Rock The Bike:
Cheering for Peace & Love on the sLEDgehammer.
Rock The Bike:
When you win the game, the river comes to life, flowing away from you. Then the Peace & Love sign illuminates.
Rock The Bike:
The view while pedaling this custom sLEDgehammer courtyard installation.
Rock The Bike:
The pedaler has the best view.
Rock The Bike:
Go for it
Rock The Bike:
Huge energy release when she beat the game and the river came to life.
Rock The Bike:
The celebrations were pretty sweet when the Peace & Love sign illuminated.
Rock The Bike:
Tom rocking the bike at the Packard Foundation's holiday party.
Rock The Bike:
By the end of the night kids were running along the river chasing the animation.
Rock The Bike:
There was a difficulty knob. Depending on who was pedaling, I might make the game a little easier. If a kid came up 3 or 4 times and I'd been making it easier every time, I'd give them a chance to feel it regular, which might mean letting them lose.
Rock The Bike:
Alice beats the sLEDgehammer.
Rock The Bike:
Heels, boots, whatever.
Rock The Bike:
In this sLEDgehammer, the blue zigzags away from the bike, then lights up the Peace & Love banner.
Rock The Bike:
That's Bike Love
Rock The Bike:
The bars on the right are the Challenge Section of the game. You have to pedal hard to raise them to the top, then all the energy you've built up gets unleashed in a dazzling Reward Sequence.
Rock The Bike:
'nother view
Rock The Bike:
If you buy a Pedal Power system from Rock The Bike, we will ask Wilson to put the hurt on it before it leaves our shop.
Rock The Bike:
Oakland Shines' new Energy Efficiency Outreach rig: A Fender Blender Pro with custom-branded wheel covers and the sLEDgehammer, an interactive LED power display.
Rock The Bike:
The sLEDgehammer uses columns of light to indicate power effort. To light up all six columns you need to hit 200 watts of effort. If you hit 500 watts of effort, the lights will sputter and a special circuit will trigger a small smoke bomb.
Rock The Bike:
Testing sLEDgehammer circuit by powering Rock The Bike's Stage Lighting Panels
Rock The Bike:
sLEDgehammer!
Rock The Bike:
A customized version of our Pedalometer: This Food Energy Understander, getting shipped to the Peabody Museum at Yale University.
Rock The Bike:
Jake dialing the Arbduino Pedal Power micro-computer for use with the sLEDgehammer interactive light display.
Rock The Bike:
Concept for clamshell sLEDgehammer display, enabling more columns of light to be visible while keeping the self-contained nature of a tube.
Rock The Bike:
At Oakland's Frank Ogawa Plaza, helping Oakland Shines get the hang of their new Energy Efficiency Outreach rig.
Rock The Bike:
Late night clowning with the components of the sLEDgehammer.
Rock The Bike:
Halogens point to the ceiling making a festive prize for the highest exertion levels.
Rock The Bike:
300 Watts of traditional incandescent bulbs, then 150W more of halogens, come on when you reach the highest voltage levels.
Rock The Bike:
2000 mF capacitor does almost nothing to change the Pedal Power dynamic of the sLEDgehammer but looks impressive.
Rock The Bike:
sLEDgehammer connector electrically joins top and bottom tube. There's one of these for stage 1 and 2 lighting.
