The 1.5-liter turbocharged engine in Honda's FC-era Civics typically produces about 174 horsepower in the U.S. market and around 182 PS (roughly 134 kW) in Europe, with small variations by year, trim, and emission regulations.
Overview of the FC 1.5T engine
The FC-generation Civic commonly uses Honda’s 1.5-liter turbocharged four-cylinder, part of the Earth Dreams family. In most markets the engine, often labeled L15B7, combines direct injection and variable valve timing to balance spirited performance with efficiency. Power figures are usually quoted at the crank, which means real-world (wheel) horsepower can be lower depending on drivetrain losses.
Market-specific horsepower figures
Below are representative figures for typical configurations. Exact numbers can vary by year, trim level, and local tuning.
- United States and Canada: 174 horsepower (130 kW) at 5,500–6,000 rpm; torque around 162 lb-ft (220 Nm) from about 1,700–5,000 rpm.
- Europe and most other markets: 182 PS (134 kW) at about 5,500–6,000 rpm; torque around 220 Nm (162 lb-ft) across a broad range.
Numbers above reflect common specifications for the FC Civic 1.5T; some markets may advertise slightly different figures due to local tuning, fuel quality, and regulatory requirements. If you can share your exact model year and region, I can confirm the precise specification for that variant.
Other performance considerations
Horsepower is only part of the story. Torque delivery, gearing, and transmission type (manual, CVT, or automatic) shape real-world acceleration. In addition, most dyno figures are measured at the crank; wheel horsepower will be lower because of drivetrain losses—typically in the 8–15% range depending on the setup.
For a complete view of performance, consider 0–60 mph times, boost behavior, and the engine’s torque curve, not just peak horsepower.
Summary
In practice, the Honda FC 1.5T yields about 174 hp in the U.S. and roughly 182 PS in Europe, with variations by market and year. When assessing performance, factor in torque, drivetrain losses, and the specific transmission configuration for a full picture.