The Ultimate Mitsubishi ASX Fuel Efficiency Breakdown: What You Need to Know

The Ultimate Mitsubishi ASX Fuel Efficiency Breakdown: What You Need to Know

The Mitsubishi ASX has been a popular compact crossover SUV since its introduction in 2010. Known for its stylish design, practicality, and value, the ASX continues to be a strong seller in many global markets. In this comprehensive guide, we’ll take an in-depth look at the ASX’s fuel efficiency, tank capacity, and overall performance across different variants and generations.

Discover the ultimate guide to Mitsubishi ASX fuel efficiency and performance! Explore the ASX’s impressive fuel tank capacity, engine options, and how efficiency has evolved across generations. Learn tips to maximize your ASX’s fuel economy and uncover interesting facts about this popular compact SUV. Whether you’re considering a new hybrid model or a used variant, find out why the Mitsubishi ASX remains a top choice for eco-conscious drivers. Boost your knowledge and drive smarter today!

Fuel Tank Capacity

One of the key factors in a vehicle’s range and efficiency is its fuel tank capacity. The Mitsubishi ASX has maintained a consistent fuel tank size across most variants and generations:

Fuel tank capacity: 63 liters (16.6 gallons)

This generous tank size allows for a good driving range between fill-ups, making the ASX well-suited for both city driving and longer trips. The 63-liter capacity has remained unchanged since the model’s introduction, providing consistency for owners across different model years.

Fuel Efficiency Across Variants

The Mitsubishi ASX has been offered with several engine options over the years, each with its own fuel efficiency characteristics. Let’s break down the fuel consumption figures for the main variants:

2.0L MIVEC Petrol Engine

The 2.0-liter MIVEC (Mitsubishi Innovative Valve timing Electronic Control) petrol engine has been a mainstay of the ASX lineup. Its fuel efficiency varies slightly depending on the transmission:

– 5-speed Manual Transmission: 7.7L/100km (30.5 mpg) combined
– CVT Automatic Transmission: 7.6L/100km (30.9 mpg) combined

These figures demonstrate that the CVT transmission offers a slight efficiency advantage over the manual, which is often the case with modern automatic transmissions.

2.4L MIVEC Petrol Engine

Introduced in later model years, the larger 2.4-liter engine offers more power but comes with a small fuel efficiency penalty:

– CVT Automatic Transmission: 7.9L/100km (29.7 mpg) combined

While slightly less efficient than the 2.0L engine, the 2.4L still provides respectable fuel economy considering its increased power output.

1.8L Turbo Diesel Engine (Discontinued)

In earlier generations, the ASX was also available with a 1.8-liter turbo diesel engine, which offered impressive fuel efficiency:

– 6-speed Manual Transmission: 5.3L/100km (44.4 mpg) combined

This diesel variant was the most fuel-efficient in the ASX lineup, but it was eventually phased out due to changing emissions regulations and consumer preferences.

Efficiency Across Generations

The Mitsubishi ASX has seen several updates and facelifts since its introduction. Let’s examine how fuel efficiency has evolved across the main generations:

First Generation (2010-2019)

The original ASX set the benchmark for the model’s efficiency:

– 2.0L Petrol: 7.7-7.9L/100km (29.7-30.5 mpg) combined
– 1.8L Diesel: 5.3-5.7L/100km (41.2-44.4 mpg) combined

First Major Facelift (2019-2022)

The 2019 facelift brought updated styling and the introduction of the 2.4L engine option:

– 2.0L Petrol: 7.6-7.7L/100km (30.5-30.9 mpg) combined
– 2.4L Petrol: 7.9L/100km (29.7 mpg) combined

Second Generation (2023-present)

The all-new ASX, based on the Renault Captur platform, offers improved efficiency:

– 1.0L Turbo Petrol: 5.7L/100km (41.2 mpg) combined
– 1.3L Turbo Petrol: 5.8-6.2L/100km (37.9-40.5 mpg) combined
– 1.6L Hybrid: 4.6L/100km (51.1 mpg) combined

This new generation demonstrates significant improvements in fuel efficiency across the range.

Factors Affecting Fuel Efficiency

Several factors can impact the real-world fuel efficiency of the Mitsubishi ASX:

1. Driving conditions: City driving typically results in higher fuel consumption compared to highway driving.

2. Driving style: Aggressive acceleration and braking can significantly increase fuel consumption.

3. Vehicle load: Carrying heavy loads or passengers will increase fuel usage.

4. Tire pressure: Properly inflated tires can improve fuel efficiency by reducing rolling resistance.

5. Climate control usage: Heavy use of air conditioning can impact fuel economy, especially in stop-and-go traffic.

6. Maintenance: Regular servicing and maintenance help maintain optimal fuel efficiency.

Tips for Maximizing Fuel Efficiency in Your ASX

To get the most out of your Mitsubishi ASX’s fuel efficiency:

1. Use cruise control: On highways, maintaining a steady speed can improve fuel economy.

2. Plan your trips: Combine errands to reduce overall driving distance and avoid peak traffic times.

3. Remove unnecessary weight: Clear out any unnecessary items from your vehicle to reduce its weight.

4. Regular maintenance: Keep up with scheduled services and oil changes to ensure optimal engine performance.

5. Monitor tire pressure: Check and adjust tire pressure regularly to manufacturer specifications.

6. Use the recommended fuel grade: Always use the fuel grade recommended by Mitsubishi for your specific ASX model.

Electric Range and Efficiency: Full Charge Capacity, Range per kWh

While the Mitsubishi ASX has primarily been offered with conventional petrol and diesel engines, the latest generation introduces electrified options. Let’s explore the electric range and efficiency of these new variants:

ASX Plug-in Hybrid (PHEV)

The plug-in hybrid variant of the new ASX offers an impressive electric-only range:

– Electric-only range: Up to 49 km (30.4 miles)
– Battery capacity: 10.5 kWh
– Electric efficiency: Approximately 4.7 km/kWh (2.9 miles/kWh)
– Combined fuel consumption: 1.3L/100km (180.6 mpg) in WLTP cycle

This PHEV system allows for emission-free driving on shorter trips while providing the flexibility of a petrol engine for longer journeys.

ASX Hybrid (HEV)

The self-charging hybrid variant doesn’t offer a pure electric range but significantly improves overall efficiency:

– Combined fuel consumption: 4.6L/100km (51.1 mpg) in WLTP cycle
– CO2 emissions: 103 g/km

The hybrid system seamlessly switches between electric and petrol power to optimize efficiency in various driving conditions.

Efficiency Across Variants and Generations

Let’s compare the efficiency of different ASX variants across generations:

This comparison clearly shows the significant efficiency improvements in the latest generation, particularly with the introduction of hybrid and plug-in hybrid powertrains.

Did You Know? Interesting Facts About the Mitsubishi ASX

Here are some intriguing facts about the Mitsubishi ASX and its efficiency:

1. Global namesake: The ASX is known by different names in various markets, including “Outlander Sport” in North America and “RVR” in Japan.

2. Platform sharing: The second-generation ASX shares its platform with the Renault Captur, a result of the Renault-Nissan-Mitsubishi Alliance.

3. Eco-friendly materials: Mitsubishi has incorporated recycled and eco-friendly materials in the ASX’s interior, contributing to its overall environmental impact.

4. Aerodynamic design: The ASX’s sleek design isn’t just for looks – it’s carefully crafted to minimize air resistance and improve fuel efficiency.

5. Regenerative braking: In hybrid and PHEV variants, the ASX uses regenerative braking to recapture energy and charge the battery, improving overall efficiency.

6. Start-stop technology: Many ASX variants feature start-stop technology, which automatically shuts off the engine when the vehicle is stationary to save fuel.

7. Long-standing popularity: Despite being on the market for over a decade, the first-generation ASX remained one of Mitsubishi’s best-selling models globally until its replacement.

The Future of ASX Efficiency

As automotive technology continues to evolve, we can expect future iterations of the Mitsubishi ASX to push the boundaries of efficiency even further. Some potential developments may include:

1. Expanded electrification: More hybrid and electric variants could be introduced, potentially including a full battery-electric version.

2. Advanced materials: The use of lighter, stronger materials could reduce vehicle weight and improve efficiency.

3. Improved aerodynamics: Further refinements to the ASX’s design could reduce drag and enhance fuel economy.

4. Connected car technology: Integration with traffic and navigation systems could optimize routes for better efficiency.

5. Alternative fuels: Future ASX models might be compatible with sustainable biofuels or hydrogen fuel cell technology.

Conclusion

The Mitsubishi ASX has come a long way in terms of fuel efficiency since its introduction. From its consistent 63-liter fuel tank to the impressive efficiency gains in its latest generation, the ASX continues to evolve to meet the changing needs of consumers and environmental regulations.

Whether you’re considering a used first-generation model or the latest hybrid variant, the ASX offers a compelling balance of practicality, style, and efficiency. As Mitsubishi continues to innovate, we can look forward to even more efficient and environmentally friendly ASX models in the future.

By understanding the factors that affect fuel efficiency and following best practices for economical driving, ASX owners can maximize their vehicle’s performance and minimize their environmental impact. As the automotive industry moves towards a more sustainable future, the Mitsubishi ASX is well-positioned to remain a popular choice for eco-conscious drivers around the world.