Extrusion & Structure
This bracket was originally created to mount the many variants of the Sport Gearbox but has proved to be a very versatile mounting bracket. Any motor or gearbox with a 2-inch diameter bolt circle can be mounted in this bracket. The center hole is sized to locate the 1.5 inch outside diameter of a Blue Sport gearbox.
This slider block is used in pairs in the Climber in a Box to help the box tubes slide with minimum friction. This Clamp Slider Block is sized to be placed around the outside profile of 1.5 in. Box Tube.
This slider block is used in pairs in the Climber in a Box to help the box tubes slide with minimum friction. This Clamp Slider Block is sized to be placed around the outside profile of 1 in. Box Tube
This slider block is used in pairs in the Climber in a Box to help the box tubes slide with minimum friction. This Inside Slider Block is placed inside of the Bearing Kits, facilitating the motion.
Specifically designed for FTC, (though not limited to FTC), this remarkable system is a quick way to execute a controlled extension. Each stage of the Compact Linear Slide is controlled by a pulley system that can be rigged to power both extension and retraction
Tube plugs are a great way to interface 1x1 and 2x1 box tube with other surfaces. They are especially good when clearance is an issue and gussets aren't an option. To use, drill a hole in the box tube, line the threaded portion of the Tube Plug up with the hole, and insert your fastener.
Tube plugs are a great way to interface 1x1 and 2x1 box tube with other surfaces. They are especially good when clearance is an issue and gussets aren't an option. To use, drill a hole in the box tube, line the threaded portion of the Tube Plug up with the hole, and insert your fastener.
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-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-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
These plates are included in the 2024 KitBot. Made from 0.125 in. Aluminum, these Plates are used for various structures throughout the KitBot.
Quantity of each plate included in the 2024 KitBot:
These plates are included in the 2024 KitBot. Made from 0.125 in. Aluminum, these Plates are used for various structures throughout the KitBot.
Quantity of each plate included in the 2024 KitBot:
CAD File(s)
am-5294 KitBot 2024 Top Corner Bracket.STEP
These plates are included in the 2024 KitBot. Made from 0.125 in. Aluminum, these Plates are used for various structures throughout the KitBot.
Quantity of each plate included in the 2024 KitBot:
CAD File(s)
am-5294 KitBot 2024 Top Corner Bracket.STEP
am-5295 KitBot 2024 Motor Mount Plate.STEP
am-5296 KitBot 2024 Tube Mounting Plate.STEP
This 2.5in. long standoff allows you to place two components 2.5 in. apart. This standoff is partially threaded on both ends.
Since it has a 0.5 in. Hex OD it can also be used as a hex shaft with hex bearings.
This Rod is used in the 2024 Everybot Intake to guide the NOTE properly into the intake.
This product is an easy to use flange mount for your 57 or CIM Sport gearboxes. This high strength aluminum plate allows you to face mount your gearboxes without precise machining required - simply match drill the two mounting holes into your mechanism, and then drill a clearance hole for the hex shaft to pass through. Boom, done.