Every automobile company wants customers to have an efficient and smooth driving experience. For this, they continue developing new engines, and technologies.
Toyota and Mazda are two of the most renowned automobile companies in the world. They have developed Dynamic Force Engine and Skyactiv, respectively to make their vehicles more efficient.
Key Takeaways
- Toyota’s Dynamic Force Engines prioritize fuel efficiency and low emissions by employing a high compression ratio and advanced thermal management.
- SkyActiv Engines by Mazda focus on maximizing efficiency and performance through innovative technologies, such as direct fuel injection and lightweight materials.
- Both engine families achieve improved fuel economy, but Dynamic Force Engines tend to be more eco-friendly than SkyActiv Engines.
Toyota Dynamic Force Engine vs Skyactiv
The difference between Toyota Dynamic Force Engine and Skyactiv is that Toyota Dynamic Force Engine refers to the series of engines, which is developed under the company’s New Global Architecture strategy, Skyactiv, on the other hand, refers to the series of technology developed by Mazda, which included new transmissions, engines, chassis, and vehicle body.
Toyota Dynamic Force Engine refers to Toyota’s series of engines designed under the TNGA (Toyota New Global Architecture). This engine combines the latest technologies of Toyota and provides the proper balance between durability, fuel economy, and performance.
Dynamic Force Engine uses a cast aluminium block for enhanced fuel efficiency and weight reduction.
Skyactiv refers to a technology developed by the giant automobile, Mazda, which aims to make vehicles better to drive, safer, and more fuel-efficient. This technology can be seen throughout the car, including new transmissions, engines, chassis, and vehicle bodies.
There are mainly three types of Skyactiv engines- Skyactiv-D, Skyactiv-G, and Skyactiv-X.
Comparison Table
| Parameters of Comparison | Toyota Dynamic Force Engine | Skyactiv |
|---|---|---|
| Definition | Toyota Dynamic Force Engine refers to the series of engines developed by Toyota and designed with efficiency, power, and torque in mind. | Skyactiv refers to a technology developed by Mazda which can be seen throughout the vehicle. |
| Brand | Toyota | Mazda |
| Invention | 2017 | 2011 |
| Fuel type | M20A-FKS (petrol), M20A-FXS (petrol hybrid), M20A-FKB (petrol flex fuel). | Skyactiv-D (diesel), Skyactiv-G (gasoline), and Skyactiv-X (petrol). |
| Cooling system | Water cooling technology. | Water and air cooling techniques are used in Skyactiv engines. |
What is Toyota Dynamic Force Engine?
In 2017 Toyota started to produce its Dynamic Force Engine under the TNGA (Toyota New Global Architecture). Dynamic Force Engine was designed as an engine that can provide both environmental and driving performance while pursuing low fuel consumption and high efficiency and having a pleasant and smooth acceleration performance.
Toyota’s advanced internal combustion technology and the Dynamic Force Engine provide top-class thermal efficiency. The company designs this engine series to improve combustion speed and minimize energy losses.
Motors the engine have a longer than traditional conventional engine stroke and a higher compression ratio to improve thermal efficiency.
This engine employs a combined fuel injection system named D-4S to optimize combustion. D-4S injection system uses both port and direct injection and controls fuel injectors for best fuel economy, lowest emissions, and best performance, depending on the engine mode.
The dynamic Force Engine of Toyota uses a Variable Control System to optimize and manage combustion while minimizing energy losses.
A variable cooling system, with an electric water pump, flow shutting vales, and an electronically controlled thermostat, is used for the thermal management of the engine. The system intelligently controls the amount of coolant flowing to the engine, cabin heater core, radiator, and transmission oil cooler for delivering a faster machine, transmission, and cabin warm-up or cooling, depending on the situation.
What is Skyactiv?
Skyactiv refers to a series of technologies developed by Mazda, including improved transmissions, engines, chassis, and the vehicle body that bring safety, substantial fuel economy, and other benefits to the cars developed by Mazda. Skyactiv includes innovative machines for the lightweight vehicle structure.
There are three main areas of Skyactiv technology. First of all, this technology enables Mazda engines to be more efficient.
Its new engine has a 14:1 compression ratio, the world’s lowest mass-produced diesel engine. It helps reduce CO2 emissions by 20% and boosts fuel economy by 20%.
There are mainly three types of engines under Mazda’s Skyactiv. These are Skyactiv-X (petrol engines), Skyactiv-D (diesel engines), and Skyactiv-G (gasoline engines).
In Skyactiv engines, a cylinder-deactivation technology is used to build upon fuel efficiency. This technology shuts down cylinders when the engine is in a state of minimal load, like driving at a constant speed on the highway.
The vehicle architecture of Skyactiv is designed to create stability at high speeds and nimbleness at low rates. It uses ultra-high-tensile steel, making it lightweight but more robust and stiffer in critical areas.
The advanced control modules of Skyactiv transmissions help to achieve responsiveness, efficiency, and precision.
Main Differences Between Toyota Dynamic Force Engine and Skyactiv
- Toyota Dynamic Force Engine refers to the series of engines developed by Toyota and designed with efficiency, power, and torque in mind. Skyactiv, on the other hand, refers to a technology developed by Mazda which can be seen throughout the vehicle.
- Toyota Dynamic Force Engine is a product of Toyota; on the other hand, Skyactiv is a product of Mazda.
- Toyota Dynamic Force Engine was invented in 2017, but Mazda’s Skyactiv was developed earlier in 2011.
- There are mainly three types of fuel engines under Toyota Dynamic Force Engine- M20A-FKS (petrol), M20A-FXS (petrol-hybrid), and M20A-FKB (petrol flex fuel). On the other hand, Skyactiv engines are divided into Skyactiv-D (diesel), Skyactiv-G (gasoline), and Skyactiv-X (petrol).
- Toyota Dynamic Force Engine uses water cooling technology, whereas some Skyactiv engines use air and water cooling technology.
- https://scholar.google.com/scholar?hl=en&as_sdt=0%2C5&q=toyota+dynamic+force+engine+&btnG=#d=gs_qabs&u=%23p%3DxmjtKsiaY68J
- https://scholar.google.com/scholar?hl=en&as_sdt=0%2C5&q=Skyactiv+&btnG=#d=gs_qabs&u=%23p%3DP1NkRSppP0sJ
Last Updated : 14 October, 2023
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Piyush Yadav has spent the past 25 years working as a physicist in the local community. He is a physicist passionate about making science more accessible to our readers. He holds a BSc in Natural Sciences and Post Graduate Diploma in Environmental Science. You can read more about him on his bio page.
The presentation of the comparisons is thorough and informative, making it easier to understand the distinctions between the Toyota Dynamic Force Engine and Skyactiv.
The technical specifications of both engines are fascinating. The advanced technology demonstrates their commitment to superior quality.
Considering the technical aspects mentioned, it seems like the battle of Dynamic Force Engine and Skyactiv is an intense race to redefine automotive excellence.
While the advancements in engine technologies are impressive, I wonder which of the two is more sustainable and environmentally friendly.
Toyota Dynamic Force Engine and Skyactiv by Mazda are revolutionizing the traditional combustion engines to achieve better fuel economy and lower emissions.
The innovative technologies employed by both Toyota and Mazda are setting new benchmarks for fuel efficiency and performance in the automotive industry.