Cocoon Airbag Protection AB

Cycling with young children has become one of the defining features of urban family life across many European cities, as improved cycling infrastructure, environmental awareness, and the practical appeal of two-wheeled commuting have made the cargo bike and child bicycle seat into familiar parts of the urban landscape. For parents, the joy of cycling with their children is accompanied by a genuine concern about safety — a concern that conventional protective equipment addresses only partially. Helmets protect the head, and well-designed child bicycle seats provide secure seating and basic impact protection, but the standard of safety available to children in bicycle seats has remained dramatically lower than what automotive child safety systems offer. Cocoon Airbag Protection was founded to change that. The company, a Swedish startup founded in 2019, has developed the world's first child bicycle seat with an integrated airbag system. The innovation came from a parent directly: Emma Garatea, Cocoon's founder, is both a parent and a professional industrial designer who brought her personal experience of cycling with her child — and the anxiety about safety that accompanies it — together with her technical skills to create something that had never existed before. That combination of personal motivation and professional capability is one of the most reliable starting points for genuinely useful innovation, and Cocoon's product reflects it. The system uses sensor data from the seat to detect the dynamics of an impact event in real time. When the sensors identify a crash signature — the sudden deceleration, angular momentum, and force distribution patterns that distinguish a serious incident from normal cycling movement — the airbag deploys within milliseconds, cushioning and protecting the child at the moment of greatest risk. The same principle that has made automotive airbags one of the most significant life-saving innovations in the history of road safety is here applied to the vulnerability of a young cyclist in a bicycle seat, an application context where the consequences of an unprotected impact can be severe. The engineering required to make this work in a lightweight, weather-resistant, rechargeable form factor that parents will actually use in daily life is considerable, and Cocoon's work represents a meaningful technical achievement. The system must be sensitive enough to detect genuine crash events reliably, robust enough to avoid false deployments that would undermine confidence in the product, and practical enough that the airbag mechanism does not compromise the comfort, usability, or weight of the seat itself. Cocoon's mission — to change the standard of safety for cycling with children — resonates deeply with the growing community of urban families for whom the bicycle has become an essential part of daily life, and for whom the wellbeing of their children on that bicycle is a genuine daily concern. Growth is built on partnerships and ecosystem development within the cycling safety and active family mobility space.