Why 360 Cameras Are Rarely On Motorcycle Helmets?

360-degree camera technology in motorcycle helmets: hindering challenges and reasons

360-degree cameras are now one of the most popular technological innovations, especially by motorcycle riders and automotive content makers. Its ability to record the entire street landscape from various angles provides an interesting and cinematic visual experience. However, although this trend is increasingly widespread, motorcycle helmets that have a 360-degree camera feature internally (built-in) are still rarely found in the market. Why did this happen? Here are some of the main reasons underlying the reluctance of helmet manufacturers to include this technology.

1. Top priority in safety structure

The most basic reason why the helmet is not equipped with a 360-degree camera is due to the safety of the rider. The helmet is designed as a passive protective device that must be able to dampen extreme impacts with maximum efficiency. The outer layer (shell) and the damping material (EPS foam) must remain intact without any hard components that can interfere with the protection structure.

If the 360-degree camera is embedded internally, it will require a cavity or hole to lay the circuit board, lens, cable, and battery. These objects can be a stress concentration point that accelerates the damage to the helmet during a collision. This increases the risk of danger to the rider, because electronic components can stab into the skull. As a result, helmets will not pass international safety certification tests such as ECE 22.06 or DOT.

2. Convenience of convex lens physics and aerodynamic aesthetics

To produce a perfect 360-degree footage, the camera requires at least two extreme convex lenses (fisheye lenses) symmetrically mounted. However, this type of lens must protrude from the body of the object in order to capture a wide angle of view. If the lens is implanted evenly inside the helmet, most of the viewing angle will be covered by the shape of the helmet shell itself.

This prominent design not only interferes with the visual aesthetic, but also damages the aerodynamics of the helmet. The use of a protruding lens can create significant wind resistance, especially at high speeds. In addition, the resulting wind noise can interfere with the comfort of the rider.

3. Heat management problems, overweight, and product life cycle

A 360-degree camera requires high computing power to process two high-resolution video sensors at once, sew them in real-time, and save them to memory. This process produces very high heat. If this system is placed in a helmet covered with thick foam and fabric, the camera will be easily overheated and completely damaged.

In addition, the need for a larger battery will increase the weight of the helmet significantly. The addition of a few hundred grams of weight to the head can make the neck muscles tired quickly and increase the risk of fatal neck injuries due to the effects of whiplash (whiplash) during an accident. Finally, there is a product life cycle problem. Helmets are usually changed every 3 to 5 years, while the development of camera technology occurs much faster. This makes the unification of the two objects considered economically impractical.

With the considerations above, it is not surprising that the 360-degree camera is still not a standard feature in motorcycle helmets. Although this technology offers attractive visual advantages, the safety and comfort of the rider remains a top priority in helmet design.