Pixy2 is smaller, faster and more capable than the original Pixy. Like its predecessor, Pixy2 can learn to detect objects that you teach it, just by pressing a button. Pixy2 has new algorithms that detect and track lines for use with line-following robots. The new algorithms can detect intersections and “road signs” as well. The road signs can tell your robot what to do, such as turn left, turn right, slow down, etc. And Pixy2 does all of this at 60 frames-per-second, so your robot can be fast, too.
This item can only be purchased in multiples of 25
These blind steel rivets are a perfect, strong choice for creating frames when using our 1in. Gussets paired with up to .125" wall aluminum tubing. These steel rivets won't let you down when you need them most!
#10-32 x 0.5 in. long Socket Head Cap Screw
Specifications:
Aluminum Clamp On Shaft Collar, 3/8" Hex Bore This is a wide, heavy duty, collar clamp. Specifications:
This new custom designed collar clamp has been designed specifically with FIRST Robotics Competition teams in mind. This product is Out of Stock until Mid March
We are pleased to offer these new gussets that are suitable for 1" based building systems. These thoughtfully designed gussets are made from 1/8" thick 6061-T6 aluminum, which is a much stronger material than other 0.09" 5052 gussets. All of these framing gussets feature a 1" linear hole pattern, with holes suitable for either #10 screws or 3/16" rivets.
On all of the angle gussets, a generous radius was used on the inside corner for maximum strength. The various angle gussets, along with the quad and tee gusset are used together to create structures and sub-assemblies for your robot. Our bearing and Sport gussets are perfect building blocks to create a massive variety of mechanisms and assemblies to suit your needs.
Layout Print(s)
am-3860 90 Gusset REV2.PDF
am-4158 1IN Tee Gusset.PDF
am-4159 1IN Quad Gusset.PDF
am-4160 1IN 30deg Gusset.PDF
am-4161 1in 45deg Gusset.PDF
am-4162 1in 60deg Gusset.PDF
am-4163 1in 120deg Gusset.PDF
am-4164 1in 135deg Gusset.PDF
am-4165 1in 150deg Gusset.PDF
am-4166 1IN Sport Double Bearing Mount.PDF
am-4167 1IN 57Sport Side Mount Gusset.PDF
am-4168 1IN Bearing Side Mount Gusset.PDF
CAD File(s)
am-3860 90 Gusset REV2.STEP
am-4158 1IN Tee Gusset.STEP
am-4159 1IN Quad Gusset.STEP
am-4160 1IN 30deg Gusset.STEP
am-4161 1in 45deg Gusset.STEP
am-4162 1in 60deg Gusset.STEP
am-4163 1in 120deg Gusset.STEP
am-4164 1in 135deg Gusset.STEP
am-4165 1in 150deg Gusset.STEP
am-4166 1IN Sport Double Bearing Mount.STEP
am-4167 1IN 57Sport Side Mount Gusset.STEP
am-4168 1IN Bearing Side Mount Gusset.STEP
This is the "500EX Hex Hub" the bore is a 1/2" Hex Hole. It is a slightly different version of the 500 Hex Hub. It is manufactured differently, as it is extruded. Also, there is a 1.124" diameter boss on each side of the hub flange, providing a location for 1.125" bore flat sprockets. Are you having a hard time keeping your sprocket concentric with your hub? This hub is the trick.This is the hub featured in the 2014 and 2015 Kit of Parts Drive Chassis and fits all AndyMark wheels. Specifications:
This updated version of the AndyMark 775 RedLine Motor is an even faster and more powerful version of this popular 775-class motor platform. With a power rating of up to 363W, this motor is capable of delivering even more immense power in the same small lightweight package over the previous version. This ball-bearing supported, air cooled motor is best used in high-speed applications where the motor will not be stalled for long periods such as shooters, conveyors, and intake mechanisms. With sufficient care and attention to your application's traction limit, this motor can be effective in FRC drive applications as well.
This variation of the RedLine comes with a 12 tooth, 32 DP pinion already pressed on allowing this motor to be installed into EVO Slim 4 RedLine, EVO Shifter 4 RedLine and DeCIMate gearboxes. Not only does this take the risk of damaging the motor during pinion installation out of your hands, it also means that this counts as a COTS part in FRC, and bringing these as spares to your competition won't count against your weight allowance for 2019.
Product Usage: Motors need air flow to keep cool. A hot motor won't last nearly as long, or deliver the power it once did new. To keep a RedLine cool and in great shape, use a 775 Vent Plate Spacer, am-3650 when mounting to a custom gearbox. All of our gearboxes that use this motor have vent plate spacers included with your purchase or include sufficient venting machined in.
Useful Additional Parts:
Motor has the following information laser etched on the flux ring: Manufacturer Part number: DF-30F-2003 Logo: AndyMark Logo AndyMark Part Number: am-3775a Voltage: 12VDC Date Code: YYWWD
am-3775a_12T 775 RedLine with 12T Pinion.STEP
am-3775a_12T 775a RedLine with 12T Pinion.PDF
This motor is often used in power seats for raising the seat up and down. It is perfect for precise positioning and not back driving when power is cut. This motor features an integrated hall sensor to enable accurate positioning feedback. The wire harness can be purchased individually as am-3548 and the motor can be purchased individually as am-3493.Usage:WPI has some great documentation on how to interface and mount this motor. http://wpilib.screenstepslive.com/s/4485/m/63630/l/679357-bosch-seat-motorSpecifications:
Everyone's favorite motor for indexing, and small jobs in tight spaces, is back with everyone's favorite shaft, 1/2 in. hex!
This motor and gearbox combo originally came from a snowblower assembly, but now has a custom shaft just for FRC. Use our half inch hex hub or a 1/2 in. hex bore wheel to transfer power directly, or sprocket and chain to drive the mechanism of your dreams! The shaft also now has a #10-32 hole in the end for easy hub/sprocket retention.
Add vision to your PRIZM®-controlled robot! This adapter enables easy attachment of a Pixy2 camera to your TETRIX® robot as it includes a port for connection to a PRIZM controller with the provided sensor extension cable.
Vision sensors like the Pixy2 camera are useful for all kinds of robotics applications and tasks. Making navigation decisions, tracking and sorting objects, identifying patterns, avoiding obstacles, and detecting motion are just a few examples of how vision can enhance a robot. The Pixy2 camera can recognize objects based on color, has an advanced line-tracking algorithm that even allows for navigating intersections, and can be used as a color sensor to determine the RGB value of an object. To accomplish these and other tasks, Pixy2 provides lots of data to the PRIZM controller.
It’s easy to incorporate the Pixy2 sensor into your coding lessons using the free, downloadable Pixy2 Camera TETRIX Extension Activity, which follows the format of the PRIZM Programming Guide. Extend learning with the free downloadable Robotics Engineering Challenge. Both are available in the Resources section of this page.
The Pixy2 camera, PRIZM controller, and TETRIX set are not included.
