@The Toecutter Whoa! Those speeds are insane. I am a speed fiend, i'd probably end up killing myself bombing down a hill in one of those. If I ever see one now im gonna try and race it to see what it do. Hills do not sound fun. How much does that bad boy weigh? Really cool bike i love it.
If you race one, in all likelihood, it will be piloted by some feeble old man wealthy enough to afford it, and he will completely smoke your ass, even if you race bicycles professionally for a living and are extremely strong. Sure, you might initially gain tens of feet over some feeble 70-80 year-old man that could barely walk, but he will eventually get up to 30+ mph and overtake you, because he will be able to hold that speed for minutes at a time.
The power required to overcome aerodynamic drag varies as a cubic function of velocity, and aerodynamic drag accounts for most of a ground vehicle's load at anything over about 15 mph. Double the speed, and you require 8 times as much power to overcome wind resistance. On a normal bicycle, this adds up quickly, because it has about as much overall wind resistance vs. speed as a compact car. That Milan has about 1/10th the aerodynamic drag of a normal bicycle. This is how that is possible. I'm probably one of the youngest owners of such a vehicle in the U.S. and I'm in my 30s. I'm not a professional bike rider, but I am fit, and that's enough to hit those speeds. On a normal upright road bike, I can hit about 30 mph in a sprint on flat ground. Do be aware that recumbents work different leg muscles than upright bikes, so it isn't exactly an apples to apples comparison.
The Milan weighs about 70 lbs. I typically carry 12 lbs of tools/spare parts, a 7 lb jug full of water, and 2-3 lbs of food.
My custom-built electric velomobile that I designed from scratch, not pictured in this topic, weighs 91 lbs, batteries, electric motor, and other parts included.
I love riding them high on drugs.