DOGMA was one of the first helmets that Kask designed. You really cannot go wrong with Dogma on your head. This is not only an accessory for protection, this top product demonstrates how a helmet can be much, much more.
The DOGMA is 100% Italian designed and made to offer a rare combination of beauty, comfort and safety. Safety Standards: CE VG1 01.040 2014-12/ ASTM F1163-15 - Certified by SEI
Based on two honeycomb ventilation grids built in the polystyrene, KASK helmets offer an smart integrated ventilation system. High standards of cooling airflow and breathability of the inner fabrics improve the rider’s comfort.
The KASK’s patented self-adjusting adjustment system with its high-tech carbon look, allows the helmet to adapt perfectly and automatically to the rider’s head by gently positioning itself on the back of the head.
Thanks to the properties of Merino wool, the exclusive KASK technology for its helmets, the inner padding provides unmatched comfort. The natural fibres of Merino wool, maintain body temperature in contact with the skin, ensuring high breathability and quick drying.
The ideal solution to ensure the highest level of comfort and hygiene. The connection between the removable and washable inner padding and the shell is improved by the Click-in System. Its design is discreet and minimalist, with three pins that easily adapt to the shell
The anallergic and easy to clean chinstrap is extremely comfortable and helps to avoid irritation of the skin.
The Quick Dry inner padding is highly breathable, antibacterial and thermoregulating.
KASK ROTATIONAL IMPACT WG11 TEST
KASK has always been committed to creating products that provide both excellent safety and comfort, exceeding requirernents set by international standards and norms.
KASK ROTATIONAL IMPACT WG11 TEST is an internal protocol adopted by KASK to identify an objective method, based on scientific sources, for measuring the performance of its helmets against rotational impacts. Most helmets tests use rotational impact prevention technologies with headforms that have a higher coefficient of friction than those of the human skull and therefore may not reflect what occurs in some accidents.
The "pass-fail" criterion is based on the BrlC value, an algorithm that defines the level of brain injury. This value must be lower than 0,68.
The final test protocol is:
OBLIQUE IMPACT TESTS
oblique tests @ 45°, impact speed 6 m/s, BrlC < 0,68
+ grade 80 closed-coat aluminum oxide abrasive paper
+ headform nominal coefficient of friction 0,3
+ wireless system: triaxial accelerometer + n. 3 ARS
Headform: EN960 serie
Measurements:
Peak of rotational acceleration, Peak of linear acceleration, HIC, BRIC (< 0,68)
All KASK helmets successfully pass this test, with values that are substantially less than 0,68 BrlC 0,390.
* If this is not available for immediate dispatch, we will contact you with a delivery timescale upon your order being received.