Linear Response Protection™ is Newton-Rider’s patented helmet architecture — designed to manage both linear and rotational impact forces through its flexible multi-pad construction.

Newton-Rider's N1neo is designed to manage impact energy across a broader spectrum of forces through its Linear Response Protection architecture. Unlike conventional rigid EPS helmets, which absorb impact energy primarily through the compression and crushing of foam, N1neo uses a semi-soft, flexible construction designed to respond earlier and more progressively at lower impact forces. The system combines nine independently responsive impact-absorbing pads mounted on a flexible liner. Each pad incorporates a firm yet flexible polycarbonate shell, NR MI Foam and a non-Newtonian insert. Together, these elements are designed to manage impact energy from initial contact through increasing force levels. This different material logic also incorporates both linear and rotational impact components within the same protective architecture. The objective is to extend effective impact management across lower, moderate and higher impact conditions, including those relevant to concussion protection. In reported passing tests conducted according to EN 1078 protocols, N1neo recorded peak linear acceleration values 24–52% below the standard's 250 g limit. These results demonstrate impact performance relative to the EN 1078 limit, rather than a direct percentage comparison with conventional EPS helmets. The fundamental innovation is not simply softer materials, but how the entire protective structure is designed to respond to impact energy — while enabling a slimmer, more flexible and foldable helmet for everyday urban cycling.

Explore Linear Response Protection and the benefits of N1neo's slim helmet architecture.


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Related: How broader impact management relates to Rethinking Concussion Protection.


Key takeaway: Linear Response Protection™ is not limited to linear impacts. N1neo's nine independent pads and flexible liner are designed to respond to impact energy from initial contact across a broader spectrum of impact forces, incorporating both linear and rotational components — without relying on an additional slip liner.