What kind of helmet you should buy depends on what kind of helmet can fully protect your riding safety. This time we will analyze from the source, from the molding of the helmet to the laboratory testing, and finally to every seller's hands, what steps need to be taken? What effective patented technologies can enhance the protective performance of helmets? We hope this article helps you when shopping for a helmet.
- Mips device design: multi-directional impact protection system, a thin layer between the foam and the inner liner in the bicycle helmet, to reduce the rotational force during the collision when the impact is frozen
- Using high-quality ABS shell, high-density eps foam, certified by DOT
- Comes with a piece of pinlock30, which can be used with a helmet to provide anti-fog effect when riding in winter
- The metal quick-release buckle design ensures safety and is easy to put on and take off the helmet
- Mouth, head, and tail vents are designed to ensure air circulation; plus nose guard design to reduce fog generation
- Dual lens design, built-in black inner lens that can be pulled down, effectively blocking strong light
- Details: Removable and washable fleece lining, Bluetooth slot (to install Bluetooth headset), glasses slot (to wear glasses and use helmet)
- Suitable for heated lenses, can be used in colder weather, such as snowmobile helmet
The birth of a helmet can basically be divided into the following steps: shell production; liner production; polishing, painting treatment; assembly, packaging and final helmet inspection, laboratory testing.
A Good Mold is Worth Millions
The most important aspect is the molding of the helmet. A good helmet mold can be worth millions of dollars. The cost of creating the mold is high and increases with the complexity of the helmet design. The ILM 129M is a helmet developed by ILM and MIPS in collaboration, with MIPS liner protection, suitable for multiple scenarios. The mold for this helmet needs to consider the design of all aspects of the helmet, thus making it very expensive. Only high-quality molds can produce a large quantity of high-precision and safety standard-compliant helmets.