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Fuel economy face-off: ktm duke 125 vs 200 mileage battle royale

What To Know

  • However, the Duke 125 is known for its exceptional fuel efficiency, with an average mileage of around 45-50 kilometers per liter (kmpl) in city conditions and up to 60 kmpl on the highway.
  • On the other hand, the KTM Duke 200 offers a slightly lower mileage of around 35-40 kmpl in the city and 45-50 kmpl on the highway.
  • The KTM Duke 125 has an average mileage of around 45-50 kmpl in city conditions and up to 60 kmpl on the highway.

When it comes to choosing a motorcycle, fuel efficiency is a crucial factor that often influences the decision-making process. Two popular choices in the entry-level segment are the KTM Duke 125 and 200. To help you make an informed choice, this comprehensive guide will delve into the KTM Duke 125 vs 200 mileage comparison, providing you with all the essential information you need to know.

Engine Specifications and Power Output

The KTM Duke 125 is powered by a 124.7cc, single-cylinder, liquid-cooled engine that produces 14.5 horsepower and 12 Nm of torque. In contrast, the KTM Duke 200 boasts a larger 199.5cc, single-cylinder, liquid-cooled engine that generates 25 horsepower and 19.5 Nm of torque.

Fuel Tank Capacity and Mileage

The KTM Duke 125 features a smaller 10.2-liter fuel tank compared to the KTM Duke 200’s 13.5-liter fuel tank. However, the Duke 125 is known for its exceptional fuel efficiency, with an average mileage of around 45-50 kilometers per liter (kmpl) in city conditions and up to 60 kmpl on the highway.

On the other hand, the KTM Duke 200 offers a slightly lower mileage of around 35-40 kmpl in the city and 45-50 kmpl on the highway. This difference in mileage is primarily attributed to the larger engine and higher power output of the Duke 200.

Riding Style and Maintenance

The riding style and maintenance habits of the rider can significantly impact the mileage of both bikes. Aggressive riding, excessive idling, and poor maintenance can reduce fuel efficiency. By adopting a smooth and conservative riding style and following the manufacturer’s recommended maintenance schedule, you can maximize the mileage of either bike.

Other Factors Affecting Mileage

Apart from the engine specifications and riding style, several other factors can influence the mileage of the KTM Duke 125 and 200. These include:

  • Tire pressure: Proper tire pressure is essential for optimal fuel efficiency. Underinflated tires increase rolling resistance, which can reduce mileage.
  • Weight: Carrying additional weight, such as luggage or passengers, can put a strain on the engine and reduce fuel efficiency.
  • Traffic conditions: Heavy traffic and frequent stops can significantly impact mileage.
  • Fuel quality: Using high-quality fuel can improve engine performance and contribute to better mileage.

Which One Is Right for You?

Choosing between the KTM Duke 125 and 200 depends on your individual needs and preferences. If fuel efficiency is your top priority, the KTM Duke 125 is the clear winner with its impressive mileage. However, if you prioritize power and performance, the KTM Duke 200 offers a more dynamic riding experience.

Recommendations: Making an Informed Decision

Ultimately, the KTM Duke 125 vs 200 mileage comparison highlights the importance of considering various factors when choosing a motorcycle. By understanding the engine specifications, fuel tank capacity, riding style, and other influencing factors, you can make an informed decision that aligns with your specific requirements.

Frequently Asked Questions

Q1. Which bike has better mileage, the KTM Duke 125 or 200?
A1. The KTM Duke 125 offers better mileage compared to the KTM Duke 200.

Q2. What is the average mileage of the KTM Duke 125?
A2. The KTM Duke 125 has an average mileage of around 45-50 kmpl in city conditions and up to 60 kmpl on the highway.

Q3. How can I improve the mileage of my KTM Duke 200?
A3. You can improve the mileage of your KTM Duke 200 by adopting a smooth riding style, maintaining proper tire pressure, avoiding excessive weight, and following the manufacturer’s recommended maintenance schedule.

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