When we think about helmets, there are clear differences between the traditional ones we’ve known for years and the modern smart helmets that have emerged in the market.
A conventional helmet is typically crafted with a focus on providing essential head protection. It generally consists of a sturdy outer shell made from materials like polycarbonate (PC) or other durable substances. The inner part usually features an expanded polystyrene (EPS) liner. This combination is designed to absorb and dissipate the impact energy in case of a collision, reducing the risk of head injuries. The sizing of a conventional helmet is often adjustable within a certain range to fit different head sizes, and it has a basic buckle system to keep it firmly in place during use. Its design is relatively simple and straightforward, with the main goal being to fulfill the fundamental safety requirement.
On the other hand, a smart helmet represents a significant leap forward in technology. One of the most prominent features is the integration of a high-resolution camera. This allows users to record their activities, whether it’s cycling, motorcycling, or any other sport. The camera is often capable of capturing clear and detailed videos, which can be used for various purposes such as documenting adventures or analyzing performance. With built-in wireless connectivity, usually in the form of WiFi, smart helmets can connect to a smartphone or other devices. Through a dedicated application (app), users can access and manage the recorded videos remotely. They can view the footage in real-time, share it with friends and family on social media platforms, or store it for later review.
Smart helmets also tend to have more advanced power management systems. They are equipped with rechargeable batteries that can power the camera and other electronic components for an extended period. This ensures that users can record their activities without constantly worrying about running out of power. Additionally, some smart helmets may include sensors such as accelerometers or gyroscopes. These sensors can detect movements, changes in speed, or even potential accidents. In case of an emergency, the helmet can trigger certain functions, like automatically saving the recorded video or sending an alert to a pre-set contact.
In conclusion, while a conventional helmet plays a crucial role in basic head protection, a smart helmet offers a multi-functional experience by combining safety with modern technology. It has opened up new possibilities for users to document, share, and enhance their activities while still providing the necessary protection.