What Engines Does Mitsubishi Use? A Deep Dive into Their Powertrain Technologies

Navigating the world of car engines can sometimes feel like deciphering a secret code, can't it? I remember when I was helping my neighbor pick out a new Outlander; he was adamant about getting something reliable and fuel-efficient, but the specific engine designations left him scratching his head. He’d heard Mitsubishi had a solid reputation for its powertrains, but understanding *what* Mitsubishi engines were actually *in* the cars he was looking at was proving to be a hurdle. It’s a common predicament. When you’re in the market for a new vehicle, or even just curious about the engineering under the hood, knowing the origin and type of engine is crucial. So, let’s pull back the curtain and explore exactly what engines Mitsubishi uses, delving into their past, present, and the philosophies that guide their powertrain development. You might be surprised by the depth and breadth of their engineering expertise.

The Core of Mitsubishi's Powertrain Strategy: Reliability and Innovation

At its heart, Mitsubishi's engine philosophy has always revolved around a blend of robust reliability and a steady stream of technological innovation. They aren't typically the brand to chase the absolute highest horsepower figures on the market, nor are they necessarily the first to adopt every bleeding-edge, unproven technology. Instead, Mitsubishi focuses on developing engines that offer a strong balance of performance, fuel efficiency, durability, and practicality for everyday drivers. This pragmatic approach has served them well, building a reputation for vehicles that can withstand the rigors of daily use without breaking the bank on fuel or unexpected repairs. Think of it as engineering for the long haul, not just for the showroom floor.

Understanding Mitsubishi's Engine Nomenclature

Before we dive into specific engine families, it's helpful to understand how Mitsubishi might label its engines. While not as universally standardized as some other manufacturers, you'll often see designations that hint at their characteristics. For instance, 'MIVEC' is a term you'll hear a lot. This stands for Mitsubishi Innovative Valve timing Electronic Control system. MIVEC is Mitsubishi's variable valve timing technology, designed to optimize engine performance and fuel economy across different engine speeds. It’s a cornerstone of their modern engine development, allowing them to extract more power from smaller displacements and improve efficiency. You might also see letter and number combinations, like '4G63' (a legendary engine in its own right) or '4B1' series, which indicate engine family and configuration. The '4' usually denotes a four-cylinder engine, though Mitsubishi has produced inline-six and V-engines in the past. While specific model years and applications can vary, understanding these basic identifiers can help you piece together what you're looking at.

Key Mitsubishi Engine Families: A Historical and Current Perspective

Mitsubishi has a rich history of engine development, with several key families standing out for their performance, reliability, and widespread use across their model lineup. Understanding these families provides a clear picture of what powers their vehicles, both past and present.

The Legendary 4G6 Family: A Performance Icon

If you’re a car enthusiast, the 4G63 engine probably rings a bell. This inline-four cylinder engine, part of the larger 4G6 family, is arguably one of the most celebrated engines Mitsubishi ever produced. It's renowned for its stout construction, robust aftermarket support, and incredible tuning potential. Introduced in the early 1980s, the 4G63 powered iconic models like the Lancer Evolution series, Eclipse, Galant VR-4, and various Chrysler/Dodge/Plymouth vehicles under their global engine-sharing agreements (as part of DaimlerChrysler).

Key characteristics of the 4G63:

DOHC 16-valve cylinder head: A significant feature for its time, allowing for better airflow and performance.
Cast-iron block: Contributes to its durability and ability to withstand high boost pressures.
Cross-flow cylinder head design: Further enhances breathing efficiency.
Various configurations: While the turbocharged and intercooled versions are the most famous, naturally aspirated variants also existed.
Displacement: Most commonly 2.0 liters, though variations existed.

The 4G63's legacy is undeniable. Its ability to handle significant power increases made it a darling of the tuner community and a formidable competitor in motorsport, especially rallying. While this specific engine is largely phased out in new Mitsubishi models today, its impact on the brand's performance image is immeasurable. It represents a golden era of internal combustion engine engineering, where robust design met accessible performance.

The 4B Series Engines: Modern Workhorses

Moving into the more contemporary era, Mitsubishi's 4B series engines have become the primary powerplants for many of their vehicles. These engines are designed with a focus on modern efficiency standards, emissions compliance, and drivability, while still maintaining that characteristic Mitsubishi robustness. The 4B series also heavily incorporates MIVEC technology to optimize performance and fuel economy.

The 4B11 Engine: A Versatile Inline-Four

The 4B11 is a prime example of Mitsubishi's modern engine design. This 2.0-liter (and sometimes 1.8-liter or 2.4-liter variations) inline-four cylinder engine is a popular choice, found in models like the Lancer (non-Evolution variants) and Outlander Sport (also known as ASX or RVR in other markets). It features an aluminum alloy block and cylinder head for weight savings, dual overhead camshafts (DOHC), and, of course, MIVEC for intake and exhaust valve timing.

Key features of the 4B11:

Aluminum alloy construction: Lighter and aids in thermal management.
MIVEC technology: For optimized performance and efficiency.
Variable valve lift (on some variants): Further refines engine response.
Electronic throttle control: For precise throttle input and integration with other vehicle systems.
Displacements: Commonly 1.8L and 2.0L, with a 2.4L version (4B12) also in use for higher performance applications or heavier vehicles.

The 4B11 is designed for a balance of spirited performance and fuel economy, making it suitable for a wide range of driving conditions. It's a testament to how engine technology has evolved to meet stricter environmental regulations without sacrificing the driving experience.

The 4B12 Engine: Increased Displacement for More Power

Stepping up in displacement, the 4B12 is typically a 2.4-liter inline-four cylinder engine. You'll often find this engine in higher trims of the Outlander and sometimes in the Lancer. It shares many of the same design principles as the 4B11, including MIVEC and aluminum construction, but its larger displacement provides more torque and horsepower. This makes it a good choice for vehicles that need to carry more weight or offer a more confident acceleration experience, especially when merging onto highways or climbing hills. The 4B12 offers a noticeable improvement in low-end torque compared to its smaller sibling, which can translate to a more relaxed driving experience when not pushing the engine hard.

The 6B3 Series: V6 Power and Refinement

While Mitsubishi has moved towards smaller, more efficient turbocharged four-cylinder engines in many of their global offerings, they haven't completely abandoned the allure of V6 power, particularly in certain markets or for specific vehicle types. The 6B3 series, notably the 6B31, is a 3.0-liter V6 engine that has been a staple in models like the Outlander and Eclipse. This engine offers smoother power delivery and a more refined sound than many four-cylinder engines, making it a desirable option for those prioritizing a premium feel and effortless acceleration.

Key characteristics of the 6B31 V6:

V6 configuration: Provides inherent smoothness and a distinct exhaust note.
Aluminum block and heads: For reduced weight.
MIVEC technology: Applied to optimize performance and efficiency across the rev range.
3.0-liter displacement: Offers ample power for daily driving and towing.
Good torque: Especially noticeable at lower RPMs, aiding in responsiveness.

The 6B31 is a well-engineered V6 that balances performance with a degree of fuel efficiency, especially when paired with modern transmissions. It’s a testament to Mitsubishi’s ability to produce refined multi-cylinder engines. However, as global trends lean towards turbocharging and electrification, V6 engines are becoming less common across the entire automotive industry, and Mitsubishi is no exception.

Turbocharged Power: The 'R' and 'T' Designations

Mitsubishi has a long and storied history with turbocharged engines, particularly for performance-oriented models. While the legendary 4G63 turbo defined an era, more recent turbocharged engines also carry the brand's performance heritage. You'll often see the 'R' (for Racing) or 'T' (for Turbocharged) designations associated with specific performance variants. For example, the Lancer Evolution, with its potent turbocharged engines (evolutions of the 4G63 and later the 4B11T), showcased Mitsubishi's commitment to rally-bred performance. The turbocharged variants of the 4B11, often referred to as the 4B11T, were designed to deliver exhilarating performance while still incorporating MIVEC technology for improved response and efficiency.

Key aspects of Mitsubishi's turbocharged engines:

High-performance tuning: Designed from the ground up to handle the stresses of forced induction.
Intercooling: Essential for cooling the compressed intake air, increasing density and power.
Robust internal components: Forged pistons and stronger connecting rods are often featured in performance turbo applications.
Sophisticated engine management: Precise fuel and ignition control are critical for turbo engines.
MIVEC integration: Helps to improve turbo lag and broaden the powerband.

The thrill of a turbocharged Mitsubishi is a unique experience, offering a surge of power that few naturally aspirated engines can match. These engines embody the brand's performance heritage and its ability to translate motorsport success into road-going excitement.

Small Displacement Engines and Fuel Efficiency

In line with global trends towards greater fuel efficiency and reduced emissions, Mitsubishi also utilizes smaller displacement engines, often in their compact and subcompact offerings. These engines, such as variants of the 1.5-liter or 1.6-liter 4A series (though less common in current US models, they are prevalent globally), are engineered to maximize miles per gallon without making drivers feel entirely deprived of performance. They often feature technologies like MIVEC and lightweight construction to help them perform above their displacement might suggest.

Characteristics of Mitsubishi's fuel-efficient engines:

Smaller displacement: Less fuel consumed per combustion cycle.
Lightweight materials: Aluminum alloys for blocks and heads reduce overall vehicle weight, improving efficiency.
MIVEC technology: Optimizes valve timing for both power and economy depending on engine load.
Lean burn technologies: In some cases, engines are designed to run on leaner fuel-air mixtures under light loads.
Aerodynamic design: While not an engine feature, a car's overall aerodynamics play a huge role in fuel economy, and Mitsubishi designs its smaller vehicles with this in mind.

These engines are crucial for meeting modern fuel economy standards and appeal to a broad segment of buyers who prioritize cost savings at the pump. They demonstrate that Mitsubishi can engineer engines that are both frugal and capable for everyday commuting.

Mitsubishi's Partnerships and Engine Sourcing

It's important to note that the automotive landscape is increasingly interconnected, and Mitsubishi has, at various points in its history, engaged in strategic partnerships that have influenced the engines found in its vehicles. The most notable of these was the alliance with DaimlerChrysler. During this period, Mitsubishi engines were sometimes adapted for use in Chrysler vehicles, and conversely, some Chrysler/Dodge engines found their way into Mitsubishi models, particularly in North America.

For instance, the 2.4-liter engine found in some older Mitsubishi Eclipses and Endeavors was related to Chrysler's "World Engine" project, which was a collaborative effort involving Mitsubishi Motors, Hyundai Motor Company, and DaimlerChrysler. This engine family, often referred to as the '4B' series (e.g., 4B12 is a descendant of this collaborative effort), is a prime example of such a partnership. These collaborations allow manufacturers to share development costs, leverage each other's expertise, and offer a wider range of powertrain options to consumers.

More recently, Mitsubishi has been part of the Renault-Nissan-Mitsubishi Alliance. While the alliance is more focused on platform sharing and joint development of future technologies (especially in electrification), there's always the potential for powertrain collaboration. However, Mitsubishi has maintained a strong internal engineering capability for its core engine technologies, particularly with MIVEC and its turbocharging expertise. So, while partnerships exist and are beneficial, the fundamental engines powering most Mitsubishis today are still largely developed and manufactured by Mitsubishi Motors themselves, retaining their distinct engineering character.

The Role of MIVEC in Mitsubishi Engines

As mentioned earlier, MIVEC (Mitsubishi Innovative Valve timing Electronic Control system) is a critical component of almost all modern Mitsubishi engines. It's not just a buzzword; it's a sophisticated system that significantly enhances engine performance and efficiency. Think of it as the engine's brain, constantly adjusting how the valves open and close to optimize how the engine breathes.

How MIVEC Works

Traditionally, engines have fixed valve timing. This means the valves open and close at set points relative to the piston's movement, optimized for a specific operating range. This is a compromise; what's optimal for high-speed performance isn't always optimal for low-speed torque or fuel economy.

MIVEC, however, is a variable valve timing system. In most implementations, it adjusts the timing of the intake camshaft. By using hydraulic actuators controlled by the engine's computer (ECU), MIVEC can:

Advance or retard valve timing: This means the intake valves can open or close earlier or later in the engine cycle.
Optimize valve overlap: The period when both intake and exhaust valves are open. Increased overlap can improve scavenging and power at higher RPMs, while reduced overlap is better for idle stability and low-end torque.
Improve volumetric efficiency: Ensuring the cylinders are filled with as much air-fuel mixture as possible, regardless of engine speed.
Reduce pumping losses: Especially at lower loads, this can significantly improve fuel economy.

Some advanced MIVEC systems also incorporate variable valve lift, meaning they can change not only *when* the valves open but also *how far* they open. This further refines the engine's breathing characteristics across a wider operating range.

Benefits of MIVEC

The implementation of MIVEC in Mitsubishi engines yields several tangible benefits for the driver:

Enhanced Power and Torque: MIVEC allows the engine to produce more power and torque across a broader RPM range, making the car feel more responsive and capable.
Improved Fuel Efficiency: By optimizing valve timing for different driving conditions, MIVEC helps reduce fuel consumption, especially during cruising and light acceleration.
Reduced Emissions: A more efficient burn and better control over the combustion process contribute to lower exhaust emissions, helping Mitsubishi meet stringent environmental regulations.
Smoother Operation: Variable valve timing can help smooth out the engine's idle and low-speed operation, leading to a more refined driving experience.

In essence, MIVEC is a key technology that allows Mitsubishi to get the most out of their engines, providing a performance and efficiency package that punches above its weight. It’s a prime example of how sophisticated engine management can significantly enhance a vehicle’s overall appeal.

Mitsubishi Engines in Current US Market Models

Let's look at what you're most likely to find under the hood of a new Mitsubishi sold in the United States today:

Mitsubishi Outlander

The popular Mitsubishi Outlander SUV currently offers two primary engine options:

2.5L 4-Cylinder Engine: This is a modern, naturally aspirated inline-four engine that provides a good balance of power for an SUV and respectable fuel economy. It is designed to be efficient and reliable for everyday family use. It’s a strong performer for its displacement, thanks to Mitsubishi's ongoing engineering refinements.
Plug-in Hybrid Powertrain: For the Outlander PHEV (Plug-in Hybrid Electric Vehicle) models, Mitsubishi employs a sophisticated system that combines gasoline engines with electric motors. The gasoline engine in the PHEV is typically a variation of their efficient inline-four cylinder design, optimized to work seamlessly with the electric components. The PHEV system is a major focus for Mitsubishi's future, showcasing their commitment to electrified mobility. The exact engine specifications in the PHEV can vary slightly by model year and trim, but the core principle is efficiency and seamless integration with the electric drive system.

Mitsubishi Outlander Sport (ASX/RVR)

The smaller Outlander Sport typically comes with a choice of two engine options, depending on the trim level and model year:

2.0L 4-Cylinder Engine: This is a standard, reliable engine for the base models, offering good fuel efficiency for city driving and commuting. It’s engineered for longevity and cost-effectiveness.
2.4L 4-Cylinder Engine: Available on higher trim levels, this engine offers a noticeable bump in horsepower and torque, providing a more confident driving experience, especially on the highway or when carrying passengers and cargo. This is likely a variant from the 4B12 family, offering that extra grunt.

Mitsubishi Mirage

The subcompact Mitsubishi Mirage is designed with maximum fuel efficiency as its priority. It typically features a small displacement inline-three cylinder engine:

1.2L 3-Cylinder Engine: This engine is all about sipping fuel. It's not designed for blistering acceleration, but it excels at delivering outstanding miles per gallon. It's a perfect example of Mitsubishi prioritizing economy for budget-conscious buyers. This engine often features MIVEC to help it perform as well as possible for its size.

Mitsubishi Eclipse Cross

The stylish Eclipse Cross offers a dynamic driving experience, often powered by:

1.5L Turbocharged 4-Cylinder Engine: This engine is a great example of Mitsubishi's modern approach to turbocharging. It provides a good blend of spirited performance and efficiency. The turbocharger allows this smaller displacement engine to deliver power comparable to larger naturally aspirated engines, while MIVEC helps to optimize its response and fuel economy. It offers a satisfying punch when you need it, without the excessive thirst of a larger engine.

It's worth noting that the specific engine options and availability can change with model year updates and regional variations. Always check the latest specifications for the exact vehicle you are interested in.

Future of Mitsubishi Engines: Electrification and Beyond

The automotive industry is undergoing a massive transformation, and Mitsubishi is right in the thick of it, particularly with their focus on electrification. As part of the Renault-Nissan-Mitsubishi Alliance, they are leveraging shared resources and expertise to develop next-generation powertrains.

Key areas of focus for Mitsubishi's future engines:

Plug-in Hybrid Electric Vehicles (PHEVs): Mitsubishi has established itself as a leader in PHEV technology with models like the Outlander PHEV. They are committed to expanding this technology, integrating advanced battery systems and more efficient internal combustion engines designed to work harmoniously with electric motors.
Battery Electric Vehicles (BEVs): While perhaps not as aggressive in launching pure EVs as some competitors, the Alliance is heavily invested in battery electric technology. We can expect Mitsubishi to introduce more BEV models in the coming years, utilizing platforms and components developed across the alliance.
Advanced Internal Combustion Engines (ICE): Even with the shift towards electrification, advanced ICE technology will remain relevant for some time. Mitsubishi continues to refine its MIVEC systems and explore new combustion strategies to maximize efficiency and minimize emissions in gasoline engines. Expect continued improvements in thermal efficiency and integration with hybrid systems.
Alliance Synergies: The Renault-Nissan-Mitsubishi Alliance is crucial for future development. This means shared platform development, battery technology, electric motor design, and potentially even shared sourcing of specific engine components. This collaboration helps Mitsubishi bring advanced technologies to market more efficiently.

Mitsubishi's approach seems to be one of pragmatic evolution. They are building upon their strengths in hybrid technology and efficient ICE design, while strategically adopting the latest in pure EV development through the alliance. This balanced approach aims to provide a diverse range of powertrain options that cater to different customer needs and regulatory environments.

Frequently Asked Questions About Mitsubishi Engines

How do I know which engine is in a specific Mitsubishi model?

To accurately identify the engine in a specific Mitsubishi model, the best approach is to consult official documentation and resources. Start with the vehicle's VIN (Vehicle Identification Number). You can often decode the VIN through online VIN decoders or by contacting a Mitsubishi dealership. The VIN can provide detailed information about the vehicle's original specifications, including the engine.

Additionally, check the vehicle's owner's manual. This document will contain comprehensive details about the car, including its engine type, displacement, and any specific technologies like MIVEC. The window sticker (Monroney label) that comes with new vehicles also lists the engine specifications. For used vehicles, this sticker might be missing, so the VIN or owner's manual becomes even more critical.

If you're looking at a specific car on a lot or online, look for badges on the vehicle itself, often on the trunk lid or fenders. While these might not always be precise (e.g., "MIVEC" might be present, but not the specific engine code), they can offer clues. Finally, Mitsubishi's official website usually has detailed specification sheets for each current model, which will clearly outline the available engine options and their associated features. For older models, enthusiast forums and reliable automotive databases are excellent resources.

Are Mitsubishi engines reliable?

Generally speaking, yes, Mitsubishi engines have a strong reputation for reliability. Throughout their history, Mitsubishi has focused on building durable and dependable powertrains. The older 4G63 engine, for example, is legendary for its robustness and ability to handle significant abuse and high mileage when properly maintained. More modern engines, like the 4B series, continue this tradition. They are designed with quality materials and undergo rigorous testing to ensure longevity.

Of course, like any automotive manufacturer, individual experiences can vary. Reliability is heavily influenced by factors such as regular maintenance (oil changes, filter replacements, etc.), driving habits, and the specific model and year of the vehicle. However, based on industry reputation, consumer reviews, and long-term ownership data, Mitsubishi engines are considered a solid choice in terms of dependability. Their focus on practical engineering, rather than chasing extreme performance figures at the expense of durability, contributes to their reliable nature. For instance, the extensive use of MIVEC, while adding complexity, is a well-proven technology that enhances efficiency without compromising the core strength and longevity of the engine. The emphasis on balanced design means that these engines are less likely to be pushed to their absolute limits in typical daily driving scenarios, contributing to a longer operational life.

What is MIVEC, and why is it important for Mitsubishi engines?

MIVEC, which stands for Mitsubishi Innovative Valve timing Electronic Control system, is Mitsubishi's proprietary variable valve timing (VVT) technology. It is a crucial system that allows the engine's computer to dynamically adjust the timing of the intake and/or exhaust valves based on engine speed, load, and other operating conditions. This is vital because the ideal valve timing for optimal fuel efficiency at low engine speeds is different from the ideal timing for maximum power output at high engine speeds.

Before VVT systems like MIVEC, engines had fixed valve timing, which meant engineers had to compromise, choosing a setting that provided a reasonable balance across all operating ranges, but wasn't truly optimal for any single one. MIVEC overcomes this limitation. By adjusting when the valves open and close, MIVEC allows the engine to:

Improve fuel economy: At lower RPMs and lighter loads, MIVEC can adjust valve timing to reduce pumping losses and optimize the combustion cycle, leading to significant fuel savings.
Increase horsepower and torque: At higher RPMs, MIVEC can optimize valve overlap and lift (in some versions) to allow the engine to breathe more freely, resulting in a substantial increase in power and torque. This makes the vehicle feel more responsive and peppy.
Reduce emissions: By ensuring a more complete and efficient combustion process, MIVEC helps to lower harmful exhaust emissions, contributing to compliance with environmental standards.
Enhance engine smoothness: MIVEC can also help to smooth out the engine's idle and low-speed operation, leading to a more refined and comfortable driving experience.

In essence, MIVEC is a key technology that allows Mitsubishi engines to deliver a winning combination of performance, fuel efficiency, and reduced emissions, making them more competitive and enjoyable to drive. It's a testament to Mitsubishi's engineering prowess in optimizing internal combustion engine technology.

Are there any Mitsubishi engines made by other manufacturers?

Historically, yes, there have been instances where Mitsubishi has utilized engines developed in collaboration with other manufacturers or sourced engines from partners. The most prominent example of this was during the period of the DaimlerChrysler alliance. During this time, Mitsubishi was part of a larger automotive group, and there was a significant exchange of technology and platforms.

For instance, the "World Engine" project, a collaboration involving Mitsubishi Motors, Hyundai, and DaimlerChrysler, resulted in a family of inline-four engines. In North America, variants of these engines were used in various Mitsubishi models, such as the Lancer and Outlander, as well as in Chrysler, Dodge, and Plymouth vehicles. These engines, often referred to by their internal codes (like the 4B series), were designed to be globally applicable and meet the needs of different brands within the alliance. This partnership allowed for cost-sharing in development and manufacturing, and provided Mitsubishi with a wider range of engine options.

More recently, Mitsubishi is part of the Renault-Nissan-Mitsubishi Alliance. While this alliance is heavily focused on sharing platforms and developing future technologies like electrification collaboratively, there is always the potential for powertrain synergies. However, it's important to note that Mitsubishi has maintained a strong internal engineering identity for its core powertrain technologies, particularly its MIVEC systems and its expertise in turbocharging. Therefore, while collaboration exists and drives platform development, many of the specific engine architectures and technological implementations you find in a Mitsubishi today are still fundamentally Mitsubishi designs, even if they share underlying architecture with alliance partners or were developed with input from them. The goal is often to integrate common technologies while retaining brand-specific performance characteristics.

What is the difference between the 4B11 and 4B12 engines?

The 4B11 and 4B12 are both part of Mitsubishi's modern 4B series of inline-four cylinder engines, but they differ primarily in their displacement and, consequently, their performance characteristics. Both engines are designed with aluminum alloy blocks and cylinder heads for weight savings and incorporate Mitsubishi's MIVEC variable valve timing technology for optimized performance and fuel efficiency.

The **4B11 engine** is typically a 2.0-liter engine (though some variants might be 1.8 liters). It is engineered to provide a good balance of power for everyday driving and excellent fuel economy. You'll often find it in compact and subcompact sedans and crossovers, where efficiency is a high priority. It delivers a competent performance for its size, making it suitable for commuting and general use.

The **4B12 engine**, on the other hand, is a larger displacement engine, usually 2.4 liters. This increase in displacement translates directly into more horsepower and, more importantly, more torque, especially at lower engine speeds. As a result, the 4B12 offers a more robust performance profile. It's typically found in larger vehicles or higher trim levels of existing models, such as the Outlander or Lancer variants where a bit more power is needed for carrying heavier loads, towing, or providing more confident acceleration when merging onto highways or passing slower traffic. While it consumes slightly more fuel than the 4B11 due to its larger size, the added torque often means it doesn't have to work as hard in many driving situations, which can sometimes mitigate the fuel economy difference. In summary, the 4B11 is the more economy-focused option, while the 4B12 provides enhanced power and torque.

In conclusion, Mitsubishi's engine offerings are a testament to their long-standing commitment to engineering excellence. From the iconic turbocharged powerhouses of the past that fueled motorsport dreams, to the reliable and efficient MIVEC-equipped engines of today powering everyday commuters and family SUVs, Mitsubishi has consistently strived to deliver powertrains that offer a compelling blend of performance, durability, and value. As the automotive world accelerates towards electrification, Mitsubishi is strategically leveraging its expertise in hybrid technology and its participation in the Renault-Nissan-Mitsubishi Alliance to forge a path forward, promising innovative and sustainable powertrain solutions for the future.