The term ‘Symmetrical’ isn’t just marketing jargon; it refers to the physical layout of the drivetrain. In a Subaru, the engine, transmission, and drive system are mounted in a straight, longitudinal line. This means the power flows directly from the engine through the transmission and out to the wheels with minimal deviation. Because the heavy components are centered, the vehicle has a naturally low and balanced center of gravity. This symmetry allows for a near-perfect side-to-side weight distribution, which is a massive advantage when cornering or performing emergency maneuvers.

Contrast this with the ‘transverse’ layout found in the vast majority of competitors like the Toyota RAV4 or Honda CR-V. In those vehicles, the engine is mounted sideways. This requires power to be turned 90 degrees to reach the wheels, and often involves unequal-length driveshafts. This inherent asymmetry can lead to ‘torque steer,’ where the car pulls to one side under heavy acceleration, and creates an uneven weight balance that makes the car feel ‘nose-heavy.’ By keeping everything in line, Subaru eliminates these imbalances, providing a more intuitive and responsive driving experience on the winding roads of Sunset Hills.

Think of it like a tightrope walker. A performer holding a long, balanced pole (the Subaru longitudinal layout) is far more stable than one carrying several heavy bags of groceries distributed unevenly across their body (the competitive transverse layout). This balance reduces the amount of work the suspension has to do to keep the car level. When you turn into a sharp curve, a Subaru resists the urge to ‘plow’ forward (understeer) because its weight isn’t all concentrated over the front axle in an off-center fashion.

For the driver, this translates to less fatigue and more confidence. You don’t have to constantly correct the steering to stay on track. Whether you are driving a New Subaru Outback Inventory or a sporty WRX, the DNA of balance remains the same. This engineering choice is more expensive and difficult to manufacture than the ‘off-the-shelf’ transverse systems used by others, but for Subaru, the performance benefit is non-negotiable. It’s about creating a vehicle that works with physics, not against it.

Subaru’s system is ‘Full-Time.’ It is always sending power to all four wheels. Even on dry pavement, there is a baseline torque split (often 60:40) that ensures the car is ready to react to changes in the road surface before they happen. This constant connection provides superior stability during high-speed cruising.

Most competitors use ‘On-Demand’ systems. These vehicles operate in 100% Front-Wheel Drive until the sensors detect a loss of traction. Only then is power sent to the rear. This delay, though measured in milliseconds, can cause the vehicle to ‘scout’ for traction, leading to a jerky and less predictable feel on ice or mud.

By maintaining power to all corners, Subaru minimizes the abrupt transitions between FWD and AWD. This leads to smoother acceleration out of corners and better poise when encountering varied terrain, such as moving from a paved road to a gravel driveway in rural Missouri.

Many modern AWD systems rely heavily on ‘Brake Vectoring’ to manage wheel spin. When a wheel loses traction, the car’s computer applies the brake to that specific wheel, forcing the differential to send power to the opposite side. While effective to a point, this ‘simulated’ traction actually wastes engine power and generates heat in the braking system. It is a reactive fix to a lack of mechanical grip.

Subaru takes a different approach. While we also utilize electronic aids, the heart of SAWD is a robust mechanical connection. Depending on the model (manual vs. CVT), Subaru uses either a viscous-coupling center differential or an electronically controlled multi-plate transfer clutch. These systems manage the ‘Active Torque Split’ by physically shifting power between the front and rear axles based on throttle input, steering angle, and individual wheel speeds. This means Subaru can move power to the wheels with grip *before* they start to spin excessively, preserving momentum and reducing wear on your brakes. It is the difference between a system that helps you recover from a slip and one that prevents the slip from happening in the first place.

By lowering the center of gravity, the Boxer engine reduces body roll during cornering. This enhances the effectiveness of the Symmetrical AWD system because the vehicle stays flatter, keeping more tire surface area in contact with the road. This ‘planted’ feel is a hallmark of the Subaru brand.

The horizontal layout is naturally self-canceling, meaning it produces fewer vibrations than an upright engine. A smoother-running engine puts less stress on the drivetrain components, contributing to the legendary longevity of Subaru vehicles. It’s a harmonious partnership of power and poise.

There is a long-standing myth that full-time AWD systems are ‘fuel inefficient vehicles.’ While this may have been true in the early days of heavy, mechanical 4WD trucks, modern Subaru engineering has effectively debunked this. Through the use of Lineartronic® CVT (Continuously Variable Transmission) and advanced engine management, Subaru models offer fuel economy that rivals many front-wheel-drive competitors.

By optimizing the torque split in real-time, the system reduces drag when maximum traction isn’t needed, such as when cruising at a steady speed on the highway. This means you get the safety of 24/7 AWD without the penalty at the pump. Whether you’re interested in the fuel-sipping New Subaru Impreza Inventory or the versatile Crosstrek, you’ll find that ‘Symmetrical’ also means a balanced approach to efficiency and performance.

Standard on many Subaru models, this system applies light braking pressure to the inside front wheel during a turn. This forces more power to the outside wheel, helping the car ‘pivot’ into the corner with greater agility and less steering effort.

For truly tough conditions, X-MODE takes control of the engine, transmission, AWD system, and brakes. It offers specific settings for ‘Snow/Dirt’ and ‘Deep Snow/Mud,’ allowing for controlled wheel spin to help clear debris from tire treads.

When X-MODE is engaged, Hill Descent Control maintains a constant, slow speed when driving down steep, slippery inclines. This allows the driver to focus entirely on steering while the Subaru manages the braking and traction for a safe descent.

In engineering, simplicity often equals reliability. Competitive AWD systems that are grafted onto FWD platforms often require complex ‘Power Take-Off’ units, multiple universal joints, and angled driveshafts to navigate around the engine and transmission. Every one of those joints is a potential failure point over the life of the vehicle.

Subaru’s Symmetrical AWD system is elegantly simple. Because the engine and transmission are already lined up with the center of the car, the power path is direct. There are fewer components, fewer extreme angles for CV joints, and a more robust overall construction. This is a big reason why 96% of Subaru vehicles sold in the last 10 years are still on the road today. When you invest in a Subaru, you aren’t just buying a car; you’re buying a piece of machinery designed to last through years of Missouri winters. If you’re considering an upgrade, why not Get your value trade today and see how much your current vehicle is worth toward a new, reliable Subaru?

Safety isn’t just about what happens during a crash; it’s about what the vehicle does to *avoid* one. Subaru is consistently recognized by the IIHS as a Top Safety Pick+ winner, and Symmetrical AWD plays a starring role in that achievement. In emergency evasive maneuvers—like swerving to avoid a deer on a dark Missouri backroad—the balance of the SAWD system prevents the vehicle from becoming unsettled.

While top-heavy SUVs with asymmetric drivetrains might struggle with weight transfer and potentially tip or skid, a Subaru remains composed. The AWD system works in tandem with VDC (Vehicle Dynamics Control) to monitor steering and braking inputs, ensuring the car goes exactly where you point it. Whether you are driving a New Subaru Forester Inventory or the three-row New Subaru Ascent Inventory, you are surrounded by engineering that prioritizes your protection.

We believe that everyone deserves the security of a Symmetrical AWD vehicle. Our finance department at Sunset Hills Subaru works with a wide network of lenders to find the best rates and terms for your budget. We offer flexible leasing and financing options on all our new and Used Vehicle Inventory.

Getting started is easy and can be done from the comfort of your home. You can Get approved for financing by filling out our secure online application. Our team is dedicated to making your transition to a Subaru as seamless and stress-free as possible.