Source smarter with
Leverage AI to find the perfect product match in seconds
Matches from over 100 million products with precision
Handles queries 3 times as complex in half the time
Verifies and cross-validates product information
Get the app
Get the Alibaba.com app
Find products, communicate with suppliers, and manage and pay for your orders with the Alibaba.com app anytime, anywhere.
Learn more

2.4l engine

(28063 products available)

About 2.4l engine

Types of 2.4l engines

Strong and efficient, the 2.4L engine is a popular choice for many vehicles. This internal combustion engine converts the energy stored in gasoline into mechanical energy, powering the car. There are two main types of 2.4L engines:

  • Inline-four engines

    In-line four engines, also known as 4-cylinder engines, are the most common and widely used in many vehicles. As the name suggests, this engine has four cylinders arranged in a single row or line. The 2.4L engine size means that the total volume of all four cylinders adds up to 2.4 liters. This type of engine is popular because it is relatively cheap to manufacture and maintain. Also, four-cylinder engines tend to be lighter than other engine types. A lot of car manufacturers use 4-cylinder engines in their base or standard models. For example, the Honda Accord, Toyota Camry, and Ford Mustang have 4-cylinder engine options.

  • V6 engines

    A V6 engine has six cylinders arranged in two rows of three cylinders each. The cylinders are shaped like a "V," which is why the engine is called a V6 engine. Like the 2.4L inline-four engines, car manufacturers also use this engine type in many vehicles. However, V6 engines tend to be more expensive to produce than 2.4L inline-four engines. That said, V6 engines can produce more power and torque compared to 2.4L inline-four engines. For this reason, many people use V6 engines in larger and heavier vehicles, such as SUVs and trucks. For instance, the Ford F-150, a popular pickup truck, comes with a standard 2.4L inline-four engine. The higher trims or more expensive models of the F-150 have a V6 engine.

Specifications and Maintenance of the 2.4l Engines

  • Engine Design:

    2.4L engines are I4 (Inline 4) cylinder-engine arrangements. The I4 cylinder layout is popular since it offers a harmonious balance between power and efficiency. It is also cost-effective and compact. The engine is liquid-cooled to maintain optimal temperature during operation.

  • Performance Specifications:

    The performance specifications of the 2.4L engines vary depending on the engine design. However, the engines generally produce 150-200 horsepower and 170-300 torque. The 2.4L engines also have a compression ratio of 9.0-12.0:1, which is the ratio of the cylinder's maximum and minimum volume.

  • Fuel Specifications:

    The fuel requirements for the 2.4L engines are based on the engine design and the manufacturer's requirements. However, these engines are generally designed to run on regular gasoline with an octane rating of 87. Some 2.4L engine designs, especially those used in sports cars, require high-octane fuel with a rating of 91 or more, to reduce knocking and optimize performance.

  • Emissions Control:

    2.4L engines are equipped with emissions control components, such as catalytic converters and exhaust gas recirculation systems. These components meet the emission standards set by environmental agencies. The 2.4L engines also comply with Tier 2/Bin 5 and LEV II ULEV emission standards.

  • Engine Timing:

    The timing components used in 2.4L engines vary depending on the engine design. For instance, some engines use timing belts, while others use timing chains. Timing belts require replacement after every 60,000 to 100,000 miles. On the other hand, timing chains don't need regular replacement but can be worn out due to improper maintenance.

  • Oil Specifications:

    2.4L engines use a lubricating oil for smooth operation. The oil reduces engine component friction, thus preventing wear and tear, and also acts as a coolant by drawing heat from the engine parts. The oil requirements for these engines may vary depending on the manufacturer's recommendations. However, most 2.4L engines use 5W-20 or 5W-30 engine oil. Oil changes are required every 5,000 to 7,500 miles to remove dirt and debris from the oil and ensure optimal engine performance.

  • Maintenance Requirements:

    Some of the maintenance requirements for the 2.4L engines include regular oil changes, timing belt replacements, coolant changes, and air filter replacements. These requirements ensure the engine runs smoothly and increases its lifespan.

How to choose 2.4l engines

  • Vehicle Compatibility

    To ensure compatibility, buyers should consider the make, model, and year of the vehicle they want to install the engine in. They should also check with the manufacturer's specifications or use online engine compatibility tools to match the engine with the other parts of the car, like the transmission and motor mounts.

  • Engine Condition

    When buying a used 2.4L engine, buyers should inspect it thoroughly to check its health. They should look for external signs of damage, like rust or oil leaks, and ask for maintenance records to see how well the previous owner took care of the engine. If possible, buyers should test the compression of the cylinders to ensure the engine runs smoothly and evenly.

  • Engine Code

    Every 2.4L engine has a special code that identifies its version and features. Buyers should find the engine code that matches their vehicle's current engine or ECU to ensure everything works properly. They can look for a sticker with the code under the hood or ask their mechanic or dealer to help them find it.

  • Transmission Compatibility

    The engine needs to connect to the transmission for them to communicate and exchange data. Buyers should check the transmission type (manual or automatic) and the number of gears it has. They should also research which 2.4L engines work well with their transmission model, as some combinations are more successful than others.

  • Motor Mounts and Adaptors

    The motor mounts hold the engine in place inside the car. Buyers should find out if the motor mounts match the engine and the vehicle's mounting points. If they are not the same, buyers may need to buy additional adapters or modified parts to install the engine correctly and avoid vibrations or damage.

  • Electronics and Wiring

    The engine connects to the other parts of the car using wires and small plugs that send signals back and forth. Buyers should check if the wiring harness and ECU of the 2.4L engine are compatible with their vehicle. They might need to reprogram the ECU or use a different wiring harness to make everything communicate correctly.

  • Cooling System Compatibility

    The engine generates heat when it runs, and the cooling system helps to keep it at a safe temperature. Buyers should check if the engine cooling components, like the radiator and hoses, match their vehicle. If the parts are different, they may need to install a bigger or smaller radiator to handle the heat from the new engine.

  • Electrical System Compatibility

    Buyers should ensure the engine's electrical system, including the battery and alternator, is compatible with their vehicle. They should check the voltage ratings and consider whether the electrical components are adequately sized to handle the engine's power demands.

  • Accessory Compatibility

    The buyers should ensure that accessories like the alternator, power steering pump, and air conditioning compressor are compatible with the engine. They should check mounting points and pulley configurations to ensure proper integration.

  • Emissions Compliance

    Buyers should ensure that the engine meets emissions standards for their location. They should check for required emissions components, such as catalytic converters and exhaust gas recirculation systems, to be in place and functioning.

  • Budget and Cost Considerations

    Buyers should consider the total cost of acquiring, installing, and maintaining the engine. They should also factor in potential modifications and any necessary additional components or systems.

How to DIY and replace 2.4l engines

Replacing a 2.4l engine is a complex task that requires a good understanding of automotive repair. Here are some general steps that can be followed to replace a 2.4l engine:

  • Read the service manual for the specific vehicle. The manual provides detailed instructions on engine replacement and informs users about the specific tools needed for the task.
  • Disconnect the battery. This is important to prevent any electrical accidents during the process.
  • Drain all fluids from the engine. This includes oil, coolant, and fuel. Draining the fluids prevents spills and makes handling the engine easier.
  • Remove any components connected to the engine. This includes the air intake, exhaust, electrical connections, and hoses. One should also remove the engine-mounted accessories like the alternator, power steering pump, and starter motor.
  • Use a hoist or lift to support the engine. This is important because the engine is heavy, and it can cause injuries or damage to the vehicle if it falls.
  • Start unbolting the engine from the engine mounts and the transmission. The engine is held in place by these bolts, and unbolting them allows for easier removal of the engine from the vehicle.
  • Carefully lift the engine out of the vehicle using a hoist. This step requires extra hands because the engine is heavy, and lifting it alone can cause injuries.
  • Place the new engine on the motor stand. This is important because it allows for easier access to the engine during installation.
  • Transfer all engine-mounted accessories from the old engine to the new one. This includes the alternator, power steering pump, and starter motor.
  • Prepare the new engine by ensuring all fluids are filled and all electrical connections are made. This step is important because it ensures the engine is ready for installation and prevents any leaks or electrical issues.
  • Carefully lower the new engine into place using a hoist. Ensure the engine aligns with the mounts and the transmission.
  • Secure the engine to the engine mounts and the transmission using bolts. This step ensures the engine is held in place and prevents any vibrations or movement during operation.
  • Reconnect all components. This includes the air intake, exhaust, electrical connections, and hoses. Reconnecting these components ensures the engine operates and communicates with the rest of the vehicle.
  • Refill all fluids. This includes oil, coolant, and fuel. Re-filling these fluids is important to ensure the engine operates effectively and efficiently.
  • Reconnect the battery. This step is important to ensure the electrical system of the vehicle operates during engine replacement.
  • Start the engine and check for any leaks or issues. This step ensures the engine operates as expected and identifies any potential problems before they become serious.

Q and A

Q1: Is a 2.4L engine good?

A1: Yes, the 2.4L engine is good. However, its performance largely depends on the user's needs. Generally, a 2.4L engine is suitable for everyday driving. It balances power and efficiency.

Q2: What cars have a 2.4L engine?

A2: Several car manufacturers use the 2.4L engines in their models. For instance, buyers can find the 2.4L engine in some models of Honda, Subaru, Kia, Mitsubishi, and Chevrolet. Nonetheless, the engine specifications may differ depending on the manufacturer.

Q3: Does a 2.4L engine require premium gas?

A3: Most 2.4L engines do not require premium gas. They are designed to run on regular unleaded gasoline. Nonetheless, some high-performance variants may require premium gas for optimal performance. Therefore, it is important to check the owner's manual for the specific requirements.

Q4: How often should a 2.4L engine be serviced?

A4: Normally, a 2.4L engine should be serviced every 5,000 to 7,500 miles or every six months, whichever comes first. However, this can vary based on factors like driving conditions and the type of oil used.