The concept of the most sustainable Aston Martin ever created unveiled by Lunaz

Svelato da Lunaz il concept dell'Aston Martin più sostenibile mai creata

Lunaz presented a concept for the world’s most sustainable Aston Martin ever built, an upcycled and elevated DB6.

Its silent, powerful 375 bhp electric powertrain and wealth of innovative materials and finishes is a clear statement that sustainable luxury is not defined by compromise, but by an astonishing breadth of new possibilities.

While the concept is currently a design study, all the innovations are production-ready, and many have already been used on previous classic cars electrified and elevated by Lunaz. This landmark initiative brings them together in one place, highlighting the Lunaz brand’s leadership of sustainable luxury.

Svelato da Lunaz il concept dell'Aston Martin più sostenibile mai creataLunaz electric powertrain

Like all classic cars upcycled and elevated by Lunaz, the concept includes Lunaz’ proprietary modular electric powertrain, developed entirely in-house and comprised of the highest standard European-sourced Tier 1 OEM battery cells and motors. All current Lunaz vehicles’ battery capacity ranges from 80-120 kWh with Combined Charging System (CCS) fast-charging capability, a 255-mile range and 375 bhp.

Eggshell and nutshell veneers

The dashboard face, gear shifter and three-quarter glass handle are finished in a unique, biodegradable composite material, used as a replacement for oil-based plastics. Produced from discarded egg and nut shells combined with an organic, biodegradable binder, it can be made to precisely replicate a range of natural high-luxury materials, including the ‘marble’ used in the DB6. The material is 100% natural and compostable.

Bio-based Polyurethane (PU) fabric

Meanwhile, the elevated by Lunaz DB6’s door cards are finished in a bio-based PU fabric constructed from a blend of renewable plant-based materials, including corn and wood pulp-based fibres. The unique matte surface features a subtle organic texture with a semi-lustrous base. Its multi-layer construction reduces the number of raw materials required, without sacrificing durability or ease of maintenance.

Bio-based alternative leather

Svelato da Lunaz il concept dell'Aston Martin più sostenibile mai creataThe accent piping on the headlining, seats and door cards is crafted from a remarkable leather alternative made from apple pomace, a by-product of cider, juice and compote production in the beverage industry. It is combined with water-based polyurethane and a backing made from wood pulp to produce a light, soft material with the look and feel of the finest leather.

Post-recycled fibres fabric

The fabric used in the seat upper flutes and door card accent is a blend of 66% post-industrial recycled cotton, 27% polyester, 6% rayon and 1% nylon, designed specifically for ‘high-traffic’ areas subject to intensive wear. It is completely free of the ‘forever chemicals’ per- and polyfluoroalkyl substances (PFAs) and contains no substances on the Living Building Challenge Red List.

Blended recycled fabric

For the lower seat flutes, Lunaz designers selected a new upholstery fabric that combines 54% recycled polyester with 35% new wool and 11% nylon to create a tactile and visually appealing ‘knitted’ surface with an intricate pattern of chevrons. The wool and recycled polyester fibres are carefully aligned to give excellent abrasion resistance and a lustrous finish.

Recycled carpets

The soft yet highly durable cabin and boot-floor carpets are made from a regenerated nylon derived from recycled waste material such as discarded carpets and fishing nets. The backing is made from 100% recycled polyethylene terephthalate (PET) plastic bottles.

Low-carbon leather

For the seat bolsters, flute accent, parcel shelf and transmission tunnel, Lunaz has used a Savannah colourway of the world’s lowest-carbon leather, with total emissions in its manufacture around 30-50% below the industry standard. The leather itself is a by-product of the meat industry and is 100% biodegradable.

Source: Lunaz

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