36v (modified) Razor e300 (stock controller & motor)

This is my razor e300 (version 35) scooter. I added a 12v battery to make it go around 20mph. The controller and motor are both stock parts (24v, unchanged). You can charge it with a 24v charger. Speed is controlled with the two DPDT switches, both allowing a bypass of one battery each, giving the scooter two 24v settings (two different combinations of batteries) and one 36v setting (all three batteries, no bypassing). The scooter MUST be started on a 24v setting. The lights are made to run on ~24v. 36v upgrade cost: ~$50 -solder, wire, tape (thanks RadioShack) Battery: www.radioshack.com DPDT switches: www.radioshack.com

Homemade wire based controller for a car

Creating a wire controller for a car using DPDT switches. This is a instructional video on the technical reference site DI Tech DIcoded at tech.texasdi.org

SNES video controller

For more info on what this is, and how to make it go to www.instructables.com

Animatronic Parrot Automation Test (..using PicoBoo-Plus prop controller)

Video upload for a client.. Automated Animatronic Parrot test using the PicoBoo-Plus-Prop-Controller (triggered from a RemoteTec "8-channel wireless remote relay system" from.. www.rfremotech.com) The remote system triggers larger DPDT-relays that run 12volt-dc McMaster-Carr gearmotors back and forth to their limit-switches.. and the Prop-Controller simply triggers 4 channels on top of the remote-board ..I figured I'd connect the Prop-Controller to channel-8 on the romote-system ..bUT once you trigger the PicoBoo it doesn't stop running till the loop runs out so maYbe I shouldn't make it so easy to start. created by Chris Hillman at.. http