Here are some pics from the last two rides I took on my TW. First set of pics is the ride home from my brother's house via back roads, after my stator got caught by the rotor and tore up all sorts of stuff and we put it all back together with parts from a '98.
This is a nice little pond. Called the wife from here (last point of cell reception before home) and told her I took "the back way" and since this was a test ride, if she didn't see me in a couple hours she better come looking
My ugly mug, having a good time
Shortly before that last pic, I dumped the bike for the first time while riding. Was on a dirt road in some deep forest where the sun could not penetrate the evergreens, with about 2-3" of solid ice covering the entire road. Front tire caught a rut and down we went at low speed. I was able to merely step off the bike, and the tusk handguards and passenger peg took all the impact, leaving the bike without any damage. Sweet!
The next day after work though, decided to go on a 100mile loop from the house through some remote areas, but on pavement due to the nasty conditions in the woods.
YAYYYYYY riding again!
The main purpose of this trip was to shake down the bike.
Secondary purpose was to tour one particular road that follows The Raquette River here in Upstate NY. This river has a succession of 15 dams owned by Brookfield Power. Thirty of its plants are located in the St. Lawrence region, which includes St. Lawrence and Franklin counties. Those 30 plants feature 55 hydropower turbines with a generating capacity of 223 megawatts (!!!).
Here is a picture of the bike next to a penstock for the first dam encountered on the road (depending on travel direction of course)
And the powerhouse:
<knowledge break>
There is a dam at the top of the penstock, which raises the water level in the river. The energy from water flowing downhill through the penstock is converted to electricity to power our homes by spinning a turbine in the powerhouse. To make hydropower, you need "head" (elevation change) and "flow." The vertical drop creates pressure at the bottom end of the pipeline. The pressurized water emerging from the end of the pipe creates the force that drives the turbine. More flow or more head produces more electricity.
After poking around the powerhouse (there are cameras watching your every move, now... those were never around before...) I went up the road a bit, and took the access road to the dam.



This is a nice little pond. Called the wife from here (last point of cell reception before home) and told her I took "the back way" and since this was a test ride, if she didn't see me in a couple hours she better come looking



My ugly mug, having a good time

Shortly before that last pic, I dumped the bike for the first time while riding. Was on a dirt road in some deep forest where the sun could not penetrate the evergreens, with about 2-3" of solid ice covering the entire road. Front tire caught a rut and down we went at low speed. I was able to merely step off the bike, and the tusk handguards and passenger peg took all the impact, leaving the bike without any damage. Sweet!

The next day after work though, decided to go on a 100mile loop from the house through some remote areas, but on pavement due to the nasty conditions in the woods.


YAYYYYYY riding again!

The main purpose of this trip was to shake down the bike.
Secondary purpose was to tour one particular road that follows The Raquette River here in Upstate NY. This river has a succession of 15 dams owned by Brookfield Power. Thirty of its plants are located in the St. Lawrence region, which includes St. Lawrence and Franklin counties. Those 30 plants feature 55 hydropower turbines with a generating capacity of 223 megawatts (!!!).
Here is a picture of the bike next to a penstock for the first dam encountered on the road (depending on travel direction of course)

And the powerhouse:

<knowledge break>
There is a dam at the top of the penstock, which raises the water level in the river. The energy from water flowing downhill through the penstock is converted to electricity to power our homes by spinning a turbine in the powerhouse. To make hydropower, you need "head" (elevation change) and "flow." The vertical drop creates pressure at the bottom end of the pipeline. The pressurized water emerging from the end of the pipe creates the force that drives the turbine. More flow or more head produces more electricity.
After poking around the powerhouse (there are cameras watching your every move, now... those were never around before...) I went up the road a bit, and took the access road to the dam.