The 1.4L MultiAir Turbo is typically the best overall choice for most Dodge Dart buyers, offering a strong balance of torque and fuel efficiency. If you want the most power, the 2.4L Tigershark delivers it, while the 2.0L Tigershark is a solid, economical middle ground. Note that the Dodge Dart ended production in 2016, so these decisions apply to used examples today.
Engine lineup and what they deliver
The Dodge Dart's final generation offered three gasoline engine options. The following overview explains what each brings to daily driving and performance.
- 2.0L Tigershark I4 — A balanced, entry-level option focused on practicality. It delivers around 160 horsepower with modest torque, prioritizing fuel economy and smooth daily driving. It's commonly paired with a 6-speed manual or a 6-speed automatic transmission.
- 2.4L Tigershark I4 — The strongest non-turbo option, providing noticeably more power and torque for quicker acceleration and higher sustained speeds. It’s typically found with automatic transmissions and is best for buyers who value performance in everyday driving.
- 1.4L MultiAir Turbo — The turbocharged choice that emphasizes torque and responsiveness at low to mid RPMs, with efficiency to match its boost. It’s often cited as the best all-around pick for a blend of city usability and highway manners, but turbo maintenance and oil quality are more important considerations.
Bottom line: for most buyers, the 1.4L Turbo hits the sweet spot between everyday usability and efficiency; the 2.4L is the go-to if you want the most power; the 2.0L remains a reliable, economical option.
In-depth engine specifics
2.0L Tigershark I4
The 2.0L Tigershark is a conventional, naturally aspirated four-cylinder designed for smooth operation and good efficiency. Typical output sits around 160 horsepower with torque in the vicinity of 140–150 lb-ft, depending on year and tuning. This engine is a straightforward choice for daily commuting and predictable maintenance needs, but it doesn’t deliver the punch of the turbo or the top-end power of the 2.4L.
2.4L Tigershark I4
The 2.4L Tigershark provides more horsepower and torque, making it the sportier option among the three. In many Dart configurations it delivers around 184 horsepower and roughly 170 lb-ft of torque. It’s well-suited to drivers who want stronger acceleration and confident highway performance, though fuel economy tends to lag behind the smaller engines.
1.4L MultiAir Turbo
The 1.4L MultiAir Turbo is the smallest engine in displacement but the most capable in torque thanks to turbocharging. Typical figures hover around 160 horsepower with torque in the same general range as the 2.4L, giving strong low-end response and brisk city-to-city acceleration. The turbo setup means routine maintenance matters more—regular oil changes with a quality synthetic oil, attention to boost health, and timely service are important to preserve performance and reliability.
Buying and ownership considerations for used Dodge Darts
Because the Dodge Dart was discontinued after the 2016 model year, engine condition on used examples becomes a central concern. When evaluating a Dart, consider the following:
- Maintenance history, especially for the turbo (if you’re eyeing the 1.4L Turbo).
- Evidence of oil consumption or turbo-related issues, which can signal upcoming maintenance needs.
- Transmission pairing and service history, since engine behavior is influenced by the transmission option chosen (6-speed vs. 9-speed automatics in later years).
In short, a well-documented service record and a health check on the engine and turbo hardware are essential when shopping for a used Dart with any of these engines.
Summary
For most use cases, the 1.4L MultiAir Turbo offers the best combination of day-to-day practicality and efficiency. If you prioritize performance, the 2.4L Tigershark is the stronger option. The 2.0L Tigershark remains a reliable, economical choice for budget-conscious buyers. Since the Dart is no longer in production, those shopping on the used market should pay close attention to maintenance history and the condition of the engine and turbo components. The best engine for you depends on whether you value efficiency, power, or a balance of both.