Well?.....Don't leave it there, Martin - 'Zackly What is the difference?
You're in prime position to to give us a subjective opinion on wot's wot, as far as a torque sensor's effect on assistance:
Uphill, mind!
Graphs would be great
Hi guys,
So say, for example the Panasonic torque sensor. This sensor is one of the most advanced and accurate on the market today. Unique to the Panasonic drive system it offers a smooth, natural ride that you simply can’t find anywhere else.
The sensor picks up pressure from the pedals. A small coil mounted around the axle picks up deflection in the axle and transmits power accordingly.
The more you press down on the pedals the more power it transmits. This all happens in the blink of an eye, resulting in a smooth application of power. When you get to a hill, it automatically gives you more assistance as the pressure on the pedals increases.
This sensor is also ‘non-contact’. This means that as you ride it doesn’t generate any drag, so your pedalling motion is just like that of a normal bike. The whole sensor unit is sealed within the motor, meaning it will give you years of reliable use, totally unaffected by adverse weather and dirt.
Basically all this gives a really natural feel to the bikes overall ride, no surging, easy climbs and most of all a reliable drive. It also allows you to effectively use the gears along with the drive. Also because it is such a smooth application of power it really makes a difference when on sloppy terrain as you will find it hard to spin the wheels up.. Even under load.
Really it doesn't matter how much I explain them it all comes down to giving me a visit and actually riding the bikes for your self. This is the unltimate test!
I have a nice 'steep' hill locally which is nice to try..
Regards
Martin