The Mercedes-Benz Sprinter is a perfect example of a vehicle that is meant for long-distance, high-speed driving. Despite the fact that it’s the same vehicle since the 1960s, it has a lot more character than the one that came before it.

Mercedes-Benz Sprinters are among the most recognizable vehicles in the world. However, they are also among the least desirable. This is because they have no real value for the average American. Mercedes-Benz engineers have created many wonderful cars, but they haven’t given them a high enough resale value to make them attractive as vehicles. The Sprinter is intended to be a vehicle for long-distance, high-speed driving.

The first Sprinter, the 1972 model, was a very fast car. It was built for the European market and it was the fastest car on the lot at the time. In the United States, the first true Sprinter was introduced in 1974. It was a mid-size car, and its design was such that it did not meet the high standards expected in a high-performance car.

It’s been a long time, but the car that took the world by storm in the 1970s was, ironically enough, a car from the 1970s. It was the Mercedes-Benz Sprinter. In fact, the word “sprinter” comes from the name of the car’s engine, the Daimler A200. It could get from zero to 60 miles per hour in 4.5 seconds, and the car was the fastest in its class.

It was also a car that was so fast that it would have probably been the fastest car on the planet. The Mercedes-Benz Sprinter was one of the most powerful cars in its class, with a power-to-weight ratio of 50:1 and a top speed of 204 mph. The car was the fastest car on the planet for the first 5 years of its production run, and the first car in the world to have a fuel consumption of 95 m.p.h.

It also was the first car to use 3D printing to create a steering wheel, which is very cool. It also was the first car that used an electromagnet to activate an electric motor, which is pretty cool, too.

That’s because it’s an electric car, which basically means you get to drive around with no motor. The Sprinter uses an electric motor to propel it through the air. It’s got a massive amount of power, so it can produce a ton of torque at low speeds. But there’s no need for that with a supercharging system that can give the motor a charge when you need it.

The Sprinter has an amazing top speed of 80 MPH and a top acceleration of 8.3 MPH. Its a great little car to drive around town, as well as in the mountains. The power and torque of the Sprinter’s motor is actually very similar to the Tesla’s. Tesla uses a similar system in their cars to recharge their batteries during times of low usage, which the Sprinter does too.

It’s really interesting that the Sprinter is using a similar technology to Tesla’s, because if that is true then a lot of other cars are using this same technology. This is an example of a car company moving into a new niche with a product (electric cars) that is already very well established.

Another cool thing about Sprinter is that it is actually a hydrogen fuel-cell vehicle. The Sprinter uses an electric motor paired with a battery of hydrogen fuel cells to power the car. The fuel cells will give the vehicle the ability to travel for miles on its own. These cars are already very well established, so they’ll definitely be a hit as the carmakers continue to refine and release more and more fuel-cell vehicles.