Ameer Randolph
The Proton Exora is a popular car, especially in Malaysia, where it is priced between RM 53,088 and RM 74,544. The fuel consumption of the Proton Exora ranges from 7 to 9.78 L/100 km, with the 2019 model year being the most fuel-efficient. There are several ways to improve the fuel consumption of the Proton Exora, including driving in a stable manner, avoiding aggressive acceleration and braking, and using the recommended type of fuel.
Explore related products
What You'll Learn
Fuel consumption varies from 7 to 9.78 L/100 km
The Proton Exora is a popular car in Malaysia, with a range of variants and prices to suit different budgets. The fuel consumption of the Proton Exora varies from 7 to 9.78 L/100 km, depending on the model year and variant chosen.
The base model, the Exora 1.6T Executive CVT, has a fuel consumption of 7 L/100 km. This variant is available at a competitive price, starting from RM 59,800 to RM 62,800 in Malaysia. The higher-end variant, the Exora 1.6T Premium CVT, has a slightly higher fuel consumption of 9.78 L/100 km and is priced at RM 66,800 to RM 69,800.
The fuel consumption of the Proton Exora is also influenced by various factors, such as driving style and usage of electrical components. Aggressive acceleration and braking can significantly increase fuel consumption, as they require more engine power. Additionally, electrical consumption from lights, sound systems, and air conditioning can impact fuel efficiency.
To optimise fuel consumption, Exora owners can take advantage of ""engine braking" by letting the car slow down without accelerating. Maintaining a stable speed of around 60 mph on highways and using air conditioning in "recirculation" mode can also help reduce fuel usage. Ensuring proper tyre pressure and regular maintenance, such as cleaning and adjusting brakes, are other ways to improve fuel efficiency in the Proton Exora.
The Cost of Fueling a C-5 Galaxy Aircraft
You may want to see also
Explore related products
Using recommended fuel type improves fuel economy
Fuel consumption in the Proton Exora is influenced by several factors, and using the recommended fuel type is one of the key ways to improve fuel economy.
Firstly, it is important to note that the Exora does not have a diesel engine option, and its fuel consumption rates vary depending on the model year and variant. For example, the 2019 Proton Exora 1.6L Premium CVT has a fuel consumption rate of 9.78, while the 2018 Proton Exora 1.6 Executive CVT has a rate of 7.
To optimise fuel consumption, using the correct type of fuel as specified in the owner's manual is crucial. This ensures that the engine performs optimally and fuel consumption is at its most efficient. Additionally, driving habits play a significant role in fuel economy. Aggressive acceleration and braking can lead to increased fuel consumption, so maintaining a stable driving manner is advisable. Taking advantage of "engine braking" by letting the car slow down on its own can also significantly reduce fuel usage.
Other factors that impact fuel economy include the usage of electrical components such as lights and the air conditioning system. Minimising their use can improve fuel efficiency. Ensuring proper tyre pressure, as indicated by the manufacturer, is also important for optimal fuel consumption and tyre preservation.
By following these guidelines, particularly using the recommended fuel type, Exora owners can improve their vehicle's fuel economy and enhance their overall driving experience.
Fuel Tank Draining: Understanding the Cost in the US
You may want to see also
Explore related products
Faulty sensors can increase fuel consumption
The Proton Exora is a fuel-efficient car, with a fuel consumption of between 7 and 9.78 L/100 km. There are many ways to optimise fuel consumption, including using the recommended type of fuel, driving in a stable manner, and taking advantage of "engine braking".
However, despite your best efforts, faulty sensors can increase fuel consumption. The oxygen (O2) sensor, for example, is part of the vehicle's fuel management system. It monitors the oxygen content in the exhaust gases and works with the electronic control unit (ECU) to ensure a balanced fuel mixture concentration. If the O2 sensor is faulty, it can indicate incorrect oxygen values, leading to an inadequate air-fuel mixture and increased fuel consumption.
Another sensor that can impact fuel consumption is the mass air flow (MAF) sensor. This sensor tells the control module how much air is entering the engine, and the control module adjusts the fuel amount accordingly to maintain the proper mixture. If the MAF sensor is faulty, the system has no way of knowing how much air is entering the engine, leading to an inefficient mixture and increased fuel consumption.
Other sensors that can affect fuel delivery include the throttle position sensor, which tells the control module how much throttle is being applied, and the crankshaft position sensor, which provides information on the engine's RPM and crankshaft position to adjust fuel delivery and spark timing. Faults in these sensors can lead to inefficient fuel usage and increased consumption.
To optimise fuel economy, it is important to ensure that all sensors are functioning properly and to refer to the owner's manual for recommended fuel types and other fuel-saving practices.
Algae Fuel: Energy Potential and Viability
You may want to see also
Explore related products
Driving style impacts fuel consumption
Driving style has a significant impact on fuel consumption. Aggressive driving, including rapid acceleration and frequent hard braking, is among the top reasons for poor fuel mileage. The engine works harder to meet sudden demands for power, burning significantly more fuel. Harsh braking also wastes the energy the engine used to get the car moving. In addition, driving too fast or too slow can impact fuel efficiency. Speeds above 65 mph significantly increase wind resistance, forcing the engine to work harder and burn more fuel. For example, driving at 75 mph instead of 65 mph may decrease your MPG by as much as 15%. On the other hand, driving too slowly can also be inefficient as lower gears require more energy to maintain.
Idling also wastes fuel, as the engine continues to consume gas without taking you anywhere. Turning off the engine during extended stops is often more fuel-efficient, especially for newer cars with automatic start-stop systems.
Other factors that impact fuel consumption include the usage of electrical components such as lights and the sound system, which consume more of the engine's power. Air conditioning can also impact fuel economy, especially in warm climates, as it puts additional strain on the engine.
To improve fuel efficiency, it is recommended to drive in a stable manner, avoid aggressive acceleration and braking, maintain optimal speeds, limit electrical consumption, and minimize the use of air conditioning.
The fuel consumption of the Proton Exora, a popular car in Malaysia, has been measured and varies across different models and years. The most fuel-efficient model, the Proton Exora 1.6 Executive CVT (2018), has a fuel consumption rate of 7 L/100 km. The model with the highest fuel consumption, the Proton Exora 1.6 Premium CVT (2019), has a rate of 9.78 L/100 km.
The True Cost of Fueling an Airbus A320
You may want to see also
Explore related products
Electrical consumption affects fuel consumption
The Proton Exora's fuel consumption ranges from 7 to 9.78 L/100 km, with the 2019 1.6 Premium CVT model being the least fuel-efficient at 9.78 L/100 km. Several factors influence the fuel consumption of the Proton Exora, including electrical consumption.
Electrical consumption in the Proton Exora can impact fuel efficiency. Adding more lights or upgrading to a more powerful sound system will increase electrical consumption, leading to higher engine power usage. This is because the additional electrical load will draw more power from the battery, which in turn will require more supply from the alternator, ultimately consuming more engine power.
Furthermore, a defective battery can lower efficiency and require more electrical power from the alternator, resulting in increased engine power consumption. Other factors, such as tight brakes, a clogged air filter, or damaged spark plugs, can also lead to higher fuel consumption.
To optimize fuel efficiency in the Proton Exora, it is important to minimize electrical consumption. This can be achieved by using lights and the sound system sparingly and ensuring regular maintenance to address any issues with the battery, brakes, air filter, or spark plugs.
Additionally, driving habits play a significant role in fuel consumption. Aggressive acceleration and braking can drastically increase fuel consumption due to increased engine power requirements. Maintaining stable driving habits, such as avoiding sudden acceleration or braking, can help improve fuel economy. Utilizing "engine braking" by letting the car slow down without applying the brakes can also significantly reduce fuel consumption.
Exploring the True Cost of Fueling Your Small Yacht
You may want to see also
Frequently asked questions
The fuel consumption of the Proton Exora ranges from 7 to 9.78, with the latter being the least fuel-efficient.
There are several ways to improve the fuel consumption of your Proton Exora:
- Ensure that you are using the recommended type of fuel for your Exora.
- Drive in a stable manner, avoiding aggressive acceleration and braking, which require more engine power.
- Take advantage of "engine braking" by letting the car stop on its own.
- Maintain the optimal speed of 60 mph on highways, as higher speeds require more power.
- Use the air conditioner in "recirculation" mode to reduce the amount of energy consumed by the engine.
- Ensure that your tires have the correct pressure as indicated by the manufacturer.
Several factors can impact the fuel consumption of your Proton Exora:
- Additional electrical consumption from lights, sound system upgrades, or other accessories can increase the load on the battery and, subsequently, the engine.
- Tight brakes can cause you to accelerate more than necessary to maintain a specific speed.
- A defective battery can lower efficiency and require more power from the engine.
- A clogged air filter can decrease combustion efficiency, requiring more fuel to achieve the same power output.
- Damaged spark plugs or spark plug wires can cause incomplete fuel burning.
The fuel consumption of the Proton Exora 1.6 Premium CVT (2019) is 9.78.
The Proton Exora's price in Malaysia starts from RM 53,088 and can go up to RM 74,544, depending on the variant and specifications. The base model, the Exora 1.6T Executive CVT, is available for RM 62,800, while the top-end variant, the Exora 1.6T Premium CVT, is priced at RM 69,800.
