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10 Hardest Cars to Drive

10 Hardest Cars to Drive

People complain about cars that are hard to drive. Reduced tire pressure decreases vehicle stability and makes driving difficult.

The hardest cars to drive are Cadillac CTS-V, Lamborghini Countach, Porsche Cayman, Dodge Challenger SRT Hellcat, Reliant Robin 3 Wheel, Porsche Carrera GT, TVR Sagaris, Corvette Z06, McLaren P1, and Shelby Cobra. 

Many car owners have the expertise to drive their automobiles with proper control. I have explained the cars which are difficult to drive.

Car names Specifications Engine Horsepower
Cadillac CTS-V High power output, low wheel traction, and challenging handling 640 hp
Lamborghini Countach Low stock profile and low visibility 802 hp
Porsche Cayman Reduced steering control and difficult parking 300 hp
Dodge Challenger SRT Hellcat More engine power output and difficulty in turning 717 hp
Reliant Robin 3 Wheel Three wheel designs and minimum stability 40 hp
Porsche Carrera GT RWD and variable weight distribution 605 hp
TVR Sagaris Requires more focus, has less control, and no technical aid 395 hp
Corvette Z06 Square shape steering wheel and reduced control 670 hp
McLaren P1 Variable power supply, malfunctioning brakes, and broken O2 sensors 903 hp
Shelby Cobra Rear wheel locking 355 hp

Cadillac CTS-V

It is a 4DR appealing car with a 6.2L V8 turbocharged engine that produces 640 hp. However, the car has large dimensions, which makes its handling difficult.

It has more horsepower than many other vehicles. This is because the motor rotates at higher rotations per minute (RPMs). 

The motor produces more horsepower for standard vehicle performance. The non-skilled drivers cannot handle its top speed and higher horsepower. 

Car driving becomes difficult and the hardest in the beginning. It has reduced wheel traction on smooth roads. 

You cannot turn the tires, which consumes time. In addition, its 8-speed transmission has challenging handling.

Lamborghini Countach

Lamborghini Countach is hard-to-drive because it has a low profile. In addition, its tires and rims are large. 

The vehicle has a low aspect ratio which makes it a hard automobile. It has a V12 engine that generates about 802 hp. 

It is challenging to handle this horsepower for non-skilled drivers. The additional motor power increases stress.

You cannot identify the automobiles on the front and rear of your vehicle. The low visibility reduces vehicle safety and makes driving diffcult for new and skilled drivers. 

Lamborghini Countach is a sports automobile with additional engine power or high speed. 

Porsche Cayman

It is a hard-to-drive car because it has challenging parking. You cannot turn the tires at a stable momentum. 

Its cornering is difficult despite the appealing layouts. The steering management is challenging, and you cannot keep the tires straight.

It is not easy to align the tires once you turn them at corners. You cannot handle its steering wheel without training and expertise. 

Furthermore, it has a turbocharged 2.0L engine. The engine has horizontal alignment and produces a high horsepower of 300 hp. 

Its few variants have a 2.5L flat-four engine which produces a horsepower of 350 hp. 

Dodge Challenger SRT Hellcat

Driving a Dodge Challenger SRT Hellcat is the hardest because it has reduced control. You cannot handle it in enclosed and tight spots. 

It is difficult to corner it, and you cannot handle the steering wheel properly. However, it has a high-performance 6.2-liter engine with higher efficiency and produces more output. 

The V8 engine generates around 717 hp. You cannot handle this horsepower for regular road driving. 

Turning the tires and cornering the automobile is challenging when the horsepower is high. Drivers with reduced training cannot handle this vehicle at the fastest speeds. 

The vehicle can cover zero to 60 miles per hour in four seconds. The engine delivers more power to the rear tires of the vehicle. 

Then, the rear tires spin at the fastest rotations. The handling is complicated on snowy and wet roads. 

It has reduced traction at fast speeds. Its driving is difficult because the driver remains uncomfortable. 

The power output and fast speed are challenging for drivers. You cannot maintain speed and control simultaneously. 

It reduces vehicle safety and leads to crashes.

Reliant Robin 3 Wheel

It has only three wheels. Reliant Robin 3 Wheel has a limited turning radius. 

Moreover, it has a specific 3-tire layout, which reduces the overall frame stability at variable speed limits. The control decreases at high speeds and causes accidents. 

It has an alloy straight-4 engine that produces a horsepower of 40 hp. The manufacturing companies do not make this car nowadays. 

Its production stopped in 2002, and you can find these automobiles rarely. However, you can find it in the USA with challenging stability and driving. 

Its cornering and turning are complicated due to the specific three-wheel layout. It is not easy to drive for beginners despite the cabin styling, appealing upholstery, and upgraded dashboard. 

It has minimum stability and reduced momentum. As a result, it loses stability at low-speed levels and undergoes collisions. 

It has low tire traction and minimum grip of the steering wheel. Its turning becomes difficult for the skilled driver. 

Porsche Carrera GT

It has a 5.7L V10 reliable engine that generates 605 hp. It has rear-wheel drive according to the layout. However, it is hard to drive this car because the steering mechanism is not easy.

You cannot control the automobile at slow speed levels. The steering wheel has reduced performance and results in challenging control. 

Furthermore, RWD makes it hard to drive on smooth and off-roads. The variable weight distribution affects the steering mechanism and tires. 

The different weight distribution of the vehicle makes it difficult to drive. Its handling is complicated at the turns and corners. 

TVR Sagaris

TVR Sagaris is hard to drive because it has minimum technically upgraded amenities. It has old and traditional steering control. 

You cannot control this car at high speeds. The vehicle requires excessive control for optimized stability. 

Its driving requires more control and focus. In addition, it has a 4.0L engine that generates 395 hp. 

The horsepower requires more control and focus. The mechanical components are complicated to handle according to their design and performance. 

The vehicle lacks technical systems and automatic assistance. Manual regulation makes driving hardest for the driver. 

Corvette Z06

Corvette Z06 has a high-performance 5.5-liter V8, which generates 670 hp. It is hard to handle this high horsepower of the automobile engine. 

The brakes have reduced efficiency at high speeds. You cannot stop the vehicle instantly, which reduces automobile safety. 

The brakes utilize more curb, and the engine throttle response varies. These factors make driving hard for drivers. 

Its steering wheels are square-shaped, which alters its handling and control properties. For example, you cannot control the steering wheel properly due to its shape. 

It makes the car challenging to drive on smooth and straight roads. Turning and cornering the vehicle is not easy because the steering wheel has a square shape and provides reduced grip.

McLaren P1

The car has 3.8L V8 with turbocharged properties. It generates about 903 hp, and this power is hard to handle. 

The power flow and supply are variable, and the current flow changes during the flow. The throttle response varies because of the alternating current flow. 

It does not respond and affects ignition and continuous driving. The engine turns off and on continuously, which makes driving hard. 

The brakes do not work smoothly when the power supply varies. The high horsepower of the engine is challenging to handle. 

Off and On engine performance and variable throttle pressure increases the internal heat. The catalytic converters break, and oxygen sensors malfunction when the temperature increases. 

As a result, the vehicle becomes hard to drive, and you cannot stabilize it.

Shelby Cobra

The Shelby Cobra has less number of technical aid and automatic assistance systems. The layout is more variable than many other automobiles. 

The design makes it the hardest vehicle to drive on different roads. In addition, it has minimum control because the rear tires have locking properties. 

These tires can lock without a notification. As a result, the rear axle slide outwards, and rollovers increase. 

It reduces vehicle stability, and driving is not easy. The engine does not rev at the specific limitations. 

It has high or low revving properties. The brakes and transmission malfunction and reduce the control of tires and axles. 

It has a V8 with dominant pressure and additional force. It generates a horsepower of about 355 hp.

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