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Long-Term Vision for Technology Development
In 2007, Mazda announced the “Sustainable Zoom-Zoom” long-term vision for technology development. Based on that vision, Mazda has worked to provide both driving pleasure and outstanding environmental and safety performance.
In August 2017, Mazda announced “Sustainable Zoom-Zoom 2030,” its long-term vision for technology development that looks ahead to the year 2030. In light of the significant changes in the global automobile industry, the new vision takes a longer-term perspective and sets out how Mazda will make use of driving pleasure—the fundamental appeal of the automobile—to help resolve issues facing the earth, society, and people.
Through conservation initiatives, create a sustainable future in which people and cars coexist with a bountiful, beautiful earth
To address these issues and truly reduce greenhouse gases, we must work to reduce CO2 emissions throughout a vehicle’s life cycle. Accordingly, we are promoting the reduction of CO2 emissions not just from the conventional perspective, which evaluates CO2 emissions while driving, but also from a well-to-wheel perspective, which evaluates CO2 emissions from oil extraction to product manufacture and shipping as well. Specifically, we aim to reduce our corporate average well-to-wheel CO2 emissions to 50% of 2010 levels by 2030 with a view to achieving a 90% cut by 2050.
This approach and its goals are in alignment with the Paris Agreement, an international agreement to combat climate change and reduce greenhouse gas emissions, and the Strategic Commission for the New Era of Automobiles, under Japan’s Ministry of Economy, Trade and Industry (METI).
To achieve these objectives, we are developing multiple solutions that enable us to offer appropriate powertrains that take into consideration each region’s energy situation and power generation mix. We will continue to pursue advances in the internal combustion engine, which is widely expected to help power the majority of cars worldwide well into the future (see illustration below). Meanwhile, we plan to equip all combustion engine-powered cars with some form of electrification technology by 2030.
In addition, aiming to make fuels themselves as carbon neutral as possible, we will step up collaborative efforts with other companies and between industry, academia, and government to encourage the spread of renewable liquid fuels such as microalgae biofuels.
Means to Achieve Our Targets
To protect the earth, we will implement the following initiatives in order to maximize the effect of reduced greenhouse gas emissions under real-world conditions.
- 1.Aspire to make the best internal combustion engine in the world
- 2.Combine the ideal internal combustion engine with efficient electrification technologies
- 3.Introduce electric vehicles (EVs) and other electric-powered technologies in regions that use clean energy to curb global warming and in regions that implement government policies to reduce air pollution
Mazda’s Approach to Issue Resolution
- ■Mazda will strive to reduce CO2 emissions and enhance the joy of driving by deploying compact, lightweight electrification technologies while further refining the internal combustion engine.
- ■We will introduce EVs as the optimal solution in regions that generate a high ratio of electricity from clean energy sources or restrict certain vehicle types to reduce air pollution.
Mazda plans to deploy some form of electrification technology in all production vehicles by 2030. We expect that by 2030, internal combustion engines combined with some form of electrification technology will account for 95% of the vehicles we produce and that battery EVs will account for 5%.
In our in-house development of EVs, we aim to leverage the advantages of electric drive systems and be guided by our unique human-centered development philosophy that focuses on human traits and sensibilities. We aim to bring these EVs to market from 2020.
EVs True to the Mazda Spirit: Three Concepts
We aim to offer true driving pleasure with EVs by offering an enhanced sense of connection with the car through the use of G-Vectoring Control and other technologies.
2Earth-Friendly Technologies: Electrification Technologies Using Small, Lightweight Rotary Engines
Mazda is developing two battery EVs, one powered solely by a battery, and another that pairs a battery with a newly developed range extender powered by Mazda’s small, lightweight, and exceptionally quiet rotary engine. The range extender will recharge the battery when it is low to effectively increase the vehicle’s driving range. Also, different combinations of generators, batteries, and fuel tanks will make it possible to offer a shared packaging layout for plug-in hybrids and series hybrids.
3Technologies That Can Contribute to Society: A Life in Which Your Car Can Act as a Power Source
Taking advantage of the rotary engine’s compatibility with gaseous fuels, the rotary engine range extender is designed to also burn liquefied petroleum gas (LPG) and provide a source of electricity in times of emergency.
Skyactiv-X is an innovative internal combustion engine that combines the distinctive high-revving performance of a gasoline engine with the fuel efficiency, torque, and response of a diesel. Using Mazda’s proprietary combustion method called Spark Controlled Compression Ignition (SPCCI), Skyactiv-X is a new generation of engine. Achieving outstanding environmental performance, power, and acceleration performance, Skyactiv-X is an engine that stands by the earth and people while supporting the Jinba-ittai “horse and rider as one” enjoyment that we strive to offer our customers. We are installing the engine in our new-generation products, starting with the Mazda3 launched in 2019. We will continuously evolve Skyactiv-G and Skyactiv-D engines to meet diverse customer needs across a broad engine lineup.
Realize cars and a society that offer safety and peace of mind, and create a system that enriches lives by offering unrestricted mobility to people everywhere
With the goal of realizing a motorized society without traffic accidents, we are striving to develop more advanced safety technologies under the Mazda Proactive Safety philosophy.
Means to Achieve Our Targets
1.Continuously evolve fundamental safety technologies and standardize them across all models
- ・Driving position
- ・Pedal layout
- ・Active Driving Display
2.Advanced safety technology to help drivers recognize and assess potential hazards
i-Activsense advanced safety technology, which helps drivers recognize potential hazards, and avert accidents or reduce their severity
- ・FY March 2018: Standardize in Japan*
- *Technologies made standard equipment: Advanced Smart City Brake Support(A-SCBS), Smart Brake Support (SBS), AT Acceleration Control, Lane Departure Warning System (LDWS), Adaptive LED Headlights (ALH) or High Beam Control (HBC), Blind Spot Monitoring (BSM), Rear Cross-Traffic Alert (RCTA)
The Mazda Co-Pilot Concept centers on people and leverages automated driving technologies
- ・2020: Commence testing
- ・By 2025: Aim to make standard equipment
3.Utilize connectivity technologies
Using an advanced version of Mazda Connect, we will examine the potential of a new business model that enables car owners to help fulfill the mobility needs of people in depopulated areas that have dilapidated public transportation systems.
Mazda’s Approach to Issue Resolution
In line with its human-centered development philosophy, Mazda is developing connectivity technologies that offer an enriching experience of the joy of life, connecting people by facilitating the sharing of experiences and feelings through cars. We are contributing to the resolution of social issues, such as the weakening of interpersonal connections that has accompanied changes in society, by connecting people and society through connectivity technologies.
One such initiative is a shared mobility service utilizing connectivity technologies that we started testing in Miyoshi, Hiroshima in 2018 in cooperation with local residents and prefectural and city authorities. We aim to build a social contribution model that will support regional revitalization through mobility service trials with an eye on future shared mobility.
We are also working on technologies that connect customers to their car and technologies that connect customers to Mazda. To build a stronger customer relationship and connection for our business in the future, we will use connectivity technologies to drive business innovation.
Enhance customers’ mental well-being with the satisfaction that comes from protecting the earth and contributing to society with a car that offers true driving pleasure
Through our vehicles, we aim to offer driving pleasure and an enriched life to an even greater number of customers. We will build on our strengths by further pursuing a Jinba-ittai—or “horse and rider as one”—driving feel, which unlocks people’s potential and revitalizes them mentally and physically, and further maturing our Kodo design language, which is grounded in a philosophy of bringing cars to life and raises car design to the level of art to enrich people’s emotional lives.
Mazda’s Approach to Issue Resolution
Skyactiv-Vehicle Architecture Platform New-Generation Structural Technologies
Mazda’s Skyactiv-Vehicle Architecture was developed with an increased focus on the human-centered design philosophy to maximize the human body’s inherent ability to balance itself. In this way, it offers all occupants a more comfortable and less tiring ride and enables them to respond quickly to environmental changes. As the human body is easily able to balance itself in response to driving inputs, the new vehicle architecture provides responsive driving and the ultimate Jinba-ittai driving feel.
Kodo—Soul of Motion Design Philosophy: A Step Further
Since 2010, Mazda has striven to create cars that embody the dynamic beauty of life through application of its Kodo—Soul of Motion design philosophy. Going deeper, matured Kodo design pursues the expression of a “new elegance” based on Japanese aesthetics.
Unveiling Mazda’s New-Generation Products
We started launches of the Mazda3 in 2019 as the first of our new-generation products incorporating new technologies targeting the realization of “Sustainable Zoom-Zoom 2030,” our long-term vision for technology development. Based on its human-centered philosophy, Mazda has dramatically improved every area: design, driving performance, NVH, environmental performance and quality feel, trying to create a new, hitherto unknown value.
The Mazda3 adopts a matured Kodo design language that attempts to embody the essence of Japanese aesthetics. While the overall form presents a simple, single motion, subtle undulations bring the design to life through shifting light and reflections that glide over the body surface. The result is a Unveiling Mazda’s New-Generation Products MAZDA3 richer and more powerful expression of vitality than previous Kodo models. Despite sharing the Mazda3 moniker, the hatchback and sedan models have distinct personalities—the design of the hatchback is emotive, the sedan elegant.
The Mazda3 adopts Mazda’s new Skyactiv-Vehicle Architecture, designed to enable people to make the most of their natural sense of balance. The powertrain lineup comprises the latest Skyactiv-X, Skyactiv-G, and Skyactiv-D engines, each of which seeks to enables responsive control of speed in any driving situation. Based on its philosophy of designing the car around the human being, Mazda has dramatically enhanced the car’s fundamental driving attributes such that accelerating, turning, and braking feel completely natural.
Mazda CX-30 Compact Crossover SUV, the Second New-Generation Model
The CX-30 is a new compact crossover that combines the bold proportions of an SUV with elegant styling that embodies Mazda’s Kodo design language.
As a new core model, the global launch of CX-30 is underway with sales starting from Europe in September 2019.