2023 Tesla Model 3 on 2040-cars
Engine:Electric Motor
Fuel Type:Electric
Body Type:4D Sedan
Transmission:Automatic
For Sale By:Dealer
VIN (Vehicle Identification Number): 5YJ3E1EA6PF435767
Mileage: 15826
Make: Tesla
Model: Model 3
Features: --
Power Options: --
Exterior Color: White
Interior Color: Black
Warranty: Unspecified
Tesla Model 3 for Sale
2023 tesla model 3 long range(US $34,300.00)
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2022 tesla model 3 long range(US $31,200.00)
2023 tesla model 3(US $29,900.00)
2021 tesla model 3 standard range plus(US $26,800.00)
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Tesla expands Supercharger network in central Europe
Wed, Jan 22 2014While you can't drive a Tesla from the US to Europe, Model S drivers on both sides of the pond are seeing a robust Supercharger network. Today, Tesla announced that enough stations exist in central Europe to get a Model S from Amsterdam to cities 500 or 600 miles away in the Alps. As in the US, using a Supercharger is free. The eight Superchargers are located in Germany, Holland, Switzerland and Austria trace a route along the German Autobahn (another six are in Norway) and Tesla says that by the end of March 2014, "50 percent of the German population will live within 320km [200 miles] of a Supercharger," with the rest covered by the start of 2015. The lowest-range Model S, the one with a 60-kWh battery pack, can go 230 miles on a charge, officially. Tesla says its Superchargers can add 170 miles of range in a 30-minute fill-up. You can see Tesla's future Supercharger plans here and find more details in the press release below. TESLA EXPANDS SUPERCHARGER NETWORK IN EUROPE Newly energized routes enable free, convenient long distance travel across DACH region and the Netherlands Tuesday, January 21, 2014 AMSTERDAM, the Netherlands – This week, Tesla officially opens new Supercharger locations connecting the Netherlands, Germany, Switzerland, and Austria. These newly-energized routes will enable Model S customers to enjoy free, convenient, 100 percent electric trips on the German Autobahn and to destinations in the Alps and elsewhere. Tesla's first six Superchargers were energized in California in September 2012, with the first network of European Supercharger stations opening in Norway less than a year later. As of today, 81 Supercharger locations are energized worldwide, with 14 locations in Europe. More than 11 million kilometers have been charged by Tesla Superchargers and nearly 1.13 million liters of gas have been offset. The accelerated energizing of Superchargers in Germany (Wilnsdorf, Bad Rappenau, Aichstetten and Jettingen), Switzerland (Lully), Austria (St. Anton) and the Netherlands (Zevenaar and Oosterhout) represents a new milestone in the expansion of the European network. In Germany, Superchargers connect Cologne, Frankfurt, Stuttgart and Munich. They also connect the German network to Amsterdam, Zurich, and Innsbruck. In the Netherlands, energized routes connect Amsterdam to Cologne and Brussels, and in Switzerland the stations connect Zurich and Geneva.
Tesla Model S is emissions-free burnout machine after pulling fuses
Thu, 13 Dec 2012Add one more feather to the proverbial cap of the Tesla Model S. Road & Track West Coast Editor Jason Cammisa figured out how to make the electric luxury sedan extra frisky and then set about nuking the rear tires with electric-motor torque.
"Holy hell there's a lot of torque here," Cammisa wrote in his notes after pulling a fuse that took the ABS, stability control and traction control offline. That fuse also took out the speedometer and air suspension - no big deal - but power steering and brake assist went out, too, making hooning a parking-lot-only affair.
The best part is that they shot a video to accompany the hijinks, so you can see for yourself how the Model S does. If you want to try it for yourself, just be careful.
The ugly economics of green vehicles
Sat, Sep 20 2014It's fair to say that most consumers would prefer a green vehicle, one that has a lower impact on the environment and goes easy on costly fuel (in all senses of the term). The problem is that most people can't – or won't – pay the price premium or put up with the compromises today's green cars demand. We're not all "cashed-up greenies." In 2013, the average selling price of a new vehicle was $32,086. The truth is that most Americans can't afford a new car, green or not. In 2013, the average selling price of a new vehicle was $32,086. According to a recent Federal Reserve study, the median income for American families was $46,700 in 2013, a five-percent decline from $49,000 in 2010. While $32,000 for a car may not sound like a lot to some, it's about $630 a month financing for 48 months, assuming the buyer can come up with a $6,400 down payment. And that doesn't include gas, insurance, taxes, maintenance and all the rest. It's no wonder that a recent study showed that the average family could afford a new car in only one of 25 major US cities. AutoTrader conducted a recent survey of 1,900 millennials (those born between 1980 and 2000) about their new and used car buying habits. Isabelle Helms, AutoTrader's vice president of research, said millennials are "big on small" vehicles, which tend to be more affordable. Millennials also yearn for alternative-powered vehicles, but "they generally can't afford them." When it comes to the actual behavior of consumers, the operative word is "affordable," not "green." In 2012, US new car sales rose to 14.5 million. But according to Manheim Research, at 40.5 million units, used car sales were almost three times as great. While the days of the smoke-belching beater are mostly gone, it's a safe bet that the used cars are far less green in terms of gas mileage, emissions, new technology, etc., than new ones. Who Pays the Freight? Green cars, particularly alternative-fuel green cars, cost more than their conventional gas-powered siblings. A previous article discussed how escalating costs and limited utility drove me away from leasing a hydrogen fuel cell-powered Hyundai Tucson, which at $50,000, was nearly twice the cost of the equivalent gas-powered version. In Hyundai's defense, it's fair to ask who should pay the costs of developing and implementing new technology vehicles and the infrastructure to support them.