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  WP:World premiere

  Product exhibited for the first time in the world at the Tokyo Motor Show

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  JP:Japan premiere

  Product that has arleady premiered abroad, but being exhibited for the first time in Japan at the Tokyo Motor Show

Cellulose nanofiber(CNF)is a material composed of nanosized cellulose fibrils. This plant-derived material, which offers high strength and high modulus is expected as the next generation material. The Ministry of Environment of Japan proposes a future car contributing to reduction in the emission of carbon dioxide from automobiles. The NCV (Nano Cellulose Vehicle) concept car installs as much CNF automotive parts as possible and the weight of the car has also been reduced by more than 10% from the standard weight. Since CNF is a carbon-neutral material, it can be expected not only to reduce CO2 emissions during driving due to weight reduction, but also to reduce CO2 emissions through the life cycle of automotive product.

All GaN Vehicle (AGV) is a compact sports electric mobility designed for an urban usage targeted a wide range of age groups from a younger generation to a middle-aged generation. AGV is a next generation eco-friendly mobility powered by GaN electronics such as a driving inverter, a DC-DC converter, etc. GaN LEDs and laser lighting devices are also installed. In-wheel motor is adopted in a drive system to secure a degree of freedom for a design of an interior space, and a cabin space of 2+α is designed on the short body with 3m. Maintenace-free airless tires are adopted for sharing serices, etc. Furthermore, CFRP material is adopted for suspensions and airless tires to secure light weight and high rigidity.

1. Achieved 30% weight reduction by using the biocomposite (PP-CNF) to replace metal component.
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 10% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 10% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 20% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 20% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved 15% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved 20% weight reduction (compared to resin glass) by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 10% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 10% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 20% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 20% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 10% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. More than 30% weight reduction is expected by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 50% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 50% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

1. Achieved more than 10% weight reduction by using the CNF(Cellulose Nanofiber).
2. Utilizing CNF, a carbon neutral material, contributes not only to the reduction of CO2 emissions during driving due to weight reduction, but also to the reduction of CO2 emissions through the life cycle of the product.

Using a driving simulator, you can experience ecodriving and learn about eco-friendly driving skills including “soft acceleration” that aim to reduce environmental load, consume less fuel, and lead to a reduction in CO2 emissions.

In these contents (quiz and game), based on an existing animation, players contest their ecodriving techniques using the smartphone or PC game while answering a quiz designed to promote learning about ecodriving, global warming, etc. Using these contents, we are encouraging ecodriving practices.