Charles Owen veiligheidshelm Kylo Sparkle met MIPS navy blue

Charles Owen Kylo Sparkle MIPS Safety Helmet

L / Sheen navy blue
€189,00
Sale price  €189,00 Regular price 
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Charles Owen veiligheidshelm Kylo Sparkle met MIPS navy blue

Charles Owen Kylo Sparkle MIPS Safety Helmet

€189,00
Sale price  €189,00 Regular price 
Size
Color

Charles Owen Kylo Sparkle MIPS helmet – now you don't have to choose between safety and quality!

Thanks to the special inner shell, it can be perfectly adjusted, making it suitable for both round and oval heads.

The Kylo exudes quality, style, and comfort with an easy-to-fit precision dial-fit system. Complete with a removable, washable headband.

The Charles Owen Kylo MIPS helmet is certified to three international safety standards (ASTM F1163-23, PAS015:2011, BS EN 1384:2023). Optional Mips technology is available to protect you with the very best helmet safety.

Features:

  • Precision fit with dial adjustment
  • Lightweight
  • Flexible peak (brim)
  • Extensive ventilation for maximum cooling
  • Fully adjustable leather-look harness
  • Quick-release buckle for harness
  • Machine washable, moisture-wicking material, removable headband
  • Mips protection
  • Available in both standard and wide brim in all sizes
  • FSC sustainably produced and recycled packaging

How to fit:

  1. Place the helmet on your head, holding it approximately 1 cm above the eyebrow, at its loosest setting.
  2. While holding the peak in place, slowly begin to tighten the dial fastener at the back of the helmet until it is snug. Tighten your dial gently. Over-tightening the dial mechanism when the helmet is worn can cause the dial to seize. If this occurs, simply remove the helmet and release the dial.
  3. Check the fit by gently pulling the peak or front of the helmet. The skin above the eyebrows should move with the helmet's movement if it fits correctly. Independent movement of the helmet indicates it is too large or the dial has not been tightened enough.
  4. Because the helmet is secured with a dial mechanism at the base of the skull (occipital rim), consistent contact around the entire circumference of the helmet is not required.
  5. The chin strap should sit just below the chin, gently touching the bottom of the earlobe, avoiding the throat.
  6. One finger's width should be between the chin and the chin strap. The space between the chin and the chin strap indicates how far the helmet can move in an accident. When doing up the chin strap, insert your finger between the strap and your chin to ensure you are not pinching yourself.
  7. Before removing the helmet, loosen the dial. This helps prevent unnecessary strain on the dial fastener and ensures you secure it correctly each time it is worn.
  8. Charles Owen Kylo MIPS helmet

    Further explanation about the MIPS system and why the Charles Owen Kylo MIPS helmet is a good choice.

    As a leader in equestrian helmet technology, Charles Owen is approaching the pinnacle of total rider protection. Innovative ways to add protection have therefore become necessary.

    Charles Owen has embraced Mips technology to enhance the safety of several of their already triple-tested and certified riding helmets.

    The introduction of Mips offers further protection to reduce brain injury in high-speed accidents while riding.

    What is Mips helmet technology?

    Mips-logo

    Mips stands for Multi-Directional Impact Protection System.

    The Mips system was invented in Sweden in 1996 by Hans von Holst, a neurosurgeon, and Peter Halldin, a researcher at the Royal Institute of Technology.

    The Mips safety system is an additional low-friction lining incorporated into the riding helmet.

    How does the Mips safety system work?

    Rotational motion is a common cause of concussions and more severe brain injuries in oblique impacts to the head. The Mips safety system consists of a low-friction layer mounted inside the helmet.

    In the event of a fall while horseback riding, the low-friction layer is designed to move slightly within the helmet to redirect forces away from the head. This is intended to reduce the risk of brain injury.

    See also this video about the MIPS system.

    STANDARDS ASTM F1163-23, PAS015:2011, VG1 01-040 2014-12

    Charles Owen Kylo MIPS helmet

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