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2021 Cadillac Escalade ESV will debut at the New York Auto Show

LOS ANGELES, California — Cadillac pulled the wraps off its 2021 Escalade today at an event in Los Angeles, and we were there to see it all play out live and in living color. But while we have some specifications for the long-wheelbase ESV version, that model wasn't on display. According to the automaker, the next-generation Escalade ESV will get a formal debut at the 2020 New York Auto Show in April. The 2021 Cadillac Escalade ESV will boast a wheelbase of 134.1 inches and an overall length of 226.9 inches, making it 15.9 inches longer than the standard Escalade and 5 inches longer than the similarly extended Lincoln Navigator L. That extra length translates into 1.7 additional inches of third-row legroom and 17.4 more cubic feet of cargo space behind the third row over the standard Escalade. We expect the ESV will get the same two powertrain options as other Escalade models. The standard 6.2-liter V8 puts out 420 horsepower and 460 pound-feet of torque. An optional 3.0-liter diesel-fueled inline-six will offer 277 hp and 460 lb-ft while delivering improved fuel efficiency over its gasoline-powered sibling. Both engines will be mated with 10-speed automatic transmissions. The 2021 Escalade will go on sale in late 2020. We're not yet sure if the extended ESV will come at the same time or be added later, but we ought to know more by its debut in April. Related Video:

Here's how Cadillac made its Magnetic Ride Control suspension quicker and smarter

Bugatti makes the world's fastest car, but Cadillac claims it has developed the world's fastest suspension. Its fourth-generation Magnetic Ride Control technology receives hardware and software tweaks to deliver a more comfortable ride and sharper handling. It's offered on some variants of the CT4, CT5 and the Escalade. Introduced in 2002 on the Seville STS, this self-adjusting suspension is not as complicated as it might sound. It relies primarily on electromagnets that emit a magnetic field, and a magnetorheological fluid whose viscosity changes depending on the strength of the magnetic force. Sensors scan the road up to 1,000 times per second and send the information they gather to the electromagnets, which then alter their magnetic field as needed to modify the fluid's viscosity. The fluid is in the shocks, so making it thicker returns a firmer ride, and vice versa. In simpler terms, Magnetic Ride Control leverages chemistry and physics to make the ride sporty, comfortable, or somewhere in between -- all in the blink of an eye. By reacting to the changing magnetic field, the fluid-filled shocks filter out road imperfections and maximize tire contact with the road to deliver more precise handling. Cadillac began developing the fourth-generation system by improving the hardware. The in-wheel accelerometers are more accurate than before, the inertial measurement unit is more precise, and the damper fluid formula was changed for quicker response times and a smoother ride. Engineers then turned their attention to the system's software. They notably gave the sensors the ability to process a wider selection of input and output signals, which translates to a wider spread between comfort and sport. And, they made the response time up to 45-percent quicker. All told, the fourth-generation Magnetic Ride Control technology performs better under heavy braking and hard cornering, it delivers more consistent performance, and it reads the road more accurately. Cadillac proudly notes these are the most comprehensive updates it has made to the system in nearly two decades. Magnetic Ride Control comes standard on the 2021 CT4-V and the 2021 CT5-V, and it's bundled into the CT5's V Performance package, which also includes a mechanical limited-slip differential. It's also standard on the Sport and Platinum variants of the 2021 Escalade, and it's part of the Premium Luxury trim's Performance package.

How GM's grueling 24-hour test gets the kinks out of its performance cars

One of the biggest challenges automakers face when designing a high-performance car is making sure that it is both fast and reliable. For General Motors, any car that might be taken to the track by its owner - like the Corvette, Camaro Z/28 (shown above) and the Cadillac CTS-V, for example - undergoes a rigorous and strenuous 24-hour test by engineers at the Milford Proving Grounds, as pointed out by Car and Driver.
We've posted on this topic in the past - on a video showing the Camaro ZL1 being brutalized, for instance - but this article gives a more in-depth look at what actually happens behind the scenes... including what that poor ZL1 went through. Though the test isn't for 24 hours straight, the cars are pushed as hard as possible by some of GM's best drivers with only the brakes and tires replaced frequently.
We don't want to ruin the fun for you, but it is an interesting article that tells just some of what GM does to develop its sports cars. Check out the full article over at Car and Driver for the rest of the story.