VEX V5

VEX angle without slots, typically used for structural framing. Can be cut on 0.500" increments Made from cold rolled steel, 0.046" thick, zinc plated All items are (4) to a package

VEX angle without slots, typically used for structural framing. Can be cut on 0.500" increments Made from cold rolled steel, 0.046" thick, zinc plated All items are (4) to a package

Use these extension cables to extend the length of your motor, sensors, and other electronics wires

Because that wheel isn't going to drive itself. Give your motors something to turn with VEX EDR Drive Shafts. Want a smoother ride? Use Bearings and Shaft Collars to keep your mechanisms and wheels moving smoothly, and locked into place. Use spacers if certain parts of your robot need to be properly positioned, or you need to add space between metal.

A standoff is used in mechanics and electronics to separate two parts from one another while creating a rigid connection. All VEX Standoffs have 8-32 threads.

Hex size is 0.250in across the flats

Light weight aluminium

All VEX Standoffs have 8-32 threads

Supplied in packs of 4

Gears are one of the primary sources of power transmission in VEX EDR. We offer a variety of both normal and high strength gears, that come in a multitude of shapes and sizes. Start with a simple project like building a gear reduction, and work your way up towards building more complex mechanism such as a differential for a drivetrain. More information on gears and power transmission can be found in theVEX EDR Curriculum. Note:We are currently transitioning our stock of 84T gear packs (276-3438) from Green to Red gears. You are not guaranteed to receive the color shown in the product photos.

Because that wheel isn't going to drive itself. Give your motors something to turn with VEX EDR Drive Shafts. Want a smoother ride? Use Bearings and Shaft Collars to keep your mechanisms and wheels moving smoothly, and locked into place. Use spacers if certain parts of your robot need to be properly positioned, or you need to add space between metal.

Thesechain linksfromVEXcan be combined in any desired lengths to form a chain up to 48 inches. The chain can be used as part of a robotics design project or in a range of other applications. Suitable for use with VEX Sprocket ; Chain Kit (available as VEX 2762166) Includes 140 chain links 20 chain attachment links Every link can act as master link Links 0.25in. wide

Lighten the total weight of a robot or mechanism while still keeping it strong. VEX aluminum kits contain the same metal components as standard structural kits (C-Channel, Plates, and Bars), at a fraction of the weight for improved robot performance! Compatible with all VEX Motion and Structure components. Aluminum Structure Kit (275-1097) (1) 25x25x2 Aluminum Chassis Kit (4) 1x2x1x25 Aluminum C-Channels (1) 1x5x1x25 Aluminum C-Channel (2) 5x25 Aluminum Plates (4) 1x25 Aluminum Bars

This 12" battery extension cable allows for greater flexibility in robot design. Now you can design a battery compartment into your robot regardless of where the microcontroller is mounted. Designed for either of the VEX 7.2V Robot Batteries Mounting plate makes a permanent battery fixture easy

This kit includes pieces specifically recommended by VEX builders toversatility. Contains over 600 pieces of VEX Structural and Motion Components. (1) 25x25x2 Steel Chassis (14) Steel Plates ; Bars (6) Steel Angles (6) Steel C-Channels (12) Steel Gussets (25) Gears ; Rollers (70) Collars ; Shafts ; Bearings (66) Standoffs ; Spacers (408) Screws ; Nuts ; Washers

Great for quickly mounting objects. Wrap the Cinch Strap around the object you want mounted, loop it through the buckle, and then back onto itself for a secure hold using VELCRO® brand hook and loop fastener. The buckle allows the user to "cinch" the strap tight around the application.

Quickly mount an object

Adjustable and reusable

Secure holding circumference approximately 4 to 7 inches

Because that wheel isn't going to drive itself. Give your motors something to turn with VEX EDR Drive Shafts. Want a smoother ride? Use Bearings and Shaft Collars to keep your mechanisms and wheels moving smoothly, and locked into place. Use spacers if certain parts of your robot need to be properly positioned, or you need to add space between metal.

8 ft x 8 ft field perimieter Dividing Walls ; Goals (12) Orange Foam Footballs (24) Green Foam Soccer Balls

The official VEX Robotics Competition Field is setup on a foam surface, with a sheet-metal and polycarbonate perimeter frame. Inside this perimeter, game-specific elements can be added. Metal frame for the VEX Robotics Competition field perimeter Includes ALL parts required for frame assembly (includes polycarbonate) Also Includes two driver-control posts Does NOT include Floor Tiles or Electronics Modular and designed for easy assembly, disassembly, storage Refer to the Border Documentation for more details This kit is made up of: 2751774 Competion Field Beams x 2, 2751173 Competition Fields Brackets x 1 2751175 Competition Field Lexan x 1

Gears are one of the primary sources of power transmission in VEX EDR. We offer a variety of both normal and high strength gears, that come in a multitude of shapes and sizes. Start with a simple project like building a gear reduction, and work your way up towards building more complex mechanism such as a differential for a drivetrain. ThisGear Kitcontains additional gears so you will always have the right combination available to ensure you can achieve the desired balance of torque, speed, and direction. To expand your inventing possibilities, the 60- and 84-tooth gears have extra mounting holes. These mounting holes can be used for attaching metal bars or parts to these gears when using them as part of a turntable system, or other similar designs. This kit contains four sizes of VEX Spur Gears (12-, 36-, 60-, and 84-tooth gears). The 60- and 84-tooth gears have extra mounting holes for attaching metal bars or parts to these gears when using them as part of a turntable system or similar design. Create robot transmissions, gearboxes, and gear reductions. Vary the speed or torque of robot motion systems. Increase design possibilities for your robots.

High Strength Shaft Hardware functions similarly to standard shaft hardware, just on a larger scale. Use the High Strength Shaft Bearing to allow shafts to turn smoothly, the High Strength Shaft Spacer Kit to position objects on a shaft while reducing friction, and the High Strength Clamping Collar to hold everything in place. VEX EDR High Strength Shafts are actually designed about 1 mm shorter than their respective comprehensive solution 8-32 Standoffs. This means that if you use standoffs to hold together two pieces of metal, the High Strength Shaft can rest on High Strength Shaft Bearings attached to those two pieces without any cutting required.

High Strength Shaft Hardware functions similarly to standard shaft hardware, just on a larger scale. Use the High Strength Shaft Bearing to allow shafts to turn smoothly, the High Strength Shaft Spacer Kit to position objects on a shaft while reducing friction, and the High Strength Clamping Collar to hold everything in place. VEX EDR comprehensive solution High Strength Shafts are actually designed about 1 mm shorter than their respective comprehensive solution 8-32 Standoffs. This means that if you use standoffs to hold together two pieces of metal, the High Strength Shaft can rest on High Strength Shaft Bearings attached to those two pieces without any cutting required. NOTE:1/4" High Strength Shafts can only be used with 1/4" accessories, including: TheHigh Strength Gear Kit(276-2250) The84T High Strength Gear(276-3438) 3.25" Wheelsthat include a removable wheel insert ​ ThisHigh Strength Gear Kitprovides several new gears with features to handle higher loads. Each of these gears has a wider face width; this means each tooth is wider so applied loads will be spread over a larger area. The 12-tooth High Strength Gear is molded out of powdered metal. The 36-tooth and 60-tooth Gears have powdered metal inserts. These metallic components will protect the gear from high loads applied by a VEX axle. High strength gears mate with all VEX spur gears. Double-thick face width provides added tooth strength. Metal Square Hole Inserts prevent axles from "stripping". Use metal pinions for high strength where it counts. Use the round-hole inserts to build free spinning idler gears. Build gearboxes that resist high shock-loads. Bolt Gears together for added strength.

High Strength Shaft Hardware functions similarly to standard shaft hardware, just on a larger scale. Use the High Strength Shaft Bearing to allow shafts to turn smoothly, the High Strength Shaft Spacer Kit to position objects on a shaft while reducing friction, and the High Strength Clamping Collar to hold everything in place. VEX EDR comprehensive solution High Strength Shafts are actually designed about 1 mm shorter than their respective comprehensive solution 8-32 Standoffs. This means that if you use standoffs to hold together two pieces of metal, the High Strength Shaft can rest on High Strength Shaft Bearings attached to those two pieces without any cutting required.

Spacers designed for use on VEX EDR High Strength Shafts. Spacers are often used to properly position objects on a shaft or to reduce friction between rotating objects. Eliminate slop on shafts Add space between metal parts Includes four sizes 30x 1.6mm (1/16in.) 20x 3.175mm (1/8in.) 10x 6.35mm (1/4in.) 10x 12.7mm (1/2in.)