VEX Robotics

22 products

• VEX Robotics

  KGGrades 1–3

  VEX 123 Robot Kit

  The VEX 123 Robot Kit is a single-robot kit for early learners, from Pre-K through the early primary grades. It includes one 123 Robot in red, green or blue, a 123 Coder, a robot art ring, a USB-C charging cable and a 50-pack of English Coder Cards. Children can program the robot in three progressively richer ways. First they press the touch buttons on top of the robot to build movement and sound sequences. Next they slot Coder Cards into the Coder to create programs away from tablets and computers. Finally they use VEXcode 123, a drag-and-drop block environment powered by Scratch, on tablets, Chromebooks, Mac or Windows. The robot has an internal rechargeable lithium iron cell that charges over USB-C in about 1.5 hours and is designed to last a full classroom day, while the Coder runs on two AAA batteries. Teachers can use VEX STEM Labs lessons, and an optional 123 Field provides a defined play space for activities.

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• VEX Robotics

  KGGrades 1–3

  VEX 123 Classroom Bundle – Small / Medium / Large (6 / 12 / 18 robots)

  The VEX 123 Classroom Bundle packages everything needed to run VEX 123 with a full class of young learners. It comes in three sizes: Small (248-7355) with 6 robots for about 12 students, Medium (248-7820) with 12 robots for about 24 students, and Large (248-7821) with 18 robots for about 36 students. The Small bundle includes 6 123 Robots, 6 Coders, 7 packs of Coder Cards, 3 fields (each with 4 tiles and 8 walls), a 6-port USB robot charge case, a Coder storage case, a tote bag, a Coder Cards storage box, robot art rings, a screwdriver and a USB charger; larger bundles scale these quantities up. Students code the robots by touch, with Coder Cards, or in VEXcode 123, building skills in sequencing, logic and problem solving. The fields give groups a shared play space, and the cases keep robots charged and organized between lessons. Bundles come with access to VEXcode, STEM Labs curriculum and the STEM Library.

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• VEX Robotics

  Grades 1–3Grades 4–5

  VEX GO Robot Kit

  The VEX GO Robot Kit (VEX GO Education Kit with Storage, 269-6705) is a single-robot construction system designed for elementary students in Grades 3-5. Students build models from color-coded beams, plates, gears, pulleys, wheels and pins, then bring them to life with a Brain, a battery, a switch, three motors, an Eye Sensor, an LED Bumper and an electromagnet. Builds are programmed with VEXcode GO, a block-based coding environment, and the kit is supported by standards-aligned STEM Labs, the STEM Library, build instructions and printable classroom resources. Students explore engineering and design thinking, coding and computational thinking, physical science, and math and data in project-based activities. Parts arrive pre-sorted in clear-lidded, stackable storage, which keeps classroom setup and clean-up simple. The battery uses rechargeable lithium iron cells, charges via USB-C in about 2.5 hours and is designed to last a full classroom day. No prior robotics experience is needed to start teaching.

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• VEX Robotics

  Grades 1–3Grades 4–5

  VEX GO Classroom Bundle – Small / Medium / Large (5 / 10 / 15 robots)

  The VEX GO Classroom Bundle equips a full elementary class (Grades 3-5) to build and code with VEX GO. It comes in three sizes: Small (269-7778) with 5 robots for up to 10 students, Medium (269-7777) with 10 robots for up to 20 students, and Large (269-7779) with 15 robots for up to 30 students. The Small bundle contains 5 GO Education Kits with Storage, 12 field walls, extra pin tools, a carrying bag for the kits, a field carrying bag, a spare parts bin with GO Parts Packs A, B and C plus a multi-port USB cable, a charging hub and a poster. The Medium and Large bundles multiply these contents to match the class size. Students work in pairs or small groups on engineering, coding, physical science and math activities, programming their builds with VEXcode GO. The bundle includes standards-aligned STEM Labs and classroom-ready resources, and it is designed for easy setup, organized storage and repeated classroom use. No prior robotics experience is required.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ Robot Kit (2nd generation)

  The VEX IQ Robot Kit (2nd generation), sold as the VEX IQ Education Kit (228-8899), is a single-robot kit that builds coding and engineering confidence for students in Grades 5-8. It uses reusable, snap-together plastic parts, so students can design, build and rebuild robots without tools. The electronics include a Robot Brain, a Controller, a rechargeable Robot Battery, four Smart Motors, a Touch LED, a Bumper Switch, an Optical Sensor, a Distance Sensor and a set of Smart Cables. These are combined with beams, plates, gears, sprockets and chain, shafts, wheels and connectors for a wide range of mechanisms. Students program their robots with VEXcode and work through standards-aligned STEM Labs, practicing engineering design and collaborative problem solving. The robot battery charges over USB-C in about two hours and lasts a full classroom day, and the kit can later be upgraded to the Competition Kit with the Education-to-Competition Upgrade Kit.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ Competition Kit (2nd generation)

  The VEX IQ Competition Kit (2nd generation, 228-7980) is designed for teams taking part in the VEX IQ Robotics Competition, as well as classrooms that want more building options than the Education Kit offers. It is legal for VEX IQ competition use. Its electronics include a 2nd-generation Robot Brain and Controller, a 2000 mAh lithium-ion Robot Battery, six Smart Motors, a Touch LED, a Bumper Switch, an Optical Sensor, a Distance Sensor, Smart Cables of several lengths and a USB cable. The structural and motion parts go well beyond the Education Kit, with additional motor shafts, specialty beams and connectors, and parts such as tank treads and offroad tires for building more capable competition robots. Students program their robots in VEXcode and can draw on STEM Labs, the STEM Library and getting-started resources. The battery and Controller charge over USB-C in about two hours, with the battery designed to last a full classroom day.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ Classroom Bundle (2nd generation) – Small / Medium / Large (5 / 10 / 15 robots)

  The VEX IQ Classroom Bundle (2nd generation) brings VEX IQ to a whole class of middle-school students. It is offered in three sizes: Small (228-7755) with 5 robots for 10 students, Medium (228-8203) with 10 robots for 20 students, and Large (228-8205) with 15 robots for 30 students. The Small bundle includes 5 VEX IQ Education Kits (2nd generation), 12 field tiles, 16 field walls, 18 game objects, extra pin tools, a 5-port USB classroom charger and spare parts with storage. The Medium and Large bundles scale these contents to two and three times the quantity. With the field tiles, walls and game objects, teachers can run classroom challenges and STEM games alongside lessons in coding and engineering design. Bundles include access to STEM Labs curriculum, educator resources and professional development options, and students program their robots with VEXcode. Optional VEX classroom carts are available for storing the full bundle.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ Education-to-Competition Upgrade Kit

  The VEX IQ Education-to-Competition Upgrade Kit (228-7597) contains every part required to upgrade a VEX IQ Education Kit (2nd generation) to the contents of a VEX IQ Competition Kit (2nd generation). It is a cost-effective route for schools that started with Education Kits and now want to form VEX IQ Robotics Competition teams. The kit adds two more Smart Motors, extra Smart Cables and a large selection of structural and motion parts: plates, beams, corner and standoff connectors, gears, hybrid gears, sprockets and chain, ratchets, linear motion brackets and rack gears, ball-socket linkages, shock absorbers, drop cams, a flywheel, tank tread and traction links, intake flaps, rubber treads, balloon tires, omni-directional wheels and plastic sheets. With these additions, students can design faster, stronger and more specialized mechanisms such as intakes, lifts and drivetrains for competition games. All parts are legal for VEX IQ competition, and robots continue to be programmed with VEXcode.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ Pneumatics Kit

  The VEX IQ Pneumatics Kit (228-8795) introduces compressed-air power to VEX IQ robots. Pneumatics produce quick, strong linear motion, which makes them well suited to mechanisms that only need two positions, such as a claw that opens and closes or an intake that deploys up and down. The kit includes two 70 mL air tanks, an air pump, four 4-pitch-stroke cylinders, four 2-pitch-stroke cylinders, two pneumatic solenoids, 3 m of 4 mm tubing, ten tee fittings and ten straight fittings, enough to equip a classroom robot or a competition team. Students learn how air pressure can be stored and released to do work, and how to control pneumatic components from their robot code. VEX provides guides explaining the kit components, example configurations and how to code pneumatics, and the kit is legal for the VEX IQ Robotics Competition.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ Competition Field Perimeter & Tiles (6'×8')

  The VEX IQ Competition Field Perimeter & Tiles kit (Full 6' x 8' Field, 228-7396) provides the playing surface required for the VEX IQ Robotics Competition. Teams can practice on the same type of field they will compete on, and the snap-together construction lets the field be assembled in minutes. The full field kit contains 48 square tiles of 12" x 12" with rubber feet, 24 straight 12" wall sections and 4 outside corner wall sections. VEX also offers an upgrade kit to expand a 4' x 8' field to the full 6' x 8' size, along with spare tiles, walls and corner pieces. The field is used together with each season's game and field element kit, which is sold separately. For storage and transport, a VEX IQ Field Case holds about one third of the field, so three cases are needed for a full 6' x 8' setup. It is a practical investment for schools that host practice sessions, classroom challenges or competition events.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ 2025-26 "Mix & Match" Game Element Kit

  The 2025-26 VEX IQ Robotics Competition Mix & Match Full Game & Field Element Kit (228-9148) contains all the field and game elements required to set up the Mix & Match game used in the 2025-26 VEX IQ competition season. The game's scoring elements include pins in blue, red and orange, along with gray beams arranged across the field. Teams use the kit to recreate the official game layout so they can practice driving, test robot mechanisms and refine autonomous and skills routines. In the classroom it also gives teachers a ready-made engineering challenge built around a real competition game. The VEX IQ Competition Field Perimeter & Tiles are not included and must be purchased separately. VEX lists this kit under past-season game kits as discontinued and available while supplies last; a separate Scoring Element Kit (228-9149) is also available for spare pieces.

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• VEX Robotics

  Grades 4–5Grades 6–8

  VEX IQ 2026-27 "Level Up" Game Element Kit

  The 2026-27 VEX IQ Robotics Competition Level Up Full Game & Field Element Kit (228-9258) contains all the field and game elements required to set up Level Up, the game for the 2026-27 VEX IQ competition season. It is legal for VEX IQ competition use, and purchasing it requires a paid VEX team registration. With the kit, teams can build the official game layout at school, practice driving and teamwork, test and refine robot mechanisms, and develop autonomous and skills routines before events. Teachers can also use the game as a structured engineering design challenge for VEX IQ classes. The VEX IQ Competition Field Perimeter & Tiles are not included and must be added separately to create a complete playing field. The kit has a shipping weight of about 10.2 kg.

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