I can't believe a tech oriented writer did not call out all the BS in this introduction. This isn't even close to the first of its kind.
I don't believe that even under the best of circumstances even a geared hub drive generates 100nm's of torque. Two motors running 100nm's does not equal one running 200 anyway. Most importantly, when you need it, you are looking at a "combined" torque of closer to 60nm's. That would be the same as a mediocre mid-drive that can access its torque more easily by gearing down (lighter weight and better balanced as well).
All motors prefer to run at high rpms (15-30k). They loose power when loaded. That is when you need that extra torque.
Aircraft or not, we have not used straight gauge aluminum on quality traditional bikes since the late 80's! It is heavy, dull handling and buzzy. Square tubing, as in that rear triangle, is worse. Why not hydroformed and butted?
There's a good reason mtb's don't use fat tires and it is not just speed and certainly is not weight. They dive, extending stopping distances and squirm in turns. Put those knobs on a solid surface (even hard pack) and hit a small imperfection, it will both squirm and dive, especially if you hit your brakes. Suspensions magnify these problems. Sooner or later Consumer Protection will have to address this issue.
Those brakes were designed for much lighter bikes, traveling at lower speeds and carrying an athlete. They were designed for this kind of weight, speed or old fat guys like me that are likely the only ones who can afford this bike. Never buy an e-bike that does not look like the traditional bike you would choose for the same ride.