Click above for high-res gallery of the flying car from Milner
Our environmentally-attuned brethren at AutoblogGreen pointed us into the lower hall of the Javits Center to check out something they knew we'd love. After wading through the trucks and specialty makers on hand, we reached the Milner Motors booth. To one side was the Milner Motors ElectriCar. Across from it was the Milner Motors AirCar, which was what we came to see. Essentially the same as its electric vehicle, the flying car adds a set of wings and twin engine nacelles that theoretically supply enough thrust and lift for 1,000 miles of flight at 200 MPH. When earthbound, the wing package folds up and the car's 40-hp electric motor powers it up to 85 mph thanks to its light weight and great aerodynamics (the cd is only .209). This particular one is a non-functioning prototype, but we think we'll toss it off the roof of the Empire State building to test its glide prowess. We can only guess how much fun this thing might be if we could figure out a way to use those jet engines and their extra 300 hp to power this 1,800 lb. missle on the ground.
Our environmentally-attuned brethren at AutoblogGreen pointed us into the lower hall of the Javits Center to check out something they knew we'd love. After wading through the trucks and specialty makers on hand, we reached the Milner Motors booth. To one side was the Milner Motors ElectriCar. Across from it was the Milner Motors AirCar, which was what we came to see. Essentially the same as its electric vehicle, the flying car adds a set of wings and twin engine nacelles that theoretically supply enough thrust and lift for 1,000 miles of flight at 200 MPH. When earthbound, the wing package folds up and the car's 40-hp electric motor powers it up to 85 mph thanks to its light weight and great aerodynamics (the cd is only .209). This particular one is a non-functioning prototype, but we think we'll toss it off the roof of the Empire State building to test its glide prowess. We can only guess how much fun this thing might be if we could figure out a way to use those jet engines and their extra 300 hp to power this 1,800 lb. missle on the ground.
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