What is the part of the car where gears are shifted called

From a mechanical perspective, the gear-shifting component is the transmission’s interface with the driver. In manuals, it connects directly to the gearbox via linkages or cables, while automatics use electronic signals. Common terms include gearstick, shifter, or selector, depending on the transmission type. Precision in its operation directly impacts drivetrain longevity.

The part of the car where gears are shifted is called the gear lever or gearstick in manual transmission vehicles. In automatics, it’s often referred to as the gear selector or shift lever. Located either on the centre console or steering column, it allows the driver to change gears to control speed and power delivery.

Manual cars typically have an H-pattern layout, with reverse gear often requiring a lift or press mechanism to engage. Automatic gear selectors may include positions like P (Park), R (Reverse), N (Neutral), and D (Drive), with some modern cars featuring paddle shifters behind the steering wheel for manual override.

In high-performance or luxury models, such as the BMW M3 or Mercedes-AMG models, gear selectors can be more sophisticated, incorporating materials like aluminium or carbon fibre. Electric vehicles like the Tesla Model 3 often use a minimalist approach, with gear selection via a touchscreen or stalk.

Proper use of the gear lever ensures smoother driving and reduces wear on the transmission. For example, resting your hand on the lever can prematurely wear internal components. Always refer to the owner’s manual for specific instructions, as designs vary between manufacturers.

The lever used to shift gears in a car is called the gear shift or gear lever, which is part of the car's transmission system and primarily serves to facilitate gear changes. The design forms of gear shift levers include:

1. Straight-line gear shift lever. The straight-line type arranges the gear positions in a top-to-bottom sequence. This design is relatively simple, and pressing the locking mechanism on the left or front of the lever allows for gear switching.
2. Snake-shaped gear shift lever. This type is more commonly found in Japanese cars. Since it lacks a locking device, the gear positions are designed in a zigzag pattern to prevent mis-shifting, resembling a snake winding around the surface, hence the name. The advantage of this type is safety.
3. Electronic gear shift lever. Unlike traditional mechanical levers, it controls the transmission gears directly through simulated electronic signals. Benefits include ease of operation—simply pushing up or down engages the corresponding gear—and computer-controlled operation prevents damage to the transmission from incorrect shifts. Technically, electronic shift levers offer high flexibility in terms of position and form.
4. Column shifter. This design eliminates the traditional gear lever shape, integrating it into the steering column, similar to a windshield wiper lever in appearance and operation. The success of this design lies in its efficient use of space, freeing up more room for storage while enhancing visual simplicity and upscale feel.
5. Rotary knob. Represented by brands like Jaguar Land Rover, this replaces the traditional lever with a circular knob. Shifting is achieved by rotating the knob. Increasingly adopted by domestic car brands, it adds a touch of sophistication, excellent texture, and a strong sense of luxury while also maximizing space efficiency.
6. Button. Button shifting has become more prevalent in recent years, notably in Lincoln models like the newly launched Lincoln Z. Many high-performance supercars, such as Ferraris, also use similar layouts. This design minimizes misoperation and enhances safety, though some drivers may initially overlook the buttons, mistaking them for air conditioning controls.
7. Paddle. Paddle shifters are a variant of column shifters but with distinct styling. Commonly found in performance supercars, they were originally designed to reduce shift times for faster performance. Now featured in mass-produced models, they offer advantages like more space, superior visuals, easier and quicker shifting, and a strong sporty ambiance.