ElectroSurf3r
10 W
Here is the first Super V vs. Clown Bike video, as promised! Sorry for the relatively poor video quality and angle, but you do get to see Super V completely school Clown on our favorite climb route. I also got all the CA numbers at the top on video, just for y'all.
[youtube]iU6Z5GG0D4c[/youtube]
This was both Dad's and Super V's first time up this route, and the road was wet. We also had some slow downs and a full stop in there. So this is nowhere near the numbers or speeds either are capable of reaching on this climb. In fact, Clown had a 4.3mph higher average speed in this video: http://endless-sphere.com/forums/viewtopic.php?f=6&t=37071&start=15#p563373
Here are Super V's numbers from the ride:
350 lb load
7.752 Ah
599.14 Wh
156.2 Wh/mi
4.0% Regen
65.1A Max Regen Current
221.5A Max Battery Current
70.6 Vmin
58.1mph Max Speed
29.8mph Avg Speed
29.8 avg mi/hr x 156.3 W*hr/mi = 4658W Average Power
221.5A x 70.6Vmin = 15.6kW Conservative Peak Power
221.5A x 74V = 16.4kW Probable Peak Power
Clown's numbers:
6.747 Ah
484.98 Wh
131.4 Wh/mi
1.0% Regen
57.0 Max Regen Current
132.0 Max Battery Current
67.8 Vmin
48.2mph Max Speed
29.8 avg mi/hr x 131.4 W*hr/mi = 3916W Average Power
132.0A x 67.8Vmin = 9.0kW Conservative Peak Power
132.0A x 73V = 9.6kW Probable Peak Power
The minimum voltages were seen towards the very top of the climb, but max power was reached near the beginning of the ride, which is why I included the "Probable Peak Power" calculation. And even those numbers are rather conservative.
More videos to come, as soon as I can post them.
[youtube]iU6Z5GG0D4c[/youtube]
This was both Dad's and Super V's first time up this route, and the road was wet. We also had some slow downs and a full stop in there. So this is nowhere near the numbers or speeds either are capable of reaching on this climb. In fact, Clown had a 4.3mph higher average speed in this video: http://endless-sphere.com/forums/viewtopic.php?f=6&t=37071&start=15#p563373
Here are Super V's numbers from the ride:
350 lb load
7.752 Ah
599.14 Wh
156.2 Wh/mi
4.0% Regen
65.1A Max Regen Current
221.5A Max Battery Current
70.6 Vmin
58.1mph Max Speed
29.8mph Avg Speed
29.8 avg mi/hr x 156.3 W*hr/mi = 4658W Average Power
221.5A x 70.6Vmin = 15.6kW Conservative Peak Power
221.5A x 74V = 16.4kW Probable Peak Power
Clown's numbers:
6.747 Ah
484.98 Wh
131.4 Wh/mi
1.0% Regen
57.0 Max Regen Current
132.0 Max Battery Current
67.8 Vmin
48.2mph Max Speed
29.8 avg mi/hr x 131.4 W*hr/mi = 3916W Average Power
132.0A x 67.8Vmin = 9.0kW Conservative Peak Power
132.0A x 73V = 9.6kW Probable Peak Power
The minimum voltages were seen towards the very top of the climb, but max power was reached near the beginning of the ride, which is why I included the "Probable Peak Power" calculation. And even those numbers are rather conservative.
More videos to come, as soon as I can post them.