Tesla Model X Performs The Moose Test – Video

JUN 27 2017 BY ERIC LOVEDAY 7

SUVs don’t typically perform all that well in the “moose test,” but the Tesla Model X isn’t your typical SUV.

Tesla Model X Performs Moose Test

The high center of gravity common in trucks and SUVs can be problematic during evasive maneuvers. Some SUVs and trucks roll over at speeds of under 40 mph during the “moose test.”

The Model X showed no signs of rolling, likely due to its low center of gravity from the placement of the heavy battery pack. However, the X is not the nimblest of vehicles. As such, it couldn’t muster more than 43 mph in this “moose test.”

Video description:

#Tesla Model X in the ‘moose test’

For comparative purposes, the 2014 Jeep Grand Cherokee performed the “moose test” at speeds as high as 44.1 mph, so the speed of the X isn’t exactly brag worthy.

Here’s a link to massive list of moose test results.

Source: km77.com via Tesla Model X Owners Club On Facebook

Categories: Tesla, Videos

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7 Comments on "Tesla Model X Performs The Moose Test – Video"

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Kimmo57

Sadly, I fear an actual moose accident will be horrible due to the long windshield, which offers no protection.

Mikey

Wouldn’t a long windshield actually be an improvement? The steeper angle would be more likely to deflect a moose. I would think…

Kimmo57

There’s nothing special about the angle. The moose will go straight through the glass. If you look at pics of crashes, the top of the roof is the only thing taking the impact and on the X by that point the moose is already in the car.

Kimmo57

floydboy

How would you know that?

floydboy

Other reasons it may have performed well, is the larger diameter wheels allow less tire sidewall flex and the wide rubber allows more road surface contact.

BenG

Disappointing that the X couldn’t out-perform the Grand Cherokee on this test. I thought the battery in the floor weight would have helped it do better.

Of course the extra weight is an impediment when trying to change direction, which probably explains the result.