- For the knees 0
- For the Chest (Motocross) 0
- For the Neck / Throat 0
- For the Entire Torso & Arms (Jacket) 0
- For the Waist 0
- For the elbows 0
- For the Pelvis & Hips 0
- Back Protector 0
- Vests 0
- Airbag 0
- Knee Sliders 0
- For the shoulders 0
- For the shins (Socks) 0
- Chest Protector 0
- Full Back 1
- For the hips 0
- For the palms 0
T.ur Easyflex-2 3in1 Level 2 Protective Rider Back Turtle
Safety specifications: CE Level 2
from74,90 € at 3 stores0
Κέρδισε ένα κουπόνι 50€ για την επόμενη αγορά σου!
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Filters
Clear- For the knees 0
- For the Chest (Motocross) 0
- For the Neck / Throat 0
- For the Entire Torso & Arms (Jacket) 0
- For the Waist 0
- For the elbows 0
- For the Pelvis & Hips 0
- Back Protector 0
- Vests 0
- Airbag 0
- Knee Sliders 0
- For the shoulders 0
- For the shins (Socks) 0
- Chest Protector 0
- Full Back 1
- For the hips 0
- For the palms 0
- Level 1 (Βασική απορρόφηση & Άνεση): Ideal for everyday use and city riding. They offer basic, certified CE protection with an emphasis on low weight, flexibility, and comfort, without restricting movement at all.
- Level 2 (Μέγιστη απορρόφηση): Designed for higher speeds, travel, or track days. They absorb a significantly greater portion of impact energy compared to Level 1, offering the highest possible certified safety (CE).
- Indoor: Special protectors (inserts) that fit into the internal pockets of your gear. They remain invisible from the outside, offering ergonomics and a discreet appearance without any extra straps.
- Exterior: Protectors worn over clothing or independently. Ideal for off-road, motocross, or if your gear does not have special attachment points. They fit securely on the body.
- Soft / Flexible: Made from smart materials (e.g., foam, D3O) that conform to the body and remain soft while moving. In the event of an impact, they harden instantly to absorb the force. Ideal for long rides.
- Hard Shell: They have an external hard shell. Ideal for intensive use (e.g. motocross, enduro), as they protect against sharp objects (stones) and distribute the impact force over a much larger surface area.