All that electronic gadgetry is really nice when it is working but how many years down the road and how much abuse will it take before it starts to wear and tear? Takes pretty good engineering and specs, like airplane quality stuff imo. Mechanical is much easier to engineer.
I wish these youtube reviewers or someone would calculate CoG on their test bikes, that would eliminate a lot of this fluff going on. That can be calculated simply with a couple scales and a way to lift one wheel a determined height off the ground. This would show the weight and height of the CoG and distance between the wheels. Like a set of race scales and a 4 post lift, which I don't have anymore. And do this with a predetermined amount of fuel that all bikes have the ability to carry would take that variable out of the equation.
Another thing I wish they would include is power under the curve available. If someone would use a predetermined rpm range, say from 3000 to 7000 or whatever that would be acceptable to use on all models, or maybe two ranges, 3-7k, and 5-12k rpm. That might eliminate or bring light to this horsepower race. Which brings up another point. Some of these bikes verge on the need to use race gas to make the power available, and I'll bet some of the fuel/dyno graphs used oxygenated fuels. So someone proud of their high hp bike might not be making that power on 91 octane. And the ability to use 87 octane to power around is more appealing to myself than paying an extra $.90 a gallon for hp I won't use unless I rev the thing to 7k or above.
And if a person would look at the stroke of the crank they can tell where the power is going to be made, The super ten with its 80mm stroke makes the power at a lower rpm, which might be more useable to some.
Okay, I'm done. Caffeine refill please.
Still haven't bought my Tenere, but I'm this close...