The 2014 BRZ represents a significant moment in automotive history, marking the arrival of a pure driving machine to the modern market. This rear-wheel-drive sports car, developed through the partnership between Subaru and Toyota, was engineered with a singular focus on the tactile connection between driver and road. While the name might suggest a powerful brute, the reality is a more nuanced machine that prioritizes balance and handling over raw, unrefined power, making it a compelling choice for enthusiasts who value precision.
Design Philosophy and Engineering Roots
Understanding the 2014 BRZ engine requires looking at the car's core design philosophy. The "BRZ" stands for "Boxer Rear-wheel-drive Zenith," which immediately highlights the key components of its layout. The engine is a horizontally-opposed "Boxer" design, a configuration where the cylinders lay flat on either side of the engine block. This design lowers the center of gravity significantly, contributing to the car's exceptional handling characteristics and stability during cornering. The partnership with Toyota brought specific engineering resources and platform knowledge to the project, ensuring the car met rigorous safety and efficiency standards without compromising its dynamic goals.
The Core Powerplant: The Subaru FA20
The heart of the 2014 model year BRZ is the Subaru FA20 engine, a sophisticated four-cylinder unit that replaced the legacy EJ25 boxer engine found in many other Subaru vehicles. Unlike its predecessor, the FA20 was designed from the ground up specifically for this application, focusing on high-rev performance and a compact profile. The engine features dual overhead cams with variable valve timing on the intake side, a technology known as AVCS (Active Valve Control System). This system optimizes valve timing for both low-end torque and high-RPM power, ensuring the engine feels responsive across the entire rev range.
Performance Specifications and Output
While the FA20 engine might not boast the highest horsepower figures compared to its competitors, its performance is defined by its delivery and integration with the chassis. The 2014 BRZ produces 200 horsepower at 7,000 RPM and 151 lb-ft of torque at 6,400 RPM. These numbers might seem modest on paper, but they are perfectly calibrated for the car's lightweight construction, which tips the scales at just over 2,800 pounds. The result is a power-to-weight ratio that allows for spirited acceleration without overwhelming the driver, making it accessible yet engaging for a wide range of drivers.
Driving Dynamics and the Role of the Engine
The magic of the 2014 BRZ lies not just in the raw numbers of its FA20 engine, but in how those numbers are delivered to the road. The rear-wheel-drive layout, combined with the engine's low and rearward placement, creates a near-perfect 50/50 weight distribution. This balance is the cornerstone of its exceptional handling, allowing the car to pivot with precision through a turn. The engine acts as a stressed member of the chassis, contributing to the overall rigidity of the structure. This synergy between the powertrain and the chassis transforms the driving experience, making the car feel like an extension of the driver's intentions.
Fuel Efficiency and Practical Considerations
For many buyers, the operational costs and practicality of a sports car are a significant factor. The 2014 BRZ offers a compelling balance between performance and efficiency, thanks in large part to its modern FA20 engine. The U.S. Environmental Protection Agency (EPA) estimated the car to achieve 24 miles per gallon in combined driving for the manual transmission version. This figure is remarkably good for a rear-wheel-drive sports car, making it a practical choice for daily driving as well as weekend excursions. The engine's reliability is another strong point, drawing on Subaru's proven boxer engine durability.
