to the size guidance on each product page. A back protector should cover from the upper spine between the shoulder blades toward the tailbone without interfering with seat contact; a chest protector should center over the sternum and rib cage without gaps.
Try protectors in a riding stance with the layers you plan to wear. Adjust straps so the protector is secure but not restrictive, and ensure it stays in place when you reach for the controls or look over your shoulder.
Can I wear a body protector under my jacket or with a Tech‑Air airbag system?
Most road protectors are designed to be worn under a riding jacket or suit. If your outerwear has removable armor pockets, you can use standalone protectors underneath, ensuring there is enough room for correct placement and mobility.
For airbag use, wear only garments and layers that are clearly marked as “Tech‑Air Compatible/Ready,” and follow system instructions. Avoid adding rigid shells over an airbag unless the specific system allows it. For more details, see Tech‑Air systems and the Tech‑Air compatibility checker.
What’s the difference between soft armor, hard‑shell armor, and roost deflectors?
Soft, viscoelastic armor molds to the body and stiffens momentarily on impact to absorb energy; it’s low‑profile for road and urban use. Hard‑shell armor combines rigid plates with energy‑absorbing foam for added puncture and slide resistance, commonly used in off‑road and high‑debris environments.
Roost deflectors (often tested to EN 14021) are primarily stone/roost shields for motocross and may not provide CE‑certified impact attenuation for the chest or back. For impact protection, look for EN 1621‑3 (chest) and EN 1621‑2 (back). Explore category options in motorcycle chest protection and MX protection.
How should I clean and care for motorcycle body protectors?
Remove protectors from garments before washing outerwear. Wipe protectors with a damp cloth and mild soap; do not use solvents, bleach, or high heat. Air dry away from direct sunlight or heaters and avoid prolonged compression that can deform pads.
Inspect protectors regularly and after any crash. Replace units that are cracked, permanently deformed, or no longer seat correctly in your gear.













