What it does
APTA is an helmet that can adapt to different contexts (cycling, e-scooter, and skiing/snowboarding), with interchangeable modules to add specific functionalities. The user can choose a single product for multiple sports, resulting in significant cost savings.
Your inspiration
The idea of creating a helmet capable of adapting to different contexts stems from the need to reduce waste in the world of sports and make it more economically accessible. Instead of buying multiple helmets for different activities, the user can invest in a single base and simply add the necessary modules. Additionally, the components are easily replaceable: in case of wear or damage, only the specific module needs to be replaced, without having to change the entire helmet.
How it works
The base structure consists of a layer of EPS (expanded polystyrene), which ensures energy absorption in the event of an impact, and an outer shell made of polycarbonate that provides durability and structural integrity. The key innovation lies in the integrated quick-attachment system, discreetly built into the helmet’s air vents. The system is based on a technology inspired by self-locking ball pins: the male component, mounted on the accessories, connects with the female counterpart concealed within the air vents. Locking occurs automatically through internal ball bearings that secure the accessory in place without the need for levers, buttons, or tools. This allows for an intuitive and effortless user experience, even for non-expert users, while ensuring a stable and reliable connection. In summary, our helmet offers a modular and customizable platform that combines functionality, discreet technology, and user-friendly design.
Design process
The project began with an in-depth research phase, divided into two main areas. On one hand, a target analysis conducted through the collection of concrete and diverse feedback, useful for identifying recurring issues, latent needs, and gaps in currently available products. On the other hand, a market study aimed at identifying the main competitors, target segments, and the most relevant price ranges. Based on the gathered information, the ideation phase started. From the outset, numerous sketches were created to explore different solutions, both technical and aesthetic. During this process, we clearly defined the helmet’s functionalities, identifying six main accessories: ear covers, front light, rear light, visor, action cam mount, and flashlight mount. The design focused particularly on the attachment system between the helmet and accessories. We opted for a quick-release mechanism, integrated and hidden within the helmet’s air vents. Various study models and small prototypes made with 3D printing helped us develop a consistent, functional system ready for testing.
How it is different
The concept behind APTA is truly one of a kind: currently, there is no other helmet on the market that incorporates multiple attachment systems, seamlessly hidden within the structure itself, designed for the quick and secure installation of various accessories. This innovative approach allows the helmet’s functionality to be expanded in a modular and customizable way, without compromising its aesthetics or lightness. APTA goes beyond simply adding external components, every accessory, from the flashlight to the visor, from ear covers to rear lights, integrates perfectly thanks to custom-designed systems that are invisible to the eye yet intuitive to use. It’s a solution that transforms the helmet from a basic protective object into an evolving platform, capable of adapting to different contexts, needs, and lifestyles, with a level of ingenuity that remains unmatched in the global market.
Future plans
The next steps in the development of the APTA project involve finalizing the mold design for the outer shell of the helmet, with the goal of optimizing it for industrial production. At the same time, it will be essential to work toward obtaining the necessary certifications and approvals for use in both cycling and winter sports such as skiing and snowboarding. Another key phase will be the creation of advanced prototypes using the final materials, in order to carry out thorough testing on impact resistance, ergonomics, and the reliability of the locking and attachment mechanisms.
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