HOW HÖVDING WORKS

AIRBAG SYSTEM
SENSORS AND ALGORITHM
ACTIVATION
COLLAR AND COVER
CHARGING

In the event of an accident, the patented airbag inflates in 0,1 seconds to form a hood that fixates your neck and provides 3 times better shock absorption than a traditional bicycle helmet.

When activated, Hövding records the cyclist's movements 200 times a second. In the event of an accident, the cyclist's abnormal movement is detected and the airbag inflates.

Hövding is activated using a button on the zip pull. A sound and a light indicate that Hövding is activated.

The collar is made of waterproof, functional fabric to provide the best possible protection for the built-in airbag system. Different covers are available in our online shop.

When sound and light indicate a low battery level, Hövding is recharged by connecting the USB cable supplied in an external charger with a USB port. A fully charged battery lasts for approximately 9 hours of cycling.

AIRBAG SYSTEM

In the event of an accident, the patented airbag inflates in 0,1 seconds to form a hood that fixates your neck and provides 3 times better shock absorption than a traditional bicycle helmet.

SENSORS AND ALGORITHM

When activated, Hövding records the cyclist's movements 200 times a second. In the event of an accident, the cyclist's abnormal movement is detected and the airbag inflates.

ACTIVATION

Hövding is activated using a button on the zip pull. A sound and a light indicate that Hövding is activated.

COLLAR AND COVER

The collar is made of waterproof, functional fabric to provide the best possible protection for the built-in airbag system. Different covers are available in our online shop.

CHARGING

When sound and light indicate a low battery level, Hövding is recharged by connecting the USB cable supplied in an external charger with a USB port. A fully charged battery lasts for approximately 9 hours of cycling.

Test at Stanford University: Airbag helmet protects up to 8X better

Concussion is one of the major causes of brain injury. Dr. David Camarillo at Stanford University heads up a research team that is trying to learn about the optimum design of concussion-proof helmets.

In 2016, they conducted a number of tests showing that Hövding’s unique design – an airbag that in the event of an accident expands to become both thicker and softer than a traditional helmet – reduces the risk of concussion up to eight times and almost completely eliminates the risk of skull fracture.

AIRBAG SYSTEM

The airbag is designed like a hood and made in an ultra-strong nylon fabric that won’t rip when scraped against the ground. Hövding protects nearly all of the head, while leaving the field of vision open. The inflated airbag covers a much larger area than a traditional cycle helmet and is designed according to current accident statistics.

Tests show that the protection is greatest where it is needed most. 

The airbag fixates the neck and provides extremely soft and gentle shock absorption. The pressure remains constant for several seconds, making it able to withstand multiple head impacts during the same accident. After that the airbag slowly starts to deflate.

The gas inflator that inflates the airbag is a so called cold gas inflator that uses helium. It is placed in a holder in the collar on the cyclist’s back.

SENSORS AND ALGORITHM

HOW HÖVDING TELLS THE DIFFERENCE BETWEEN CYCLING AND ACCIDENT

Thousands of tests were done, re-enacting cycling accidents using stunt riders and crash-test dummies, to collect the specific movement patterns of cyclists in accidents. In parallel, an equal amount of normal cycling data has been collected using test cyclists wearing Hövding in everyday cycling. Based on this collected data, we have developed an algorithm that can distinguish normal cycling from accidents.

When activated, Hövding records the cyclist’s movements 200 times a second. In the event of an accident, the cyclist’s abnormal movement is detected and the airbag inflates.

ACTIVATE

TO PUT YOUR HÖVDING ON:

  1. Place it around your neck and pull the zip up under your chin.
  2. The zip needs to be completely closed for the collar to work correctly.
  3. Only activate Hövding when cycling. To activate Hövding, attach the button on the zip tag to the right-hand side of the collar. Similarly, Hövding is deactivated when you unclip the button. Hövding should always be deactivated when you are not cycling.

Only activate your Hövding once you are wearing it, immediately before riding your bicycle.

At the front of the collar there are LEDs showing the battery level and whether Hövding activated or not. Activation is also indicated by a sound signal.

CHARGE

Hövding’s battery is easily charged through a USB charger using the cable included.

A fully charged battery lasts for approximately 9 hours of active cycling.

LEDs at the front of the collar show the battery level, and a low battery level is indicated by both light and sound.

COLLAR AND COVER

Collar and cover for airbag that tests show provides the best protection for cyclists.

The collar is made of waterproof, functional fabric that provides the best possible protection for the built-in airbag system. The collar isn’t washable but is protected from wear, sweat and dirt by the surrounding fabric shell. Any marks on the collar can be rubbed off carefully with a damp cloth.

The collar is ergonomically designed with even weight distribution across the shoulders. It is slightly heavier at the back than at the front so that when cycling the weight is resting on your back.

The enclosing cover also makes it possible for you to change the appearance of your Hövding. The cover is easy to remove and wash, or change for a different one to match your mood or personality. Different covers are available in our online shop.

CE MARKING

The Hövding airbag helmet is CE marked after undergoing an extensive process for approval by Technical Research Institute of Sweden*

CE marking is required for a cycle helmet to be able to be sold in Europe and certifies that the helmet complies with the requirements laid down in the EU Directive for personal protective equipment. All types of helmets must provide protection for the head in the form of shock absorption and force distribution in an accident. Complete protection in the event of an accident and functioning during normal use are basic criteria for CE marking.

The helmet must also be designed so as to cause no unnecessary risks, meaning there must be no sharp edges et cetera which could injure the wearer. The environmental tolerance criteria for helmets dictate that they must be able to withstand moisture and work in heat and cold, and also when subjected to the sun’s ultraviolet light.

*present RISE, Research Institutes of Sweden

Download EC Declaration of Conformity