Tube bracket to hold a 20mm (OD) tube in the Flexacopter. Holes are for m3 bolts. Plate distance is about 22mm after clamping the tube.

Module 0.5
Pressure angle: 25°
Teeth: 10
Primitive diameter: 5mm
Overall diameter: 6mm
Teeth height: 4mm
Bore diameter: 2mm

"Decepticon Logo" Software: 3Ds Max 2013, KeyShot 4 Pro. Hardware: Intel DX79SI, i7-3960X, 64GB RAM, GeForce GTX 690. See full work at: http://bit.ly/ZjjrA6

Motor mount for an automated Etch-a-Sketch

Rover ver 6.0, antenna's gear holder, Team Plan B, Googe Lunar XPRIZE. For rover require -2 For ground station - 2 http://www.adobri.com/ProjectVe.aspx

Rover ver 6.0, antenna's gear holder, Team Plan B, Googe Lunar XPRIZE. For rover (model) require -2 For ground station - 2 http://www.adobri.com/ProjectVe.aspx

Rover ver 6.0, part of the frame, Team Plan B, Googe Lunar XPRIZE. For rover (model) require -2 for ground station requare -2 http://www.adobri.com/ProjectVe.aspx

Arm Base component of the Serenade Project

***THIS MODEL IS UNTESTED, PURCHASE AT YOUR OWN RISK!*** A connector ramp for Metrotitan/Metroplex to allow him to connect with Micromaster bases. ***THIS MODEL IS UNTESTED, PURCHASE AT YOUR OWN RISK!***

This is a small bracket intended for attaching LED lights to a Quadcopter frame that uses square aluminum booms. It will hold two 5mm LEDs, one at 90 from the boom and one at 45 degrees. It can be attached with a single screw/bolt or a zip tie (the notches are to keep it from slipping out from under the zip tie). Set of 4.

A note regarding ordering in the "polished" materials. The Polishing process enlarges the holes a very small amount. While most 5mm LEDs will still friction fit into them, a dab of hot melt glue may be required to keep them from vibrating loose.

1 required for whole assembly This is the 'wrist' of the bob

I designed this wheel pod for use with a 40 mm diameter tire with a width of 15 mm or less. The axle hole is 1 mm to mark the bottom most point for the axel of CF rod or equivalent music wire. The exact dimensions of the wheel well is 43 mm length by 17 mm wide with the hole 25 mm from the top plate. This should allow plenty of clearance for a light weight foam wheel. and provide a scale appearance for a larger glider/ sail plane estimated weight is 11 grams I used a 1.5 inch Dave Brown "Light Flight" wheel and all up with 3m adhesive it weighs 16 grams I drilled out the mounting hole to make a perfect fit for my axle and used card stock as a spacer to keep the wheel centered. I used a Plastic safe CA to fasten the axle to the holes. The foam wheels I based this design off of are available here http://tinyurl.com/40mmtire

1 required for whole assembly This is the tip of the thumb of the bob

A mount for attaching a C500 Series Logitech Web Camera to a RC servo.

Arduino DFRobot LCD Shield - frame For panel mount -

1 required for whole assembly This is the middle, thumb bone on the bob

1 required for whole assembly This is the pinky-knuckle joint of the bob

1 required for whole assembly This is the half of the palm that supports the pinky and the 3rd finger of the bob

1 required for whole assembly This is the 'saddle joint' of the thumb that gets installed into the palm

1 required for whole assembly This is the first bone of the pinky, just off the pinky knuckle

1 required for whole assembly This is the bottom, thumb, long-bone just attached to the saddle joint

This is the cylinder part of a kind of sensor that is not so easy to find on the net, i just wanted to read my muscle status by their toughness variation, the possible applications are many.
Keep in mind that this sensor (HS1) could work as could not, I haven't tried it because although its concept is more advanced then the HS2 one, it is more expensive, and i need lots of these things. Use HS1 if you need accuracy.
Please do not order it in any metal, sandstone or glass material.

Works with any IR transmitter and IR receiver photodiode that you manage to push in it, you could try BP 104 FAS on the cylinder and SFH 421 as emitter on the piston

Remember that the system works by measuring the distance between the top of the cylinder and the top of the piston by the radiant flux seen by the photodiode, and not by the time passed between emission and reading.

One more thing.. to use this sensor you have to keep it on your skin, so before you order it you should make sure that it has the right junction.