London Design Gold

2026 Winner

Merach NovaBike S700 Aura Recumbent Bike

Entrant

Zhejiang Merach Technology Co., Ltd.

Category

Product Design - Sports Equipments

Client's Name

-

Country / Region

China

About The Entry

Breaking away from the rigid design patterns of traditional fitness equipment, this product introduces the core concept of "Dynamic Ergonomics." It seamlessly integrates ergonomic engineering, smart technology, and user-centric design, blending exercise, rehabilitation, and deep relaxation into a single experience. Featuring our pioneering integrated system of an adjustable backrest, adjustable headrest, and precise lumbar support, the chair system is better equipped to meet the support needs of different parts of the human body. This design transcends mere comfort; it transforms repetitive training into a restorative health journey, returning scientific fitness to its human-centric origins.

In terms of industrial design, the product embraces the "Less is More" philosophy. Fluid lines and a sleek profile eliminate the visual intrusiveness often associated with home gym equipment. The sophisticated contrast between "Fluid Brushed Silver" and "Deep Black" highlights the layered textures of precision engineering. Furthermore, the open, step-through frame not only enhances visual transparency but also shatters the stereotype of bulky fitness gear, allowing the bike to harmonize effortlessly with modern living spaces.

Functional development is centered on two key dimensions: "Low Cognitive Load" and "Body-Balance Management."

Equipped with a 16-level HDMS digital magnetic resistance system, the product features an innovative dual-mode interaction path—combining handlebar shortcut controls with App synchronization. This allows users to adjust resistance seamlessly within their "flow" without needing to lean forward. To address heat buildup during extended workouts, we introduced a high-efficiency breathable system: a high-rebound seat cushion paired with a suspended breathable mesh backrest to effectively optimize air convection.

Credits

Gong Kangxun, Chen Wei, Wu Weibin
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