···
Log in / Register

What brand is the Dodge Journey engine?

5 Answers
VanGabrielle
07/29/2025, 07:22 AM

Dodge Journey engine is dohcdvvt and pentastar brand, the engine is a machine that can convert form into mechanical energy. Taking the 2016 two-wheel drive travel version of the Dodge Journey as an example, its body length, width and height are: 4910mm, 1878mm, 1751mm, the wheelbase is 2890mm, the fuel tank capacity is 78l, and the body weight is 1831kg. The 2016 two-wheel drive travel version of the Dodge Journey has a front suspension of McPherson independent suspension and a rear suspension of multi-link independent suspension. It is equipped with a 2.4t naturally aspirated engine, with a maximum horsepower of 170ps, a maximum power of 125kw, a maximum torque of 220nm, and is matched with a 6-speed manual and automatic transmission.

Was this review help?
18
5
Share
AlanaLynn
08/13/2025, 02:43 PM

I've been driving a Dodge Journey for over three years now. The engine used in this car is from the Chrysler brand, specifically the Pentastar series V6 model, which is quite common in Journeys manufactured after 2015. For my daily commute, I find it quite stable, with responsive acceleration and relatively low fuel consumption, making it suitable for city driving. However, after prolonged use, it's important to pay attention to oil changes. I recommend checking it every 5,000 kilometers to avoid carbon buildup issues. As a brand under Chrysler, Dodge produces this engine in North American factories with decent quality control, although some have complained about minor oil leakage issues in early versions. Overall, most owners who choose this engine appreciate its durability and the large trunk space.

Was this review help?
10
2
Share
Expand All
McJonathan
10/08/2025, 12:01 AM

From a technical perspective, the Dodge Journey's engines are manufactured by Chrysler, such as the 2.4L Tigershark four-cylinder or Pentastar V6 models, which vary depending on the model year and configuration. After the FCA Group integration, it is now under Stellantis, with engine designs emphasizing low-RPM high torque and linear power delivery. Compared to its SUV peers, its reliability is above average, with occasional issues potentially arising from sensor faults, requiring regular diagnostics to prevent warning lights. It's hassle-free for daily use, but OEM parts are recommended for maintenance to better match the system.

Was this review help?
4
1
Share
Expand All
HeidiAnn
11/21/2025, 12:20 AM

Reflecting on the history of the Dodge Journey, it was introduced in 2009 and discontinued in 2020, with its engines consistently supplied by Chrysler. The initial models used a Mitsubishi-manufactured V6, later standardizing to Chrysler's in-house developed series. In my younger days, I drove an older model, which had noticeable engine noise, but mid-cycle upgrades improved its quietness. Overall, the brand's evolution mirrored the automotive industry's consolidation, with Chrysler becoming the core supplier—this had little impact on consumers, as the driving experience remained primarily utilitarian.

Was this review help?
5
5
Share
Expand All
LincolnMarie
01/11/2026, 01:56 AM

To maintain a Dodge Journey, first confirm the engine is a Chrysler brand, mostly the Pentastar model. It's recommended to check the cooling system every 10,000 kilometers to prevent overheating, especially during high-speed driving in summer which can easily cause issues. Using synthetic oil for changes is better for extending engine life. I've helped friends repair theirs several times and found that brand parts have strong compatibility, but installing non-OEM parts may disrupt ECU control. Pay attention to engine temperature control during safe driving to reduce the rate of minor faults.

Was this review help?
2
4
Share
Expand All
More Forum Discussions

Can 95 Octane Gasoline Be Added to a 92 Octane Fuel Tank?

It is possible to add 92 octane gasoline to a tank that already contains 95 octane gasoline, as different grades of gasoline do not undergo chemical reactions with each other. Gasolines with different octane ratings have varying levels of octane values, with higher-octane gasoline having higher octane values. Gasoline with higher octane values exhibits greater stability. Below is an introduction to gasoline: 1. Introduction: The English name for gasoline is 'gasoline' or 'gas' (American English), also referred to as 'petrol' (British English). It is a volatile, flammable hydrocarbon mixture liquid derived from the fractional distillation or cracking of petroleum. 2. Properties: The octane rating of gasoline is used to measure the anti-knock properties of a specific gasoline mixture (which can cause knocking and reduce the efficiency of reciprocating engines). Gasoline is produced in several grades based on its octane rating. Other chemicals are often added to gasoline to enhance chemical stability and other performance characteristics, control corrosiveness, and maintain the cleanliness of the fuel system. 3. Density: The specific gravity of gasoline ranges from 0.71 to 0.77, with higher densities indicating larger volumes of aromatic hydrocarbons. The standard reference for marketable gasoline (in Europe) is 0.755 kg/L.
2
2
Share

What to Do When a Car Completely Loses Power and Won't Start?

Solutions for a car that won't start due to a dead battery: 1. Push-starting. This method only applies to manual transmission cars, preferably when the battery still has some charge left and the terrain is suitable. Otherwise, it can be difficult to implement, especially on an uphill slope. First, engage first gear, press the clutch, turn the key to the ACC position, and have someone push the car from behind. When the car gains enough speed, release the clutch, and the car may start successfully due to inertia. 2. Jump-starting. If you don't have an emergency jump starter (which few car owners carry), you can ask for help from nearby car owners to jump-start your car. You will need two jumper cables. Bring the two cars as close together as possible. Generally, car batteries are located under the front hood, so adjust the cars' positions accordingly—either side by side or head to head. Then, locate the batteries of both cars, identify the positive and negative terminals, and remove the terminal covers. Use the red jumper cable's clamp to attach to the positive terminal. Similarly, connect the red cable first, followed by the black one. Once all four terminals are connected, the jump-start setup is complete.
4
1
Share

How high is the fuel consumption of the Hongqi H5?

The fuel consumption of the Hongqi H5 is approximately 8.9 liters per 100 kilometers. More details are as follows: 1. The Hongqi H5 is equipped with a 1.8-liter turbocharged engine with the model number CA4GC18TD-01. This engine has a maximum power of 137 kW and a maximum torque of 250 Nm. It features direct fuel injection technology and uses an aluminum alloy cylinder head with a cast iron cylinder block. The engine is paired with the third-generation Aisin 6-speed automatic transmission. The cast iron cylinder block offers better high-temperature and high-pressure resistance compared to an aluminum alloy block. 2. The Aisin 6-speed automatic transmission is known for its durability and smooth shifting. As one of the world's top three transmission manufacturers, Aisin's transmissions are widely used by many automotive brands. 3. The front suspension of the Hongqi H5 uses a MacPherson independent suspension, while the rear suspension employs a multi-link independent suspension. The multi-link suspension ensures excellent comfort, road grip, and driving stability. Another advantage of the multi-link suspension is its adjustable parameters. 4. The Hongqi H5 is the first product from Hongqi targeting young consumers. Its exterior design is sporty, featuring a bold vertical waterfall grille. The car is also well-equipped with high-end features and ample safety configurations. Since its launch, it has attracted significant attention from young consumers, and the in-house developed 1.8T engine meets mainstream performance standards.
10
0
Share

Where is the engine number located on the Bora?

The engine number of the Bora is located on the front side wall of the engine block, below the front windshield near the wipers. There is a small horizontal strip, and the engine number is found below the barcode on this strip. The engine model is an identification code assigned by the engine manufacturer in accordance with relevant regulations, corporate or industry practices, and the attributes of the engine, used to represent information such as the manufacturer, specifications, performance, features, processes, purpose, and production batch of the engine. This includes details like fuel type, number of cylinders, displacement, and static braking power. It is important to note that the engine number is not the same as the engine model. The engine model refers to the specifications and size of the engine within the manufacturer's lineup, and multiple engines can share the same model. The engine number, however, refers to the production serial number of the engine, with each engine having a unique number that cannot be duplicated. Composition of the engine number: Front section: Includes the product series code, generation symbol, and regional or corporate code. These are letters chosen by the manufacturer as needed but must be approved and filed by the industry standard regulatory body. Middle section: Consists of symbols for the number of cylinders, cylinder arrangement, stroke, and cylinder diameter. Rear section: Comprises symbols for structural features and usage characteristics. Tail section: Distinguishing symbols. When differentiation is required due to improvements or other reasons within the same product series, the manufacturer selects appropriate symbols to indicate this. The rear and tail sections can be separated by a hyphen (-).
8
4
Share

What is Tire Cupping?

"Tire cupping" refers to the abnormal accelerated wear on the inner or outer side of one or several tires, where a specific part of a tire wears out much faster compared to the others. During tire inspection, it is evident that the tread pattern wears out more quickly on one tire or one side of the same tire, leading to uneven wear and premature tire failure. Below are methods to avoid tire cupping: 1. Adjust Tire Pressure: Both overinflation and underinflation can cause uneven tire wear. When tire pressure is too low, the tire bends inward, leading to severe wear on the edges. Conversely, overinflation causes accelerated wear on the central part of the tire tread. 2. Regular Wheel Balancing: Due to manufacturing processes or external factors, the mass distribution of a wheel may become uneven. When the wheels rotate at high speeds, this imbalance can occur. To prevent or correct this, weights are added to the wheel to balance it dynamically, avoiding tire cupping. 3. Regular Four-Wheel Alignment: Four-wheel alignment enhances driving safety, extends tire life, reduces fuel consumption, minimizes tire wear (preventing cupping), and decreases suspension component wear. It is recommended to perform this at least once a year or every 10,000 kilometers. 4. Proper Tire Maintenance and Rotation: Diagonal tire rotation is generally effective, as it helps maintain even wear and prolongs tire life. 5. Check Wheel Hub Bolts for Looseness: Loose wheel hub bearings, improperly tightened leaf spring U-bolts, or suspension looseness can cause the tires to wobble while driving, leading to abnormal wear. During vehicle maintenance, carefully inspect the bolts around the wheels and hubs for any looseness.
12
4
Share

What do various braking systems mean in Subject 4?

There are two types of braking systems in Subject 4, here is more information: Service brake. Commonly known as the foot brake, the service brake is the braking method used during normal driving. It primarily converts the mechanical force from the brake pedal into hydraulic pressure, which is then transmitted to the brake system and applied to all four tires of the vehicle to achieve braking. Parking brake. Commonly known as the handbrake, the parking brake is used when the vehicle is stationary to prevent it from rolling. It mainly works by connecting a steel wire cable to the brake shoes to apply braking force, typically acting on the rear wheels of the vehicle.
13
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.