Toyota supplies 40 electrified vehicles for Hakone Ekiden 2026 with focus on sustainability

Toyota announced that all operational vehicles of the 102nd edition of Corrida Universitária of Revezamento Tóquio-Hakone, known as Hakone Ekiden, will be electrified. The event is scheduled for January 2nd and 3rd, 2026, at Japão, and will feature a fleet of 40 units, including BEV (battery electric), FCEV (hydrogen fuel cell) and HEV (hybrid) models. Essa initiative aims to reduce CO2 emissions during competition.

The Japanese automaker highlights that the measure contributes to making the event more sustainable, benefiting both athletes and the environment. The company uses low-carbon fuels in some models, complementing electrification efforts. The Hakone Ekiden, one of the most traditional events in Japanese university athletics, thus gains an unprecedented ecological character in its vehicular operation.

History of Toyota’s support for the event

The partnership between Toyota and Hakone Ekiden began in 2003, when the company began to supply operational vehicles for the competition. Desde 2011, the automaker acts as an official sponsor, supporting the development of young athletes. Over the years, Toyota has looked for ways to minimize the environmental impact of the vehicles used in the race.

This evolution reflects the company’s strategy of adopting multiple technologies for sustainable mobility. The total electrification of the fleet in 2026 represents a significant advance compared to previous editions, which used hybrids and conventional models.

Specific vehicles in the electrified fleet

Toyota selected different models to meet the needs of the competition. The tournament headquarters vehicle will be an Century equipped with FCEV technology, which generates electricity from the reaction between hydrogen and oxygen, emitting only water as waste.

• Filming trucks and shared camera vehicles utilize quiet electrical setups.
• Emergency and medical vehicles rely on the e-Palette, a BEV model adapted for rapid responses.
• Coaster buses for transporting personnel operate with the FCEV system.
• Models like the Noah and Voxy serve as university management vehicles, running on HEV hybrids and low-carbon E10 fuel.

These vehicles guarantee efficient operation on mountainous and urban routes.

Types of electrified technologies employed

The fleet combines different electrification approaches to demonstrate versatility. BEVs rely exclusively on rechargeable batteries, ideal for short, quiet journeys. FCEVs use hydrogen to generate energy, offering greater autonomy and fast refueling.

HEVs combine an electric engine with combustion, but with plant-based gasoline to reduce emissions. Essa mix allows adaptation to different functions at the event, from filming to medical support.

Environmental benefits of the initiative

The adoption of electrified vehicles significantly reduces exhaust gas emissions during the race. Comparada to previous editions, the fleet emits around 60% less CO2, according to estimates based on past events. The use of biofuels in hybrid models complements the reduction.

This action aligns the Hakone Ekiden with sustainable practices, preserving air quality for runners and spectators. Toyota reinforces its commitment to global carbon neutrality goals through practical examples at sporting events.

Operational details of FCEV models

Fuel cell vehicles stand out for their extremely silent operation, essential to avoid interfering with athletes. The Century FCEV, for example, serves as the tournament’s official car, combining luxury with clean technology. The internal chemical process produces energy without traditional combustion.

The Coaster FCEV transports teams and staff with similar efficiency. Esses models only emit water vapor, eliminating local pollutants.

Application of BEV vehicles in medical support

The e-Palette acts as a vehicle for emergency response and medical support during the race. Esse adapted autonomous model follows runners at controlled speeds, even on steep sections. Testes guarantees performance in real course conditions.

The battery allows prolonged operation without frequent recharging. Essa choice prioritizes safety and speed of service.

Use of hybrids and biofuels

Models such as the Noah, Voxy and Crown Sedan use a HEV system with E10 fuel, which contains 10% plant-derived ethanol. Produzido from sorghum grown in regions like Fukushima, biofuel reduces the carbon footprint. Partnership with companies like ENEOS ensures supply.

This option maintains flexibility for university teams, with spacious and reliable vehicles.

Context of Hakone Ekiden as a Japanese tradition

The Hakone Ekiden, founded in 1920, is one of the most watched competitions in the Japão, with university teams covering around 217 kilometers in relays. Dividida in five stages per day, the race tests endurance on varying terrains between Tóquio and Hakone.

Broadcast television attracts millions of viewers annually. The integration of sustainable technologies preserves this tradition while adapting the event to current environmental demands.

Toyota continues its historic support for Hakone Ekiden with the full electrification of the fleet of 40 vehicles for the 2026 edition. Essa measure reinforces the sustainability of the event, combining BEVs, FCEVs and HEVs in essential functions. The initiative demonstrates practical advances in clean mobility, in line with the centuries-old tradition of the Japanese university test.