The Most Popular Car Models of the Year for 2023

The ten most popular cars occupy almost one-fifth of the road. And though many of the models slid a bit in 2023 as supply chain issues continued to affect dealer inventories, most are still incredibly appealing choices.

A strong showing for mainstream brands like Subaru and Mazda is a sign that you don’t need to spend big bucks to get a safe, reliable, well-rounded vehicle.

1. Honda Accord

Amid the SUV onslaught, the Honda Accord remains one of the most popular sedan models out there. It’s a well-rounded car with great value, space, comfort and equipment. A fresh redesign for 2023 makes it more attractive to look at and a little nicer inside. Its infotainment system is easy to use, and it’s even better with Google Assistant, which can let you control functions with natural speech.

This model has the best curb appeal in its class, and it’s roomy enough for families while offering great fuel economy. Its 252 hp turbocharged four-cylinder engine offers confidence-inspiring acceleration, and its available adaptive suspension automatically adjusts every two milliseconds for a smooth ride. It also carries a wide variety of equipment options and has a spacious rear seat.

2. Honda Civic

The Honda Civic continues to dominate the compact-car segment with its great design, value, fuel economy, high resale values, and superb driving dynamics. While the performance-oriented Civic Si and Civic Type R add a dose of fun, the standard sedan and hatchback also deliver plenty of enjoyment for less-demanding drivers.

The 2024 Civic also sets itself apart with a quiet, spacious cabin, lots of safety equipment, and a wide range of standard features that rivals often charge for. Its rear seat legroom is among the best in the class, and it offers more storage space than the Toyota Corolla or Nissan Sentra. This latest Civic also delivers a smooth ride that isolates well over broken pavement. However, choppy road noise intrudes at higher speeds.

3. Mazda CX-5

The 2023 Mazda CX-5 is a top-ranked crossover SUV that delivers a rewarding driving experience and a comfortable, luxurious cabin. It also has an attractive exterior design and a robust set of standard features, including forward collision warning and mitigation, blind-spot monitoring, and lane keep assist. The interior is mature in style and not swathed in poorly rendered fake wood or overly reflective chrome trim, and the rear seats offer plenty of headroom and legroom.

Powered by a 187-horsepower four-cylinder engine, the CX-5 accelerates from a stop to 60 mph in about eight seconds and gets excellent fuel economy ratings for its class. It’s a good choice for singles, couples, and small families who want to commute or run errands in comfort. However, the CX-5 lacks the cargo room found in rivals, making the Kia Sportage and Toyota RAV4 better options for families.

4. Subaru Crosstrek

Subaru tweaked the Impreza hatchback with more ground clearance, rugged exterior trim and a more powerful all-wheel drive system to create the Crosstrek. It remains the best choice for those who want a maneuverable, compact SUV that can handle winter weather and weekend camping trips.

The Crosstrek’s 2.0-liter flat-four engine has 152 horsepower and 145 pound-feet of torque. It’s mated to a continuously variable transmission and gets up to 29 mpg combined.

Higher-end Crosstrek models get a 2.5-liter four-cylinder with 182 horsepower. While it’s still not fast enough to drag race your neighbor’s Honda HR-V, it’s plenty nimble for everyday driving and surprisingly fuel efficient at up to 34 mpg combined. It also benefits from the Subaru’s proven engineering behind Symmetrical All-Wheel Drive, which has proved durable in decades of owner tests.

5. Hyundai Tucson

Hyundai’s daring exterior design positions the Tucson for fame, but its dull cabin dims its shine. Still, it has the best passenger and cargo space of its competitors.

It’s easy to get comfortable in the Tucson. Its front seats are manually-adjustable and supportive, while its rear seat has enough room for three adults.

The Tucson is packed with tech features, too. Every model comes with automatic emergency braking, blind-spot monitoring, rear cross-traffic alert, lane keep assist, and a driver inattention warning system. N Line models add steering wheel haptic feedback and a surround-view camera system, while Limited trims offer lane centering and remote smart parking assist.

Its only real limitation is a slightly firm ride around town that struggles to smooth out big dips and ridges, but it’s better than the crashy ride found in some SUVs.

Car Safety and Security Features

Vehicle security features once consisted of fastening your seatbelt and checking the St. Christopher medal on your rearview mirror before hoping for the best. But now vehicles come equipped with cutting-edge technologies designed to prevent accidents and injuries.

Blind spot detection systems help ensure you make safe lane changes by giving you visual or audible warning when another vehicle enters your blind spot.

Safety Locks

Cars traditionally feature a simple locking system to prevent them from starting without an active driver present, providing some protection from theft but easily breached by thieves.

Child safety locks prevent rear seat passengers from opening doors during transit and while stopped, by blocking interior door handles. Most locks require a code to disable.

Driver Attention Monitors are devices designed to track eye movement and head position to detect when you become distracted while providing visual or audible warnings when necessary. Furthermore, these monitors connect into advanced driver aids such as ACC and Lane Keeping Assist systems for further assistance.

Crumple Zones

A crumple zone is a key component of modern cars, designed to minimize car accidents and injuries by absorbing impact force. Today’s crumple zones consist of a rigid high-tensile steel cabin for passenger protection as well as an accordion-like structure that collapses upon collision.

Force of impact is dispersed over a longer duration and reduced before reaching passengers, like how a soda can crumples. This prevents sudden decelerations of vehicle and reduces excess force on passengers.

Seatbelts

Seat belts connect your body mass to that of the car, so when it accelerates or decelerates, so do you. They offer protection by spreading out force over strong parts of the body rather than in one concentrated impact point.

Modern safety belts incorporate devices like web clamps to maintain tight webbing, force limiters to reduce chest injuries, crash tensioners that quickly retract during frontal crashes to take up any slack in the belt, and crash tensioners which position occupants for optimal use of an airbag deployment.

Drivers who use their seat belts are 30 times less likely to be ejected during a crash and GEICO offers great discounts for safe drivers.

Airbags

Airbags are gas-filled cushions designed to cushion drivers and passengers during a collision, deployed quickly thanks to crash sensors and Newton’s second law of motion (F=ma).

Front airbags have become standard equipment in passenger cars since 1998 and are also common on light trucks and SUVs. Some airbags even include additional safety features like weight sensors to detect children or unbelted adults in the front seat.

Airbags are considered supplemental restraint systems and work best in tandem with seat belts. Their “hidden” compartment contains chemical propellants and initiator devices which activate when sensors sense a collision; rapidly filling with nitrogen gas within milliseconds of being activated, the airbag rapidly inflates.

Anti-lock Braking System

ABS helps keep your wheels from locking up during hard stops by monitoring wheel speed using sensors, then automatically pumping brakes up to 20 times per second.

On certain road surfaces such as gravel or deep snow, ABS may increase braking distances as locked-up wheels dig into and slow your car. However, it still maintains your ability to steer the vehicle.

ABS makes your vehicle safer, but complicates accident investigations as its skid marks tend to be temporary and nondescriptive. Until techniques have been developed to make them more visible, it’s wise not to rely on them alone when trying to establish cause of accidents.

Electronic Stability Control

ESC is one of the few car safety systems that works to both prevent and mitigate crashes rather than only protecting after they have taken place, like airbags or antilock brakes do. It does this by decreasing vehicle slipperiness when encountering poor road conditions like icy roadways or when taking curves too rapidly.

As part of its function, it uses several sensors that constantly measure your steering angle and rotational speed. If a computer detects that your steering angle doesn’t correspond with where you are traveling, it may brake one or more wheels or reduce engine power in order to help you remain in control of your car.

Latest Car Safety Features

As the number of car deaths increases each year, automakers have been promising drivers that more advanced safety features are coming. These features, often known as advanced driver-assistance systems (ADAS), use sensors, radar and cameras to manage aspects of driving and intervene if the human driver makes a mistake.

These technologies can include automatic emergency braking, lane keep assist and adaptive cruise control. They can also help drivers avoid distractions and keep a safe distance from other vehicles.

Automatic Emergency Braking

Automatic Emergency Braking (AEB) is a safety feature that can help you avoid a crash by applying your brakes automatically when needed. These systems use a combination of sensors and cameras, and they are available on many new cars in both low-speed and high-speed versions.

Most vehicles with AEB come with a radar sensor positioned on the front grille, bumper or air vents, and cameras inside the windshield or behind the rearview mirror. They work with a system called Forward Collision Warning to detect potential collisions and trigger braking when necessary.

The warnings come in the form of a sound or a visual display on the dashboard. They are typically triggered before AEB kicks in, and they usually warn you that there is a possible crash in front of you.

AEB can also automatically activate when it determines that you are about to hit something behind you or a stationary object, such as a tree or wall. These are particularly useful when you’re backing out of a parking spot or driveway, and they can also prevent rear-end collisions with other vehicles.

However, this is a braking system that can be very powerful, and it may not always be the best way to react to a crash. Sometimes it can even cause you to hit the brakes unnecessarily.

While automakers have long touted this technology as a lifesaver, it has been criticized for its failure to detect moving vehicles in the front and rear of your car. AAA, for example, has urged automakers to improve their AEB systems’ ability to detect moving objects and reduce the likelihood of rear-end crashes.

The most advanced models, on the other hand, can sense stationary or moving pedestrians, cyclists, and other cars in their path and automatically apply the brakes to slow or stop them. They can also be used to prevent rear-end collisions and mitigate the severity of a crash.

Automatic Emergency Braking is a critical part of the growing number of safety features that are standard on most new vehicles. It has been shown to significantly reduce the risk of rear-end collisions, and it can save lives in those crashes by braking when it’s necessary. That’s why government safety agencies have made it mandatory in some countries, and most 2022 model year cars will be equipped with this tech thanks to a voluntary push from automakers.

Blind Spot Warning

Blind Spot Warning, or BSW, is one of the latest car safety features. It’s a great way to make sure that your car can see everything on the road ahead of you when you change lanes or make a turn.

This system uses radar sensors mounted on the left and right side of your rear bumper to detect traffic that is approaching your vehicle. Once the detection has been made, a visual or audible warning will appear in your side mirror or windshield frame.

More advanced versions of this system may also provide a sound warning if you use your turn signal and there is a vehicle in your blind spot, as well as a visual notification. This will alert you to the danger and allow you to stop before changing lanes or making a turn.

Besides preventing crashes, blind-spot monitoring systems have been shown to reduce lane change and merging accidents by 14%. That’s a big difference, and it’s good to know that there are options available for every driver on the road.

These systems are usually combined with a more active crash-assistance feature that helps the driver avoid a collision if they ignore the visual and/or audio warnings and try to make a lane change or merge without looking over their shoulder first. This active crash-assistance feature can either apply light braking pressure to help the driver stop in time or provide steering inputs to steer their vehicle into the proper lane, depending on the system’s settings.

Some vehicles are also equipped with a lane-centering feature that automatically applies the correct amount of steering inputs to keep your car centered in its lane. These systems are especially useful for merging into or reversing out of another lane when the road is narrow, such as at an intersection.

The cost of these systems has gone down over the years, so they are now available on many lower-priced vehicles, not just high-end ones. Some automakers have even included them as part of the standard equipment on their new models.

Lane Departure Warning

Lane departure warning systems are designed to help drivers stay on the road. They work by detecting the distance between the vehicle and lane markings on the highway, and then alerting you if your car begins to drift across them.

Some lane departure warning systems are only activated by your turn signals, while others can be switched on or off by pressing a button. Some systems even use a camera mounted near the rear view mirror to recognize the lane markers.

If your lane departure warning system doesn’t work properly, you could be headed for an accident. Make sure to check the system’s maximum speed limit and minimum driving speed before turning it on or using it, as this can affect how it operates.

When your lane departure warning system does work, you’ll receive a visual or audible warning that the lane line has been crossed. In some cases, it will also apply a small amount of torque on the steering wheel to help you regain control.

The lane-departure warning system in some vehicles is powered by a low-cost camera that watches lane markings to determine if your car has drifted across them. Some of these systems can even steer themselves away from the lane edge to prevent accidents.

Most lane departure warning systems work best on highways, but they may not be effective in construction zones or bad weather conditions. Regardless, they are an important safety feature that should not be taken for granted.

A lane-departure warning system may also be used in conjunction with another safety feature, such as adaptive cruise control or blind spot detection. When combined, they can protect you from high-speed collisions and run-off-road accidents.

Lane departure warning systems are relatively easy to install and are available in most new cars. They can be controlled with a button, or by the driver’s dashboard display.

Some lane-departure warning systems will beep when your car gets too close to the lane lines, and then silence when it’s out of range. Other systems may vibrate the steering wheel and give you a haptic warning.

Pedestrian Detection

Pedestrian detection is one of the latest car safety features available on a growing number of vehicles. It uses cameras and other sensors to detect people walking or running in front of your car, alerting you with a warning. Some systems also automatically apply the brakes if a pedestrian is detected and you fail to react quickly enough to slow down.

While these systems could help prevent crashes, they should never replace driver awareness. Drivers must pay attention to their surroundings at all times and avoid sudden acceleration, changes in speed, or unexpected road conditions.

According to data compiled by Consumer Reports, pedestrian-detection systems are now available on 38 percent of models sold in the United States. And more than half of them come standard on new cars.

A vehicle’s PD system typically warns you of a potential collision with a pedestrian using visual, audible or tactile warnings. It may also trigger an automatic emergency braking feature that applies the brakes when you don’t brake quickly enough.

Some models add additional features like automatic headlamps or lane departure warnings that may be activated by the pedestrian-detection system as well. Some also use a thermal imaging camera to improve performance in the dark and under low-light conditions.

The IIHS has updated its test to evaluate a vehicle’s pedestrian-detection capabilities at night. The test simulates three different pedestrian scenarios: an adult crossing the road, a child darting between parked cars, and an adult walking on the shoulder of the road.

In each scenario, a vehicle is evaluated at speeds of 12 and 25 mph with the headlights on high or low beam settings. The test measures how fast each vehicle’s PD system can reduce the speed of the car before it hits a pedestrian dummy.

The IIHS ratings are based on an average speed reduction in five test runs on dry pavement, with the headlights on high- and low-beam settings. Vehicles with a camera-based pedestrian-detection system receive the IIHS superior rating and those with a radar-based PD system receive an advanced or better rating.