What is the engine capacity of Honda CR-Z?

The engine capacity is 1.5 liters (1,496 cc).

The CR-Z pairs this 1.5-liter four-cylinder engine with Honda's Integrated Motor Assist (IMA) hybrid system to deliver a compact, efficiency-focused powertrain. This article explains the displacement and how the engine fits into the CR-Z's hybrid setup.

Core engine specification

Key facts about the engine's capacity and design:

• Displacement: 1.5 liters (1,496 cc)


• Configuration: Inline-4


• Cycle: Atkinson-cycle operation for improved efficiency


• Valvetrain: i-VTEC variable timing


• Hybrid affiliation: Paired with Honda's Integrated Motor Assist (IMA) hybrid system in the CR-Z

In summary, the CR-Z's engine is designed around a compact, efficient 1.5-liter displacement, forming the core of its hybrid-focused drivetrain.

Technology and performance context

Before exploring how this affects actual performance and market positioning, consider the following:

• The 1.5-liter engine is complemented by electric motor assistance, enabling smoother power delivery and improved fuel economy in hybrid mode.


• Transmission options and regional availability have varied, with some markets offering manual or automatic choices alongside the hybrid powertrain.

In practice, the engine's small displacement and Atkinson-cycle design support efficiency, aligning with the CR-Z's character as a lightweight hybrid with a sporty silhouette.

Historical context

The Honda CR-Z was produced from 2010 to 2016; throughout its life, the engine capacity remained a 1.5-liter displacement.

Summary

The CR-Z's engine capacity is 1.5 L (1,496 cc). It uses a 1.5-liter inline-four with Atkinson-cycle operation, paired with Honda's Integrated Motor Assist hybrid system to deliver efficiency in a compact package. Across markets, the emphasis remained on combining reasonable performance with strong fuel economy in a lightweight hybrid chassis.

What size engine is in the Honda CR-Z?

1.5-liter
Power is provided by a supercharged 1.5-liter engine that produces 156 HP (115 kW) and 185 Nm (136 lb-ft) of torque.

How much horsepower does a 2016 Honda CR-Z have?

130 horsepower
All 2016 CR-Z trim variations have 130 horsepower.

What are the different types of Honda CR-Z?

The Honda CR-Z was a single-generation "sport hybrid coupe" with model years from 2011 to 2016, sold in three main trims: the standard model, the mid-level EX, and the top-trim EX-L Navi (which included navigation). These trims were available with either a 6-speed manual or CVT transmission and had different levels of features and technology.
 
This video reviews the Honda CR-Z and discusses its powertrain: 50sDoug DeMuroYouTube · May 29, 2025
Model years and trims

• 2011–2016: This was the sole generation of the CR-Z. 
• Trims:
  • Standard (Base): The entry-level trim. 
  • EX: A mid-level trim that added features over the base model. 
  • EX-L Navi: The top trim, which added a navigation system and other convenience features. 

This video discusses the design and features of the Honda CR-Z: 59sThird Hand MotorsYouTube · Jan 14, 2024
Powertrain and transmission

• All models came with a hybrid system pairing a 1.5-liter four-cylinder engine with an electric motor (Integrated Motor Assist or IMA). 
• Transmission: Both a 6-speed manual transmission and a Continuously Variable Transmission (CVT) were available, depending on the trim and model year. 

You can watch this video to learn about the origin of the Honda CR-Z: 49sCar JourneyYouTube · Jul 17, 2025
Key features

• Three-Mode Drive System: This system allowed drivers to select from three different drive modes: SPORT, NORMAL, and ECON, which affected throttle response, power assist, and steering. 
• Seating: North American models were two-seaters, while other markets had a 2+2 seating arrangement. 
• Safety: Early models lacked a rearview camera, but it became standard on all trim levels in 2016. 

This video talks about the CR-Z's features and design: 59sCar JourneyYouTube · Jul 25, 2025

How many miles is a Honda CR-Z good for?

The Honda CR-Z has an average lifespan of around 153,000 miles or 14.4 years, with many owners reporting reliable performance well over 200,000 miles with proper maintenance. Key factors affecting its longevity include regular maintenance, driving habits, and the eventual lifespan of the hybrid battery, which typically lasts 8-10 years or 100,000-150,000 miles before needing replacement.
 
Overall lifespan

• Average: The average lifespan is estimated to be around 153,120 miles or 14.4 years, based on data from many vehicles. 
• High mileage: Many owners have reported high mileage on their CR-Zs, exceeding 200,000 and even 300,000 miles with consistent care. 
• Reliability: The CR-Z is considered a reliable car with durable components, but its longevity depends heavily on how well it's maintained. 

Hybrid battery life

• Typical lifespan: The hybrid battery typically lasts between 8 to 10 years or 100,000 to 150,000 miles, depending on factors like climate and driving habits. 
• Replacement: Replacement is a common concern, but costs have decreased. Some reports suggest a full replacement can cost under $2,000, with some aftermarket options offering higher capacity. 
• Health: It is essential to assess the battery's condition before buying a used CR-Z, as a special diagnostic test is needed for a full assessment. 
• Maintenance: To help the battery last longer, avoid prolonged inactivity (drive it at least once a month) and consider a replacement if it shows signs of weakness, as a new, higher-capacity battery is available. 

This video discusses the lifespan of a Honda CR-Z hybrid battery after 11 years: 55sHardware SugarYouTube · Oct 13, 2024
Factors that influence lifespan

• Regular maintenance: Following the manufacturer's maintenance schedule, such as oil changes and fluid flushes, is crucial for longevity. 
• Driving habits: Aggressive driving can shorten a vehicle's lifespan. Driving smoothly can help the CR-Z last longer. 
• Environmental factors: Extreme temperatures and other harsh environmental conditions can impact a vehicle's lifespan. 
• Accidents and repairs: Avoiding accidents and making quick repairs for any issues that arise is essential to prevent further damage and prolong the vehicle's life.