The latest Mini features interiors made using an innovative 2D weaving process that exhibits deep color and various textures to elevate the cabin experience.
Mini already uses recycled polyester for its interior materials, which are also produced using the 2D weaving process. The process unlocks new design possibilities in terms of coloring and structure, enabling a dual-color design with a sense of depth because the lower textile layer’s color shines through the upper one.
Inspired by sneakers, this process gives surfaces a visual complexity, bringing a high-quality appearance to the interior. “The weaving process allows us to create unique dual-color designs that bring a special aesthetic and atmosphere to the interior,” said Elena Schwörer, designer for materials and weaving. The headrests of the sports seats in the John Cooper Works trim also feature an exclusive 2D woven surface that extends to the shoulder area.
The combination of high-quality materials and precisely coordinated color tones generates a harmonious, modern appearance in the cockpit and an exceptionally homey character, according to Mini. “We wanted to use colors that respect the heritage of the brand and at the same time create a fresh, contemporary aesthetic,” explained Jeanette Ohlhäuser, a color designer at the Mini Design Studio. For example, British Racing Green, the iconic color closely associated with the brand’s motorsport tradition, is interpreted as Dark Petrol in the new Mini Aceman interior.
The Mini’s interior also benefits from impressive textures and graining on almost every plastic part in the interior. “It is important to us that the texture of the surfaces harmonizes perfectly with the other materials, such as the woven fabric in the interior,” said Marlies Michel, designer of Mini graining.
The blueprints for the various surface textures used in the new Mini model family are based on influences such as the grain on wood or rock. The subtle Mini grain developed in this way blends perfectly with the visually strong weave and serves as a link between all the materials in the vehicle interior.
