How much horsepower does a 2.4 L Dodge Journey have?
The Dodge Journey equipped with the 2.4-liter engine typically delivers about 172 to 174 horsepower, depending on model year and market.
The 2.4 L engine in the Journey is a practical, efficiency-focused powerplant intended for everyday driving rather than high performance. While the available V6 option provides more power, the 2.4 L variant aims for adequate acceleration and solid highway capability within a family-hauler context. The following sections outline what drives that horsepower figure and how it varied over time.
The 2.4 L engine in the Journey
The Journey uses the 2.4-liter inline-4 engine commonly referred to as the Tigershark (World Engine) family. In most North American Journeys, this engine is listed around the low 170s horsepower, with torque typically in the mid-160s pound-feet. Exact numbers can shift slightly due to emissions tuning and market variations.
- Engine family: 2.4 L Tigershark inline-4 (World Engine).
- Power output: typically 172–174 hp, depending on year and calibration.
- Torque: roughly 165–166 lb-ft.
- Drivetrain impact: horsepower figures are similar across FWD and AWD variants, but overall performance can feel different due to weight and traction.
In everyday use, this translates to modest acceleration and solid capability for daily driving, especially when the vehicle is not heavily loaded.
Year-by-year variations
Because Chrysler/Fiat group updates engines over time for emissions and efficiency, horsepower figures for the 2.4 L Journey show small year-to-year differences. The following reflects the general range reported for most Journeys with this engine:
- 2009–2010: commonly listed around 172–173 hp at about 6,000 rpm; torque near 166 lb-ft at about 4,250 rpm.
- 2011–2013: typically 172–174 hp; torque around 165–169 lb-ft, depending on specification.
- 2014–2019: usually 173–174 hp with torque near 165–166 lb-ft, subject to emissions tuning and equipment.
For the most accurate figure on a specific vehicle, check the window sticker or owner’s manual, as exact numbers can vary by production batch and market.
Real-world performance considerations
With roughly 170 horsepower, the Journey’s 2.4 L engine offers adequate daily performance—pleasant enough for commuting and family trips, especially in standard driving conditions. Heavier loads or a full passenger cabin will naturally feel less brisk. For noticeably stronger acceleration, Dodge offered the 3.6 L V6 option in the Journey, which produces significantly more horsepower (around 283 hp).
Bottom line
In most Dodge Journeys with the 2.4 L engine, you can expect horsepower in the low-to-mid 170s (roughly 172–174 hp), with minor variations by year and market.
Summary: The 2.4 L Dodge Journey typically outputs about 172–174 horsepower, varying slightly by model year and emission calibration. It provides reliable, everyday performance, but it is outpaced by the V6 option.
Is a 2.4 L engine a good engine?
A 2.4L engine can be good, as it offers a balance of decent power for many vehicles and reasonable fuel efficiency, but its quality depends heavily on the specific make, model, and maintenance. While naturally aspirated 2.4L engines often provide reliable performance with simpler mechanics, some specific engines in this size class have known issues like oiling problems or potential design flaws that require consistent and proper maintenance, according to Saskatoon Auto Connection, this YouTube video, and Lansing Subaru.
Advantages of a 2.4L engine
- Balanced performance: This engine size provides enough power for many smaller trucks and SUVs without having to rev to high RPMs constantly.
- Good fuel efficiency: Many 2.4L engines are fuel-efficient, especially when compared to larger engines.
- Simpler design: Naturally aspirated (non-turbocharged) 2.4L engines are generally reliable due to fewer complex parts compared to turbocharged or direct-injection engines.
Disadvantages and potential issues
- Specific model problems: Some 2.4L engines have known issues. For example, some GM 2.4L Ecotec engines from 2010-2015 have reported problems with the exhaust manifold and oxygen sensor placement.
- Reliance on maintenance: Some engines have a history of issues like bearing failure, which can be caused or exacerbated by infrequent oil changes. Following the recommended maintenance schedule is crucial.
- Turbocharged versions: Some newer 2.4L engines are turbocharged. These can offer more power, but they come with the added complexity and potential issues associated with turbochargers and direct injection systems.
What to consider
- Vehicle application: A 2.4L engine is well-suited for everyday driving and provides adequate power for smaller vehicles. However, it may not be powerful enough for heavy towing.
- Maintenance history: For any used vehicle, it is essential to check the maintenance records, especially oil change history, to ensure the engine has been properly cared for.
- Engine type: Determine if the 2.4L engine is naturally aspirated or turbocharged. A naturally aspirated engine is often a safer bet for long-term, low-maintenance reliability, while a turbocharged version may offer more performance at the cost of added complexity and potential issues.
What is the engine on the 2016 Dodge Journey 2.4 L 4 cylinder?
The 2016 Dodge Journey comes standard with a 2.4-liter four-cylinder engine that puts out 173 horsepower and it's mated to a four-speed automatic transmission. A 283-horsepower 3.6-liter V6 engine mated to a six-speed automatic transmission is available.
Is the Dodge Journey 2.4 a good engine?
The 2020 Journey comes with a 172-horsepower 2.4-liter four-cylinder engine that isn't very powerful. The Journey is slow to accelerate, which makes it harder to merge and pass on the highway. The engine is mated with a four-speed automatic transmission that has hesitant downshifts.
How much horsepower does a 2.4 L 4 cylinder have?
It ditches the old 4.0 L V6 and 5-speed automatic in favor of a standard turbocharged 2.4 L 4-cylinder engine that produces 278 horsepower and 378 pound- feet of torque.
