Transportation is not just about moving goods from point A to point B. Transportation is about traveling from point to point.
The Tesla Model 3 is the perfect vehicle for that purpose.
The Model 3 has been named by Transportation Secretary Anthony Foxx as one of the top 10 transportation innovations of the decade.
It is also the first vehicle in history to be offered with a self-driving capability.
It also has the most advanced autopilot technology in the world, capable of autonomously steering itself.
And it is the first car in history that is fully autonomous with no human input.
The self-parking system is built into the roof of the Model 3, and it makes a large space in the trunk for the Model S. The system is similar to the technology used in the Mercedes-Benz C-Class sedan, which debuted in 2017.
The key difference between the Model X and the Model Three is the use of battery storage instead of a traditional gas tank.
The batteries are charged by the vehicle’s electric motors and then stored in the car.
They last for up to six years.
Tesla Motors has said that the Model Model 3 can go up to 100 miles per charge.
That’s longer than the Tesla Model S, which goes up to 75 miles.
In the Model 2 and Model 3 and in the Model 4, battery storage was used as a way to reduce the overall weight of the car by up to 30 percent.
The battery in the Tesla 3 weighs 3,100 pounds.
The company also said that it has built in a front trunk lid for storing the battery, which is similar in size to a trunk lid used on an SUV.
The trunk lid also holds the electric motors that power the Model III.
It has been designed to fold in half to accommodate the Model A battery pack, which holds the Model B battery pack.
The rear of the trunk lid has been redesigned to be able to fit a small refrigerator.
This new design allows for easy storage of the battery and the Tesla battery charger, which can recharge the batteries while the vehicle is in motion.
The design of the front and rear trunks is a departure from the Model G, which had an electric trunk that was designed for the Mercedes Benz SL, a vehicle that was not intended for the speediest driving conditions.
This design of Tesla’s Model 3 trunk design differs from that of the Mercedes SL, which was designed to go as fast as possible, and also included a rear door that could be opened by a child.
The new trunk lid can fit the Model C battery pack which is used in a Tesla Model X, the company’s electric car.
The front trunk is connected to the trunk on the right by a metal bracket that is attached to a steel cable.
A cable from the battery charger is attached.
The cable from Tesla’s electric battery charger connects to the cable that connects the battery to the car, and the battery is charged by a computer.
The back trunk has a similar design to the Mercedes.
The bottom of the Tesla trunk is made from a thin sheet of aluminum, but the trunk roof is made of a material that is known as “electrochromite.”
Electrochromite is used to make a car that can withstand extreme temperatures.
Tesla’s electrochromite was developed to withstand temperatures as low as -20 degrees Celsius (-40 degrees Fahrenheit), which is about as cold as a car could go.
The car can go from zero to 60 mph in 4.4 seconds, which sounds impressive until you consider that the car is designed to reach speeds of nearly 100 mph in just under 10 seconds.
Tesla says that the Tesla is the world’s fastest electric car and that it will go up against a Porsche 911 Turbo and a Nissan Titan X. The Nissan TitanX has been out for a while and will go on sale this year.
The Porsche 911 was built by Porsche and sold by General Motors.
The electric Nissan Titan will be available in 2019 and is currently on sale for about $100,000.