Suzuki’s Top 10 Best-Selling Models: A Deep Dive into Fuel Efficiency and Electric Performance

Suzuki’s Top 10 Best-Selling Models: A Deep Dive into Fuel Efficiency and Electric Performance

Discover Suzuki’s top 10 best-selling models, highlighting their impressive fuel efficiency and electric performance. From the compact Swift Hybrid to the spacious Ertiga, explore how Suzuki combines innovative technologies like DualJet engines and SHVS mild hybrid systems to deliver economical and eco-friendly vehicles. Learn about Suzuki’s electrification journey, including upcoming electric models like the eVX, and understand how their commitment to efficiency not only benefits consumers but also contributes to a greener environment. Perfect for budget-conscious buyers and eco-friendly enthusiasts alike!

1. Suzuki Swift

The Suzuki Swift has consistently been one of Suzuki’s top-selling models globally thanks to its compact size, fuel efficiency, and sporty handling. Let’s look at the fuel efficiency and electric performance across recent generations:

2024 Suzuki Swift Hybrid

The latest 2024 Swift Hybrid model features a new 1.2L 3-cylinder engine paired with a mild hybrid system. Key specs include:

• Fuel tank capacity: 37 liters
• Fuel efficiency (combined): 4.0 L/100km (CVT model)
• CO2 emissions: 91 g/km

The mild hybrid system uses a small electric motor and 12V lithium-ion battery to provide assistance during acceleration and enable smooth start-stop functionality. While it cannot run on electric power alone, the hybrid system helps improve fuel economy compared to the previous non-hybrid Swift.

2017-2023 Suzuki Swift

The previous generation Swift was available with 1.2L and 1.0L turbocharged petrol engines:

• 1.2L engine fuel efficiency: 4.8-5.1 L/100km (combined)
• 1.0L turbo engine fuel efficiency: 5.0-5.3 L/100km (combined)
• Fuel tank capacity: 37 liters

Swift Sport

The sportier Swift Sport variant offers more power but still maintains respectable fuel economy:

• 2024 Swift Sport Hybrid: 6.1 L/100km (combined)
• Previous gen Swift Sport: 6.1-6.4 L/100km (combined)

The Swift’s excellent fuel efficiency across generations has been a key factor in its enduring popularity. The new hybrid powertrain further improves upon this, making it an even more appealing choice for efficiency-minded buyers.

2. Suzuki Baleno

The Baleno is Suzuki’s popular premium hatchback that offers more interior space than the Swift while still maintaining good fuel efficiency. Let’s examine its fuel economy figures:

Current Generation (2022-present)

The latest Baleno is powered by a 1.2L DualJet petrol engine:

• Fuel tank capacity: 37 liters
• Fuel efficiency (manual): 5.4-5.7 L/100km (combined)
• Fuel efficiency (automatic): 5.7-6.0 L/100km (combined)

Previous Generation (2015-2022)

The first-generation Baleno was available with 1.2L and 1.0L turbocharged engines:

• 1.2L engine fuel efficiency: 5.1-5.4 L/100km (combined)
• 1.0L turbo engine fuel efficiency: 5.0-5.2 L/100km (combined)
• Fuel tank capacity: 37 liters

While the latest Baleno has slightly higher fuel consumption figures, it offers improved performance and more features. The Baleno continues to be one of the more fuel-efficient options in its segment, contributing to its strong sales performance.

3. Suzuki Dzire

The Suzuki Dzire is a popular compact sedan based on the Swift platform. It’s known for its spacious interior and excellent fuel efficiency, making it a favorite among both private buyers and fleet operators.

Current Generation (2017-present)

The current Dzire is powered by a 1.2L petrol engine:

• Fuel tank capacity: 37 liters
• Fuel efficiency (manual): 5.2-5.5 L/100km (combined)
• Fuel efficiency (automatic): 5.5-5.7 L/100km (combined)

A CNG (Compressed Natural Gas) variant is also available in some markets, offering even better fuel economy:

• CNG fuel efficiency: 3.2 kg/100km (equivalent)
• CNG tank capacity: 60 liters (water equivalent)

Previous Generation (2012-2017)

The second-generation Dzire was available with both petrol and diesel engines:

• 1.2L petrol fuel efficiency: 5.6-5.9 L/100km (combined)
• 1.3L diesel fuel efficiency: 3.8-4.1 L/100km (combined)
• Fuel tank capacity: 42 liters

The Dzire’s excellent fuel efficiency, especially in its CNG variant, has been a key factor in its popularity in markets like India where fuel costs are a significant consideration for car buyers.

4. Suzuki Vitara

The Suzuki Vitara is a compact SUV that combines practicality with fuel efficiency. It’s been one of Suzuki’s global best-sellers, particularly in Europe and Asia.

Current Generation (2015-present, facelifted in 2018)

The current Vitara is available with several engine options, including mild hybrid variants:

• 1.4L Boosterjet Mild Hybrid:
  • Fuel tank capacity: 47 liters
  • Fuel efficiency (2WD): 5.7-6.0 L/100km (combined)
  • Fuel efficiency (4WD): 6.1-6.4 L/100km (combined)
• 1.0L Boosterjet:
  • Fuel efficiency: 5.3-5.7 L/100km (combined)

The mild hybrid system in the 1.4L Boosterjet engine helps improve fuel efficiency and reduce emissions, particularly in urban driving conditions.

Previous Generation (1988-2015)

The earlier generations of the Vitara (including the Grand Vitara) were available with larger engines, reflecting different market preferences at the time:

• 2.0L petrol fuel efficiency: 8.5-9.5 L/100km (combined)
• 1.9L diesel fuel efficiency: 7.0-7.5 L/100km (combined)
• Fuel tank capacity: 55-66 liters (depending on variant)

The shift to smaller, turbocharged engines and the introduction of mild hybrid technology in the current Vitara reflects Suzuki’s focus on improving fuel efficiency while maintaining performance.

5. Suzuki S-Cross

The Suzuki S-Cross is a crossover SUV that sits above the Vitara in Suzuki’s lineup. It offers a good balance of space, features, and fuel efficiency.

Current Generation (2021-present)

The latest S-Cross is available with a 1.4L Boosterjet engine featuring mild hybrid technology:

• Fuel tank capacity: 47 liters
• Fuel efficiency (2WD): 5.3-5.6 L/100km (combined)
• Fuel efficiency (4WD): 5.8-6.1 L/100km (combined)

Previous Generation (2013-2021)

The first-generation S-Cross was available with several engine options:

• 1.0L Boosterjet fuel efficiency: 5.1-5.4 L/100km (combined)
• 1.4L Boosterjet fuel efficiency: 5.6-5.9 L/100km (combined)
• 1.6L diesel fuel efficiency: 4.1-4.4 L/100km (combined)
• Fuel tank capacity: 47 liters

The introduction of mild hybrid technology in the latest generation has helped improve fuel efficiency, particularly in urban driving conditions. The S-Cross continues to be a popular choice for buyers looking for a practical and efficient crossover.

6. Suzuki Ertiga

The Suzuki Ertiga is a compact MPV (Multi-Purpose Vehicle) that has been particularly successful in Asian markets. It offers seven-seat practicality with the fuel efficiency of a smaller car.

Current Generation (2018-present, facelifted in 2022)

The latest Ertiga is powered by a 1.5L petrol engine, with some markets also offering a CNG variant:

• Petrol variant:
  • Fuel tank capacity: 45 liters
  • Fuel efficiency (manual): 5.4-5.7 L/100km (combined)
  • Fuel efficiency (automatic): 5.7-6.0 L/100km (combined)
• CNG variant:
  • CNG tank capacity: 60 liters (water equivalent)
  • CNG fuel efficiency: 3.6 kg/100km (equivalent)

Previous Generation (2012-2018)

The first-generation Ertiga was available with both petrol and diesel engines:

• 1.4L petrol fuel efficiency: 6.0-6.3 L/100km (combined)
• 1.3L diesel fuel efficiency: 4.4-4.7 L/100km (combined)
• Fuel tank capacity: 45 liters

The Ertiga’s ability to offer seven-seat practicality while maintaining fuel efficiency comparable to much smaller cars has been key to its success, particularly in markets where large families are common.

7. Suzuki Ignis

The Suzuki Ignis is a unique mini-SUV that combines compact dimensions with a high riding position and distinctive styling. Its small size and efficient engines make it one of the most fuel-efficient non-hybrid cars in Suzuki’s lineup.

Current Generation (2016-present, facelifted in 2020)

The Ignis is powered by a 1.2L petrol engine, with some markets offering a mild hybrid variant:

• Standard 1.2L engine:
  • Fuel tank capacity: 32 liters
  • Fuel efficiency (2WD): 4.7-5.0 L/100km (combined)
  • Fuel efficiency (4WD): 5.1-5.4 L/100km (combined)
• 1.2L SHVS (Smart Hybrid Vehicle by Suzuki):
  • Fuel efficiency (2WD): 4.3-4.6 L/100km (combined)
  • Fuel efficiency (4WD): 4.8-5.1 L/100km (combined)

The SHVS mild hybrid system helps improve fuel efficiency, particularly in urban driving conditions, by assisting the engine during acceleration and enabling smoother start-stop functionality.

The Ignis’s excellent fuel efficiency, combined with its unique styling and compact dimensions, has made it a popular choice in urban areas where parking space is at a premium.

8. Suzuki Jimny

The Suzuki Jimny is a compact off-road vehicle with a cult following. While not traditionally known for fuel efficiency, the latest generation has made improvements in this area while maintaining its legendary off-road capabilities.

Current Generation (2018-present)

The current Jimny is powered by a 1.5L petrol engine:

• Fuel tank capacity: 40 liters
• Fuel efficiency (manual): 6.8-7.1 L/100km (combined)
• Fuel efficiency (automatic): 7.3-7.6 L/100km (combined)

Previous Generation (1998-2018)

The third-generation Jimny was available with smaller engines:

• 1.3L petrol fuel efficiency: 7.2-7.8 L/100km (combined)
• Fuel tank capacity: 40 liters

While the Jimny’s fuel efficiency figures may not be as impressive as some of Suzuki’s other models, it’s important to consider its off-road capabilities and the fact that it’s significantly more efficient than larger off-road vehicles. The Jimny’s combination of compact size, off-road prowess, and relatively good fuel efficiency for its class has contributed to its enduring popularity.

9. Suzuki Ciaz

The Suzuki Ciaz is a compact sedan that competes in the highly competitive mid-size sedan segment in many Asian markets. It’s known for its spacious interior and excellent fuel efficiency.

Current Generation (2014-present, facelifted in 2018)

The Ciaz is available with both petrol and diesel engines, with some markets offering a mild hybrid variant:

• 1.5L petrol engine:
  • Fuel tank capacity: 43 liters
  • Fuel efficiency (manual): 5.1-5.4 L/100km (combined)
  • Fuel efficiency (automatic): 5.4-5.7 L/100km (combined)
• 1.5L petrol with SHVS (Smart Hybrid Vehicle by Suzuki):
  • Fuel efficiency: 4.8-5.1 L/100km (combined)
• 1.3L diesel (discontinued in some markets):
  • Fuel efficiency: 4.0-4.3 L/100km (combined)

The SHVS mild hybrid system helps improve fuel efficiency, particularly in urban driving conditions, by assisting the engine during acceleration and enabling smoother start-stop functionality.

The Ciaz’s excellent fuel efficiency, especially in its mild hybrid variant, has been a key selling point in markets where fuel costs are a significant consideration for car buyers.

10. Suzuki Celerio

The Suzuki Celerio is a city car that focuses on providing affordable, fuel-efficient transportation. It’s one of the most fuel-efficient non-hybrid cars in Suzuki’s lineup.

Current Generation (2021-present)

The latest Celerio is powered by a 1.0L petrol engine:

• Fuel tank capacity: 32 liters
• Fuel efficiency (manual): 4.2-4.5 L/100km (combined)
• Fuel efficiency (automatic): 4.5-4.8 L/100km (combined)

The new Celerio features Suzuki’s DualJet engine technology, which uses two fuel injectors per cylinder for improved fuel atomization and combustion efficiency. This, combined with other fuel-saving technologies like idle start-stop, contributes to its excellent fuel economy.

Previous Generation (2014-2021)

The first-generation Celerio was also known for its fuel efficiency:

• 1.0L petrol fuel efficiency: 4.3-4.6 L/100km (combined)
• Fuel tank capacity: 35 liters

In some markets, a CNG (Compressed Natural Gas) variant was also available:

• CNG fuel efficiency: 3.1 kg/100km (equivalent)
• CNG tank capacity: 60 liters (water equivalent)

The Celerio’s exceptional fuel efficiency has made it a popular choice for budget-conscious buyers and those primarily using their vehicle for urban commuting.

Electric Range and Efficiency: Suzuki’s Electrification Journey

While Suzuki has been a leader in fuel-efficient petrol engines and mild hybrid systems, they have been somewhat slower to enter the full electric vehicle market compared to some competitors. However, they are making strides in this direction, particularly through their partnership with Toyota. Let’s look at Suzuki’s current and upcoming electrified offerings:

Suzuki Across (Plug-in Hybrid)

The Suzuki Across is a plug-in hybrid SUV based on the Toyota RAV4 Prime. It represents Suzuki’s first step into plug-in hybrid technology.

Electric Range and Efficiency

• Battery capacity: 18.1 kWh
• Electric-only range: Up to 75 km (WLTP)
• Efficiency in EV mode: 22.2 kWh/100km
• Total range (electric + petrol): Over 900 km

The Across combines the benefits of electric driving for shorter trips with the long-range capability of a hybrid system for longer journeys.

Suzuki Swace (Full Hybrid)

The Suzuki Swace is a full hybrid estate car based on the Toyota Corolla Touring Sports. While not a plug-in hybrid, it offers improved fuel efficiency over conventional petrol engines.

Hybrid Efficiency

• Fuel efficiency: 4.5-4.8 L/100km (combined)
• CO2 emissions: 103-115 g/km

The Swace can operate in electric-only mode for short distances at low speeds, contributing to its excellent fuel efficiency, particularly in urban environments.

Upcoming Suzuki EVs

Suzuki has announced plans to introduce several electric vehicles in the coming years, particularly in the Indian market through its Maruti Suzuki subsidiary.

eVX Concept

Suzuki unveiled the eVX concept at Auto Expo 2023, previewing its first global strategic EV. While detailed specifications haven’t been released, Suzuki has provided some preliminary information:

• Expected battery capacity: 60 kWh
• Targeted range: Up to 550 km

The production version of the eVX is expected to launch in 2025, marking Suzuki’s entry into the growing electric SUV market.

Wagon R EV

Suzuki has been testing an electric version of its popular Wagon R in India. While official specifications haven’t been released, industry reports suggest:

• Expected battery capacity: 25-35 kWh
• Estimated range: 150-200 km

This smaller, more affordable EV could be key to Suzuki’s electrification strategy in markets like India, where price sensitivity is high.

Comparing Fuel Efficiency Across Suzuki’s Top Models

To better understand how Suzuki’s top-selling models compare in terms of fuel efficiency, let’s look at a side-by-side comparison:

This comparison highlights Suzuki’s focus on fuel efficiency across its range. The Swift Hybrid and Ignis Hybrid stand out as particularly efficient, while even larger vehicles like the Vitara and S-Cross offer respectable fuel economy thanks to their hybrid powertrains.

Suzuki’s Fuel Efficiency Technologies

Suzuki has developed and implemented several technologies to improve fuel efficiency across its range. Let’s explore some of these key technologies:

DualJet Engine Technology

DualJet technology uses two fuel injectors per cylinder instead of the conventional single injector. This allows for more precise fuel injection, improving fuel atomization and combustion efficiency. Benefits include:

• Improved thermal efficiency
• Better fuel economy
• Reduced emissions

This technology is used in several Suzuki models, including the Swift, Baleno, and Celerio.

SHVS (Smart Hybrid Vehicle by Suzuki)

SHVS is Suzuki’s mild hybrid system, which uses an Integrated Starter Generator (ISG) and a small lithium-ion battery to assist the petrol engine. Key features include:

• Engine assist during acceleration
• Regenerative braking to charge the battery
• Improved idle start-stop functionality

SHVS is available on models like the Swift, Vitara, and S-Cross, helping to improve fuel efficiency, particularly in urban driving conditions.

Boosterjet Engines

Suzuki’s Boosterjet engines are direct-injection turbocharged units designed to deliver strong performance with excellent fuel efficiency. Benefits include:

• Improved low-end torque
• Better fuel economy compared to larger naturally aspirated engines
• Compact size and light weight

Boosterjet engines are used in models like the Vitara and S-Cross.

Heartect Platform

While not directly a fuel efficiency technology, Suzuki’s Heartect platform contributes to improved fuel economy by reducing vehicle weight. Key features include:

• High-tensile steel construction for strength and lightness
• Optimized structure for improved rigidity
• Better weight distribution

The Heartect platform is used across much of Suzuki’s modern lineup, including the Swift, Baleno, and Ignis.

Suzuki’s Approach to Electrification

As the automotive industry moves towards electrification, Suzuki is adapting its strategy to meet changing market demands and regulatory requirements. Let’s examine Suzuki’s approach to electrification:

Partnership with Toyota

Suzuki has formed a strategic partnership with Toyota to accelerate its electrification efforts. This collaboration has resulted in:

• Shared vehicle platforms and powertrains
• Joint development of new technologies
• Access to Toyota’s hybrid and electric vehicle expertise

The Suzuki Across and Swace are direct results of this partnership, allowing Suzuki to quickly enter the plug-in hybrid and full hybrid markets.

Focus on Mild Hybrids

Suzuki has widely adopted mild hybrid technology across its range, offering the benefits of electrification without the cost and complexity of full hybrid or electric systems. This approach:

• Improves fuel efficiency and reduces emissions
• Keeps vehicles affordable for budget-conscious buyers
• Allows for a gradual transition to more electrified powertrains

Development of Full Electric Vehicles

While Suzuki has been slower to enter the full electric vehicle market than some competitors, they are now accelerating their EV development:

• The eVX concept previews Suzuki’s first global EV
• Multiple EVs are in development for the Indian market
• Suzuki is investing in battery production and charging infrastructure

Market-Specific Strategies

Suzuki is tailoring its electrification strategy to different markets:

• In Europe, focus on hybrid and plug-in hybrid models to meet strict emissions regulations
• In India, development of affordable EVs suited to local conditions and preferences
• In Japan, continued refinement of mild hybrid technology while preparing for full EVs

This flexible approach allows Suzuki to respond to varying market demands and regulatory environments across its global operations.

Fuel Efficiency and Environmental Impact

Suzuki’s focus on fuel efficiency not only benefits consumers through lower running costs but also has significant environmental implications. Let’s explore the environmental impact of Suzuki’s fuel-efficient vehicles:

Reduced CO2 Emissions

By improving fuel efficiency across its range, Suzuki has significantly reduced the CO2 emissions of its vehicles:

• The Swift Hybrid emits just 91 g/km of CO2
• Even larger vehicles like the Vitara Hybrid emit only 121 g/km in their most efficient configuration

These low emissions help Suzuki meet increasingly stringent environmental regulations in markets worldwide.

Lower Overall Environmental Impact

Fuel-efficient vehicles have a lower environmental impact throughout their lifecycle:

• Reduced fuel consumption means less oil extraction and refining
• Lower emissions during the use phase of the vehicle’s life
• Smaller, more efficient engines often use fewer raw materials in production

Contribution to Air Quality

Modern, efficient engines not only produce less CO2 but also tend to have lower emissions of other pollutants:

• Reduced nitrogen oxide (NOx) emissions
• Lower particulate matter emissions, especially in direct injection engines with particulate filters

This can contribute to improved air quality, particularly in urban areas where Suzuki’s compact, efficient vehicles are popular.

Future Trends in Fuel Efficiency and Electrification

As Suzuki continues to evolve its product lineup, several trends are likely to shape the future of fuel efficiency and electrification in their vehicles:

Increased Electrification

We can expect to see more electrified vehicles from Suzuki in the coming years:

• Expansion of mild hybrid technology across the range
• Introduction of more full hybrid and plug-in hybrid models
• Launch of multiple battery electric vehicles, starting with the production version of the eVX concept

Advanced Combustion Technologies

For markets where electric vehicles may not yet be practical, Suzuki is likely to continue refining its combustion engine technology:

• Further development of the DualJet system
• Possible introduction of variable compression ratio technology
• Continued optimization of Boosterjet turbo engines

Lightweight Materials and Aerodynamics

Improving vehicle efficiency isn’t just about the powertrain. We can expect Suzuki to focus on:

• Increased use of high-strength, lightweight materials
• Improved aerodynamics across the range
• Further refinement of the Heartect platform to reduce weight

Alternative Fuels

In some markets, Suzuki may explore alternative fuel options:

• Expansion of CNG (Compressed Natural Gas) offerings
• Possible development of hydrogen fuel cell vehicles, leveraging Toyota’s expertise

Connected and Autonomous Technologies

While not directly related to fuel efficiency, these technologies can contribute to overall energy savings:

• Smart navigation systems that optimize routes for efficiency
• Adaptive cruise control and other driver assistance features that promote smoother, more efficient driving

Conclusion: Suzuki’s Commitment to Efficiency

Throughout this exploration of Suzuki’s top 10 best-selling models and their approach to fuel efficiency and electrification, several key points emerge:

1. Suzuki has consistently prioritized fuel efficiency across its range, from small city cars to larger SUVs.
2. The company has developed and implemented several innovative technologies to improve fuel efficiency, including DualJet engines, SHVS mild hybrid systems, and the lightweight Heartect platform.
3. Suzuki’s partnership with Toyota is accelerating its electrification efforts, allowing the brand to offer plug-in hybrid and full hybrid models alongside its efficient petrol engines.
4. While Suzuki has been somewhat slower to enter the full electric vehicle market, it is now ramping up its EV development with models like the upcoming eVX.
5. The brand’s focus on fuel efficiency not only benefits consumers through lower running costs but also contributes to reduced environmental impact and improved air quality.

Suzuki’s commitment to efficiency is evident in every aspect of its vehicle design and development. From the compact Celerio to the family-friendly Ertiga, each model in Suzuki’s lineup demonstrates a careful balance between performance, practicality, and fuel economy. This approach has several implications:

For Consumers

Suzuki’s fuel-efficient vehicles offer:

• Lower running costs, particularly important in markets where fuel prices are high
• Reduced environmental impact for eco-conscious buyers
• Practical, affordable transportation solutions that don’t compromise on features or comfort

For the Automotive Industry

Suzuki’s focus on efficiency sets a benchmark for other manufacturers:

• Demonstrating that affordable vehicles can still be highly efficient
• Pushing the boundaries of what’s possible with conventional and mild hybrid powertrains
• Showing how strategic partnerships (like with Toyota) can accelerate technological advancement

For the Environment

The widespread adoption of Suzuki’s efficient vehicles contributes to:

• Reduced overall CO2 emissions from the transport sector
• Improved air quality, particularly in urban areas
• More efficient use of resources, both in vehicle production and operation

Looking to the Future

As Suzuki continues to evolve its product lineup and technology, we can expect:

• Further improvements in fuel efficiency across the range
• A gradual shift towards more electrified powertrains, including full EVs
• Continued focus on providing affordable, efficient transportation solutions for global markets

In conclusion, Suzuki’s top 10 best-selling models showcase the brand’s unwavering commitment to fuel efficiency and practical, affordable transportation. As the automotive industry moves towards an electrified future, Suzuki is well-positioned to adapt and continue offering efficient mobility solutions. Whether through advanced petrol engines, hybrid systems, or upcoming electric vehicles, Suzuki’s focus on efficiency remains a core part of its identity and a key factor in its global success.

FAQs: Suzuki Fuel Efficiency and Electrification

To address some common questions about Suzuki’s approach to fuel efficiency and electrification:

1. Which Suzuki model is the most fuel-efficient?

Currently, the Suzuki Swift Hybrid and Ignis Hybrid are among the most fuel-efficient models in Suzuki’s lineup, with the Swift Hybrid achieving as low as 4.0 L/100km in combined driving conditions.

2. Does Suzuki offer any fully electric vehicles?

As of 2024, Suzuki does not offer any fully electric vehicles in its global lineup. However, the company has unveiled the eVX concept, previewing its first global EV expected to launch in 2025.

3. What is SHVS in Suzuki vehicles?

SHVS stands for Smart Hybrid Vehicle by Suzuki. It’s a mild hybrid system that uses an Integrated Starter Generator (ISG) and a small lithium-ion battery to assist the petrol engine, improving fuel efficiency and reducing emissions.

4. How do Suzuki’s hybrid vehicles compare to competitors?

Suzuki’s hybrid vehicles, particularly their mild hybrids, offer a good balance of improved efficiency and affordability. While they may not offer the same level of electric-only driving as some full hybrid competitors, they provide a cost-effective way to reduce fuel consumption and emissions.

5. Are Suzuki’s fuel efficiency figures realistic?

Suzuki’s official fuel efficiency figures are based on standardized testing procedures (like WLTP in Europe). Real-world fuel consumption can vary depending on driving conditions, style, and other factors. However, Suzuki vehicles generally have a reputation for achieving fuel economy close to their official figures.

6. How is Suzuki addressing the shift towards electric vehicles?

Suzuki is addressing the shift to EVs through several strategies:

• Partnering with Toyota to access hybrid and EV technology
• Developing its own EVs, like the upcoming eVX
• Gradually expanding its hybrid offerings across its model range
• Investing in battery production and charging infrastructure

7. What is the Heartect platform, and how does it contribute to fuel efficiency?

The Heartect platform is Suzuki’s modern vehicle architecture that uses high-tensile steel to reduce weight while improving rigidity. By making vehicles lighter, it contributes to improved fuel efficiency and performance.

8. Does Suzuki offer alternative fuel vehicles like CNG?

Yes, in some markets, particularly in India, Suzuki offers CNG (Compressed Natural Gas) variants of models like the Celerio and Ertiga. These offer even lower running costs and reduced emissions compared to petrol versions.

9. How do Suzuki’s larger vehicles like the Vitara compare in fuel efficiency to their smaller cars?

While Suzuki’s larger vehicles like the Vitara naturally consume more fuel than smaller models like the Swift, they still offer competitive fuel efficiency for their class. The use of technologies like mild hybrid systems helps to keep fuel consumption in check even in these larger vehicles.

10. What can we expect from Suzuki in terms of fuel efficiency and electrification in the next 5 years?

In the next 5 years, we can expect Suzuki to:

• Launch its first global EV based on the eVX concept
• Expand its hybrid offerings across more models
• Potentially introduce more plug-in hybrid options
• Continue refining its petrol engine technology for markets where EVs may not yet be practical

These FAQs provide a comprehensive overview of Suzuki’s current position and future direction in terms of fuel efficiency and electrification, addressing key points of interest for consumers and industry observers alike.