by Gabrielle DeSantis

The Ford Mustang Mach-E is totally electric. That means it doesn’t take gas. If you run out of charge with the 2021 Ford Mustang Mach-E, then you’re out of luck. I saw the charge hit zero but survived this tale because there is an extensive charging network you can use. 

The Mustang Mach-E conquered range anxiety  

Two 2021 Ford Mustang Mach-E models charging | Allison Barfield

I have a week with the 2021 Mustang Mach-E First Edition. It has an 88 kWh extended battery and provides a range between 211 to 305 miles. This model is all-wheel drive, so the range is around 270 miles. The standard range battery gets an EPA-estimated 230 miles of range. 

This is a pretty good range. According to Edmunds, most electric vehicles have a range between 230 to 350 miles. The Telsa Model 3 Long Range model has an EPA-estimated range of 353 miles while the Chevy Bolt has an EPA-estimated range of 259 miles.

I unplugged the 120-volt charger in Rock Hill, South Carolina, with about 160 miles of range. I traveled 65 miles to Columbia, SC, and had about 100 miles left. But I needed to go from a family reunion in Columbia to Asheville, North Carolina later. 

So, I had a family member follow me to the closest charging station, so I could leave the Mach-E charging during the family event. But, to my dismay, the EV charging station was out of order. 

Then I plugged in the Mach-E in their garage to gain a whole three miles of charge and decided I’d find a charger with the FordPass network on my way. I had a 100-mile charge and needed to go about 160 miles. 

I made it to a charging station about 100 miles away in Greenville, SC, with three miles left. However, the DC fast chargers were down, so I was stuck getting about three miles per hour with a 120-volt unit. It’d take all night to gain enough juice to make it home with my dog. 

So, with an 11-mile charge, I decided to try another DC charging station nine miles away. It was a risky move, and off the exit ramp on the way, the Mustang Mach-E said it had a 0 percent charge and would shut down. 

This was terrifying, but the Mach-E held on through two stoplights and a left turn to make it to the charging station. Plus, it was WORKING! I was able to plug it in and sit back and relax in the car with the AC on watch miles instantly kicked up on the screen. 

I was also delighted to see another Mustang Mach-E there! After sitting for about 20 minutes, I had an 80-mile charge and needed to go up some curvy mountain roads for 60 more miles. I made it home with eight miles left. 

The range for the 2021 Ford Mustang Mach-E feels accurate, but I’m not sure which driving mode saves more battery power. I think going up in elevation may have burned through the range a little faster, but at the end of the day, I could depend on the Mach-E. I didn’t get stranded, and my issues were caused by charger problems, not the car. 

People can run out of gas just like you can run out of charge. But gas stations are a little easier to find at every exit. Also, you can get a lift to a gas station to fill a plastic jug to give your gas-powered vehicle more juice. With an EV that’s out of charge, you would need to be towed to an electric power source.

When the Colonial Pipeline was hacked, and there was a major gas shortage, I was happy to have the Lincoln Aviator PHEV. The hybrid charge was able to get me where I needed to be after passing multiple empty gas stations.

How do you charge the 2021 Ford Mustang Mach-E? 

There are a few different ways to charge the 2021 Ford Mustang Mach-E, and yes. You can charge the Mustang Mach-E at home. But the first thing I was told to do is get the FordPass app to find local fast-charging stations because charging it at home can take forever. 

I received the 2021 Mustang Mach-E with a 120-Volt mobile charging connector. It plugs into a regular home outlet. You plug it into the Mach-E charging port, which is located on the front of the driver’s side. 

All Mach-E models come with this charger. But it takes 95 hours to charge this way with a wall outlet. You can gain about three miles of charge per hour. 

If you upgrade to a more powerful 240-volt mobile charger, you can gain about 20 miles of charger per hour. A 240 plug is a larger outlet at home that your dryer or refrigerator plugs into. You can get a splitter, allowing your dryer and the car to be plugged in at the same time. 

If you go to a DC fast charging station with an extended-range battery, you can gain about 80 percent of the charge in 45 minutes. With the smaller standard range battery, charging takes about 38 minutes. 

You can use Tesla chargers to replenish the battery, as long as you have the proper adaptor. The FordPass app will show you where the nearest chargers are via the Electrify America network. You can use the app on the center console in the Mach-E or on your smartphone. 

You can purchase a Ford Connected Charge Station for $799.00 or a NEMA 14-50 outlets installed for about $250 or more. 

Does the Mustang Mach-E have regenerative driving modes? 

The 2021 Ford Mustang Mach-E charging with a home outlet
The 2021 Ford Mustang Mach-E charging with a home outlet | Allison Barfield

There are four different driving modes for the 2021 Ford Mustang Mach-E. 

  • Engage mode sets the ambient lighting to a soft blue to enjoy a balance of excitement and comfort. There are in-vehicle sounds to enhance the experience. 
  • Whisper mode creates a calm experience with gradual acceleration and a lighter coasting declaration response. Interior sounds are muted, and the ambient lighting is blue. The digital gauge cluster will react to your acceleration, braking, and handling. 
  • Unbridled mode is like a horse without a halter. You can feel the downshifting, increased throttle response, and enhanced sporty handling. There is orange ambient lighting and enhanced driving sounds for an exhilarating experience. The digital cluster display reacts to acceleration, braking, and handling. 
  • With the one-pedal driving mode, you can control the Mustang Mach-E with only the accelerator pedal. You can control its speed with a reduced need for the brake pedal. The vehicle automatically slows down as you take your foot off the accelerator. Also, the brake pedal still works if needed. 

Note: The 2021 Mustang Mach-E does feature regenerative braking to help supplement the charge. 

RELATED: How Safe Is the 2021 Ford Mustang Mach-E?

The post The 2021 Mustang Mach-E Handles Extreme Range Anxiety appeared first on MotorBiscuit.

by Gabrielle DeSantis

After the recent sale of Lewis Hamilton’s winning Formula 1 car, what are some of the other famous winning vehicles sold at auction? It won’t come as a surprise that the cars on this list belong to McLaren, Ferrari, and Mercedes. However, the insane prices of the cars might surprise you.

The 1993 McLaren MP4/8A Formula 1 car

1993 McLaren MP4/8A Formula 1 Car | Bonhams

The McLaren Formula 1 MP4/8A (chassis number six) was the vehicle Ayrton Senna won the Monaco Grand Prix in. This would be his sixth and final win, Formula 1 notes. Senna also drove the car in Canada, France, Great Britain, Germany, Italy, and Belgium. 25 years after the win, this McLaren sold in 2018 for $4,972,279 and was purchased initially from McLaren chief Ron Dennis. It was the first privately-owned McLaren MP4 car.

1993 McLaren MP4/8A sold for: $4,972,279

Another 2010 McLaren MP4-25A F1 car

Lewis Hamilton’s Formula 1 Winning McLaren
Formula 1 drivers Jenson Button and Lewis Hamilton pose for photographs beside the McLaren Mercedes MP4-25 Formula 1 racing car | Adrian Dennis AFP via Getty Images

One buyer took home the Formula 1 McLaren vehicle that Lewis Hamilton drove back in 2010. The McLaren #1 MP4-25A vehicle led Hamilton to victory back in 2010 at the Turkish Grand Prix. It was the same race that Red Bull Racing’s Sebastian Vettel and Mark Webber collided. This vehicle sold at the British Grand Prix in 2021, the first time a Sprint Qualifying was held.

This marks the first time a Lewis Hamilton vehicle was sold at auction, and it went for an astonishing $6,668,868. Before going up for auction, the car did some laps around Silverstone.

2010 McLaren MP4-25A F1 sold for: $6,668,868

The Schumacher 2002 Ferrari F2002 Formula 1 car

The 2002 Ferrari F2002 took Michael Schumacher to victory. Actually, the F2002 won 15 times, had 11 poles, and had 15 of the fastest laps in 2002. Chassis #219 sold for $6,643,750 back in 2019 at the Abu Dhabi Grand Prix. Schumacher won in the F2002 at San Marino, Austria, France, and again at Hungary.

2002 Ferrari F2002 sold for $6,643,750

And another Schumacher car, the 2001 Ferrari F2001

The 2001 Ferrari F2001 is the predecessor to the 2002 Ferrari F2002. This vehicle was chassis #211 and sold for an insane amount back in 2017. RM Sotheby’s New York sold the Ferrari F2001 for $7,504,000 after Schumacher took it to victory in Monaca and Hungary. A portion of the sale of both Ferrari vehicles went to Michael Schumacher’s Keep Fighting Foundation. The most expensive car ever sold at auction was the F2001 Formula 1 car at the time.

2001 Ferrari F2001 sold for: $7,504,000

The most expensive F1 car ever sold, the 1954 Mercedes W196R

The 1954 Mercedes Formula 1 car, the W196R, was the vehicle Juan Manuel Fangio won his second Formula 1 title in. This vehicle was not only the most expensive Formula 1 car ever to be auctioned, but it was also the most expensive car to be sold at auction overall. Bonhams sold the Mercedes W196R at the Goodwood Festival of Speed in 2013. This Formula 1 car sold for $29,650,095.

The Mercedes chassis #6 won with Fangio behind the wheel in Germany, Switzerland, and Hans Hermann took it to P4 in Italy. This Mercedes vehicle was the brand’s first successful journey into Formula 1, which Lewis Hamilton would eventually continue.

1954 Mercedes W196R sold for $29,650,095 

While these vehicles won’t be taking on any F1 races again anytime soon, it is interesting to see how much buyers are willing to shell out for a piece of history. In addition to that, it will be exciting to see how much some of the more modern Formula 1 cars sell for eventually. Some of the Mercedes vehicles that Hamilton has taken to victory have seen an incredible amount of wins in one season. Can you put a price on that?

RELATED: How Fast Are Formula 1 Cars vs. Nascar and Other Race Cars?

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by Gabrielle DeSantis

Christian von Koenigsegg is a genius. Now, his hypercar firm has applied that genius to the Koenigsegg Jesko, the brand’s ultra track-focused hypercar. And it’s not just the Jesko. Recently, the brand has made leaps and bounds in both sustainability and performance that it has applied to a range of models, from the Jesko to the Regera, to the Gemera. In many ways, a tiny factory in Angelholm, Sweden is pushing the envelope more than a litany of larger, better-funded brands.

The Koenigsegg Jesko’s Lightspeed Transmission is insane

Koenigsegg’s Lightspeed Transmission | Koenigsegg

Let’s start with one of the most universally used aspects of any car: the transmission. It’s an old principle that functions just like that bike your kids don’t ride. A shaft moves gears, creating different ratios, propelling a vehicle forward. However, founder Christian von Koenigsegg sought to fix something that wasn’t broken. Koenigsegg (the company, not the cheerful Swede) call it the Lightspeed Transmission (LST).

Usually, a standard automatic transmission uses one, maybe two clutches to mate the gears to the motor. Clearly, Christian von Koenigsegg thought this wasn’t enough. The LST uses seven multidisk clutches to move through the gears. Moreover, the company pioneered predictive software that pre-selects gears for you, virtually eliminating shift times. Basically, should you be rich enough to be in the driver’s seat, you’ll never feel the transmission make a gear change. All that is done in “virtually zero time” according to Koenigsegg.

Koenigsegg continues to push the envelope

The production line at Koenigsegg in Angelholm, Sweden
Koenigsegg’s factory | Jonathan Nackstrand via Getty Images

The Koenigsegg Jesko and its transmission are a showcase of the brand’s technological capabilities, but Koenigsegg’s progress moves far beyond just that. It’s a given that hypercars are made with carbon fiber. It’s light, strong, and light. Also, it’s very light. Once again, von Koenigsegg sought to improve on something that wasn’t broken. Here, the company has applied Formula1 technology to their cars. It’s an old trick, but boy do these Swedes make it work.

In addition to the Koenigsegg Jesko, all of the company’s cars use advanced pre-impregnated carbon fiber monocoque chassis (see image above) to help them be more rigid. Now, I could throw a bunch of math I’m too dumb to understand in here, but let’s just leave it at this: The brand’s carbon fiber technology helps make their cars lighter and more rigid than pretty much anything out there. Additionally, you can take the roof off, a classic weak point as far as rigidity goes. Pretty impressive, right?

The brand is pushing for sustainability too

Christian von Koenigsegg stands with arms folded at his factory. with partially assembled cars in the background
Christian von Koenigsegg | Jonathan Nackstrand via Getty Images

However, Koenigsegg isn’t just making toys for playboys. The company has an eye on sustainability as well. Their factory is incredibly green in its production methods, and they’ve even created a new kind of catalytic converter to cut down on emissions. The Koenigsegg Jesko is known for its power output, however, a catalytic converter restricts that. That’s why the brand created a totally new “Rocket” catalytic converter to increase power output while leaving emissions unchanged. These forward-thinking methods have pushed Koenigsegg into the spotlight of both performance and sustainability, and if you ask me, they deserve to be there.

RELATED: The Hyper-Ritch Rent Cars Differently Than the Rest of Us

The post The Insane, Hard-to-Pronounce Technology Behind the Koenigsegg Jesko appeared first on MotorBiscuit.

by Gabrielle DeSantis

Nissan isn’t just a creator of stylish, reliable cars like Altima or Murano. They also bring the heat to the racetrack with the GT-R, which can go toe-to-toe with a Lamborghini, and the 2022 Nissan 400Z, which is a great racer with a far more attainable price tag. That’s not counting their actual racing cars.

Nissan has made some impressive accomplishments in the technology department. The automaker has started a new research program designed to enhance the abilities of racing drivers. What does its success mean for the future of Nissan?

Nissan’s accomplishments so far

Nissan Formula E Racer | Getty Images

Nissan has an impressive reputation in the racing world thanks to NISMO (Nissan Motorsport International Limited). Its first racecar was the 1967 R380-II, which reportedly set seven speed records internationally in its debut year. The R382 would take second and first place in the Japan GP race two years later.

The automaker also enjoyed 19 off-road racing awards with the Datsun King Cab truck. This 380-hp pickup would later serve as inspiration for the Titan and Frontier models today. Nissan was also a pioneer for greener car technology, winning an environmental award from the EPA in 1991.

The Leaf was also one of the first fully electric vehicles widely available to consumers. Today, the Leaf can get up to 226 miles of range and produce 214 hp from its powertrain. While some rivals enjoy better specs, the Leaf still wins over drivers with its spacious interior dimensions and plentiful features.

The brand also created its own autonomous driving system called ProPilot Assist. Like adaptive cruise control, it can pilot itself at certain speeds while still accounting for surrounding cars. The feature is available on select 2021 models, as well as the 2020 Altima.

Nissan’s brain research program

The Nissan Brain Performance Program aims to study the minds of racecar drivers and enhance their vehicles accordingly, Nissan says. Each driver has different cognitive abilities and brain structures determined by age, experience, or other factors. As such, you can’t determine how different drivers will react to intense situations behind the wheel.

The automaker explains that the first step is determining the cognitive skills of Nissan Formula E racers compared to civilian drivers. The racers will get to take a ride on state-of-the-art simulators while their brains’ activity is monitored. Program directors plan to use this data to further build on racers’ abilities. 

Gheorghe claims that research shows the brain is even more functional during quick lessons while under pressure. In the future, Nissan even wants to use this research to develop safer cars for the average driver.

Our brains already send off their own electrical signals to help us complete daily tasks in life, including driving. Brain stimulation is a non-invasive therapy designed to enhance brain function and even treat chronic health conditions. The program’s coordinator, Lucian Gheorghe, says the brain is already hard-wired to operate under intense situations while driving.

How will this program affect the racing industry?

The current goal of the program is to hone the already impressive skills of Nissan’s racecar drivers. However, it also shows engineers how racers react in emergency maneuvers. This will allow the designers to manufacture the best safety features on the cars and consider additional precautions for the actual racetrack.

Computer interference may also play a big part toward Nissan’s EV technology development. Bio-electricity data can show automakers what drivers truly want out of a driving experience, allowing manufacturers to make better cars. It can also help Nissan make more efficient vehicles with better knowledge of their customers’ EV driving behaviors.

RELATED: Nissan Has a Surprisingly Rich Racing History

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