Tesla: Our Batteries Lose Only 12% Of Their Range After 200,000 Miles
A Tesla Model S or Model X will retain 88% of its battery capacity at the 200,000-mile mark, the company…
A Tesla Model S or Model X will retain 88% of its battery capacity at the 200,000-mile mark, the company…
Toyota will introduce an all-new Tacoma for the 2024 model year. But not soon enough. The automaker has been dripping…
Mazda has issued a recall for about 2,400 CX-30 SUVs from model years 2022 and 2023 and CX-50 SUVs from…
The first of a new generation of electric vehicles (EVs) from Honda won’t entirely be a Honda. But the Japanese…
Leatherette seats are covered in a synthetic textile that mimics the look and feel of leather. They lack natural leather seats’ suppleness but are more scratch-resistant and require less maintenance.
Automotive leather seats are covered in an upholstery made from animal hides (mostly cowhide) that’s been tanned and coated for color and protection from wear and tear. Leather seats are an optional upgrade in almost every vehicle on the market. Even luxury brands may offer simulated leather upholstery on the seats in base models.
Lane-keeping assist is an advanced driver assistance system (ADAS) that uses front-mounted cameras to detect the road markers and intervenes should the vehicle stray too far to one side of the lane, potentially crossing the boundaries. Lane-keeping assist works with lane departure warning to alert the driver.
Lane departure warning is an advanced safety assistance system (ADAS) that alerts drivers drifting out of their traffic lane. Alarms can be audible, visual, and haptic (vibration). The technology makes no course correction, and the driver must respond to prevent potential collisions.
Lane-centering assist is a safety technology that uses front-facing cameras to monitor the vehicle’s spacing between the lane markers, then takes an active role in electronic steering and braking to maintain the vehicle’s lane position.
Keyless entry is a feature that enables drivers to actuate their cars’ door locks at a distance. The simplest systems require a driver to press a button on their key fob to actuate the locking mechanism. More advanced systems, called “proximity keys,” use near-field communication to detect a matching key fob and automatically unlock the doors when the fob is in a pre-defined proximity.