 |
| Zenni Women's Rectangle Prescription Glasses Purple Plastic Frame |
| $12.95 |
| A plastic full-rim frame. | Zenni Women's Rectangle Prescription Glasses Purple Plastic Frame [Read More] |
 |
| "Adafruit 1500 Trinket 3V3 ATtiny85 Arduino Compatible" |
| "Adafruit Trinket ATtiny85 Arduino Compatible - Adafruit 1500, The Adafruit Trinket 3.3V mini-microcontroller is a tiny (27 x 15mm) Arduino compatible processor board which is programmable via its micro-USB socket. Its ATtiny85 processor has 8k bytes of flash (programme) memory, 512 bytes of SRAM (static RAM) and 512 bytes EEPROM and runs at 8MHz. The board is capable of outputting 150mA and has an ultra-low drop-out regulator which will switch between USB and battery supply automatically. Adafruit provide a free tutorial and example code to get you started, imagine driving 150 NeoPixels with such a dinky board. Supplied as a fully assembled board plus 2 x 5-pin strips of 0.1in. male header pins for you to solder on as required. Adafruit 1500 Trinket 3V3 ATtiny85 Arduino Compatible"
Price: 8.18 |
| "Adafruit 1501 Trinket 5V ATtiny85 Arduino Compatible" |
| "Adafruit Trinket ATtiny85 Arduino Compatible - Adafruit 1501, The Adafruit Trinket 5V mini-microcontroller is a tiny (27 x 15mm) Arduino compatible processor board which is programmable via its micro-USB socket. Its ATtiny85 processor has 8k bytes of flash (programme) memory, 512 bytes of SRAM (static RAM) and 512 bytes EEPROM and runs at up to 16MHz. The board is capable of outputting 150mA and has an ultra-low drop-out regulator which will switch between USB and battery supply automatically. Adafruit provide a free tutorial and example code to get you started, imagine driving 150 NeoPixels with such a dinky board. Supplied as a fully assembled board plus 2 x 5-pin strips of 0.1in. male header pins for you to solder on as required. Adafruit 1501 Trinket 5V ATtiny85 Arduino Compatible"
Price: 8.18 |
| "Orangepip Kona328 Arduino UNO Class Pack Development Kit x 15pcs" |
| "Orangepip Arduino Class Pack Development Kits - Orangepip Kona328 Class, The Orangepip Kona328 is an Arduino UNO compatible development board that is based around the ATmega328 microcontroller. The board features 14x digital I/O pins (6 of which may be used as PWM outputs), 6 analog inputs and a 16MHz crystal oscillator. The board is simple to use, just requiring connection to a computer via USB to get started. This class pack consists of 15 Orangepip Kona328 development boards plus USB Male A to Male B 50cm cables. Orangepip Kona328 Arduino UNO Class Pack Development Kit x 15pcs"
Price: 131.94 |
| "Orangepip Mega2560 Arduino Mega Class Pack Development Kit x 10pcs" |
| "Orangepip Arduino Class Pack Development Kits - Orangepip MEGA2560 Class, The Orangepip Mega2560 is an Arduino Mega2560 compatible development board that is based around the ATmega2560 microcontroller. The board features 54x digital I/O pins (14 of which may be used as PWM outputs), 16 analog inputs, 4x UARTs (hardware serial ports) and a 16MHz crystal oscillator. The board is simple to use, just requiring connection to a computer via USB to get started. The Orangepip Mega2560 is also compatible with most of the shields designed for the Arduino Mega2560. This class pack consists of 10 Orangepip Mega2560 development boards plus USB Male A to Male B 50cm cables. Orangepip Mega2560 Arduino Mega Class Pack Development Kit x 10pcs"
Price: 235.03 |
| "Arduino Industrial 101 ATmega32U4 & Atheros AR9331 with WiFi & Lin..." |
| Arduino-Industrial-101-ATmega32U4-Atheros-AR9331-with-WiFi-Linino-OS-Arduino-A000126-p-The-b-Arduino-b-Industrial-101-is-an-evaluation-board-based-on-a-small-form-factor-version-of-the-Arduino-YUN-and-designed-for-better-product-integration-providing-a-powerful-networked-computer-with-all-the-programming-possibilities-of-an-Arduino-easily-integrated-into-a-wide-range-of-application-hardware-The-board-integrates-an-ATmega32U4-MCU-and-an-Atheros-AR9331-Wi-Fi-System-On-Chip-WiSOC-T
Price: 32.57 |
| "Orangepip Segments 328 Build your Own Arduino Kit" |
| Orangepip-Segments328-Build-Your-Own-Arduino-Kit-Orangepip-Segments-328-P-You-may-well-be-familiar-with-an-Arduino-board-and-aware-of-all-the-clever-things-it-can-help-you-to-do-But-how-many-people-understand-how-the-Arduino-works-Do-you-know-what-components-make-up-the-magic-box-P-P-This-Segments-328-kit-from-Orangepip-will-let-you-into-the-secret-and-will-encourage-you-to-develop-your-soldering-skills-in-the-process-P-P-Ideal-for-students-in-higher-or-further-education-the-Bui
Price: 14.34 |
| "Dobot M1 Robotic Arm" |
| Dobot-M1-4-Axis-Cooperative-Robotic-Arm-Dobot-M1-P-The-Dobot-M1-is-a-cost-effective-robotic-arm-suitable-for-light-industrial-use-as-part-of-an-intelligent-industrial-system-P-P-The-M1-s-high-precision-wide-working-range-complete-functions-and-secondary-development-ability-make-it-suitable-for-multiple-types-of-assembly-line-work-such-as-soldering-visual-recognition-and-PCB-loading-P-P-No-complex-installation-is-required-the-M1-can-be-connected-just-in-one-step-It-s-lightweight-d
Price: 4798.80 |
| "Arduino ABX00021 UNO WiFi Rev2 with onboard IMU" |
| Arduino-Uno-WiFi-Rev-2-with-Onboard-IMU-Arduino-Education-ABX00021-If-you-want-to-add-Wi-Fi-to-your-devices-then-get-the-new-Arduino-Uno-WiFi-Rev-2-The-Rev-2-is-basically-a-Arduino-Uno-Rev-3-with-bigger-muscles-and-comes-with-a-brand-new-8-bit-microprocessor-from-Microchip-and-an-onboard-IMU-Inertial-Measurement-Unit-Wi-Fi-security-is-handled-by-the-new-ECC608-crypto-chip-accelerator-br-br-The-Wi-Fi-Module-is-a-self-contained-SoC-with-integrated-TCP-IP-protocol-stack-that-can-pro
Price: 42.22 |
| "4tronix McRoboFace v1.0 White" |
| "4tronix Robo:Bit for BBC micro:bit and Accessories - 4tronix MCRFACEW, We all like adding blinky LEDs to our electronic creations, whether it is a robot, weather station or something that reads and displays sensor data. Now with McRoboFace you can add emotions to everything at the same time as adding blinkies. All the 17 RGB LEDs are fully addressable and can be controlled by most processors in the field using standard 'neopixel' code. This includes Raspberry Pi, Crumble, Arduino, ESP8266, micro:bit and Codebug. 4tronix McRoboFace v1.0 White"
Price: 8.40 |
| "4tronix Talon Grabber for Bit:Bot" |
| "4tronix Bit:Bot Robot for BBC micro:bit - 4tronix TALONBB, The Talon Grabber for the Bit:Bot has a jaw that you can control the opening of using standard servo code, as well as the specific code added to the Bit:Bot package. Supplied as 3x PCBs that make up the Talon, a metal gear servo, plus all the fixings you need, as well as a spanner for the nylock nut.See here for assembly, setup and usage instructions. 4tronix Talon Grabber for Bit:Bot"
Price: 12.00 |
| "4tronix Talon Grabber for Robo:bit MK2" |
| "4tronix Robo:Bit for BBC micro:bit and Accessories - 4tronix TALONRB, The Talon Grabber for the Robo:bit MK2 (75-5008) has a jaw that you can control the opening of using standard servo code, as well as the specific code added to the Bit:Bot package. Supplied as 3x PCBs that make up the Talon, a metal gear servo, plus all the fixings you need, as well as a spanner for the nylock nut. See here for assembly, setup and usage instructions. 4tronix Talon Grabber for Robo:bit MK2"
Price: 12.00 |
| "4tronix Cube:Bit 3x3x3 Addressable RGB LEDs" |
| "4tronix Cube Bit Addressable RGB LEDs - 4tronix CUBE3, Awesome is the best way to describe these magical RGB LED cube kits. The Cube:Bit can be assembled using just a screwdriver and within a few minutes you'll have created some stunning lighting and visual effects that you can use for a whole host of things, such as learning about coordinates in 2D and 3D, indications for sensory events from your SBC, decorative lighting, the possibilities are endless.The Cube:Bits are made out of pre-assembled slices that have neopixel LEDs on both sides, making a 3x3x3 matrix when assembled. Once assembly is done you have to use the Cube:Bit Base (available separately) to provide power and to connect a controller or to directly connect to a BBC micro:bit or Raspberry Pi Zero (full size Raspberry Pi work fine of course, but don't fit directly without using an extension GPIO cable, or simply 3 female-female jumper cables for 5V, Gnd and GPIO18).With micro:bit we have written a special Makecode package (see below) that ""knows"" about the shape of all the cubes and can map from x, y, z coordinates directly to a pixel anywhere in the cube. Write to a whole plane of pixels at once, create a moving rainbow effect in only a few lines. With Raspberry Pi you can use any of the neopixel code already available to drive your Cube:Bit eg. Pimoroni, Adafruit or 4tronix neopixel products.MakeCode Package for 4tronix Cube:Bit Magical RGB Cubes of AwesomeHelper routines for using the neopixels in the Cube:Bit range of CubesDefining the CubeThe first thing you should do is create a Cube object with the required dimensions per side. Use the block:create cube:bit on pin0 with side <3/4/5/6/7/8>Then set the brightness to be used from 0 to 255. If this block is not used, then the brightness is set to 40. We strongly recommend keeping this at less than 100. All values sent to the LEDs after this command will be scaled down to fit in this maximum brightness level.set cube:bit brightness to <0...255>##Using Cube:Bit Pixels Each pixel can be addressed by using the pixel ID which is a number from 0 to the number of pixels in the cube minus one. eg. a 3x3x3 cube has 27 pixels so the ID can be 0 to 26, 4x4x4 has 64 (ID 0 to 63) and 5x5x5 has 125 (ID 0 to 124)set pixel color at ID to The colour value is a number. There are some pre-define colours (eg. Red, Yellow, etc) or you can put in a simple number, or you can define separate Red, Green and Blue values using the map colour blockconvert from red, green, blueIf you want to specify the x,y,z position of the pixel then use the mapping block to create the pixel IDmap from x y xWhenever changing the colour of pixels or clearing them, or rotating them, you will need to display the result afterwards. Use the show changes block for thisshow Cube:Bit changesYou can also set a whole plane of pixels to the same colour. eg. set the top slice to blue, or the left side to green. Use the set plane block:set plan on axis <xy, xz, yz> to <colour> 4tronix Cube:Bit 3x3x3 Addressable RGB LEDs"
Price: 21.60 |
| "4tronix Cube:Bit 4x4x4 Addressable RGB LEDs" |
| "4tronix Cube Bit Addressable RGB LEDs - 4tronix CUBE4, Awesome is the best way to describe these magical RGB LED cube kits. The Cube:Bit can be assembled using just a screwdriver and within a few minutes you'll have created some stunning lighting and visual effects that you can use for a whole host of things, such as learning about coordinates in 2D and 3D, indications for sensory events from your SBC, decorative lighting, the possibilities are endless. The Cube:Bits are made out of pre-assembled slices that have neopixel LEDs on both sides, making a 4x4x4 matrix when assembled. Once assembly is done you have to use the Cube:Bit Base (available separately) to provide power and to connect a controller or to directly connect to a BBC micro:bit or Raspberry Pi Zero (full size Raspberry Pi work fine of course, but don't fit directly without using an extension GPIO cable, or simply 3 female-female jumper cables for 5V, Gnd and GPIO18). With micro:bit we have written a special Makecode package (see below) that ""knows"" about the shape of all the cubes and can map from x, y, z coordinates directly to a pixel anywhere in the cube. Write to a whole plane of pixels at once, create a moving rainbow effect in only a few lines. With Raspberry Pi you can use any of the neopixel code already available to drive your Cube:Bit eg. Pimoroni, Adafruit or 4tronix neopixel products. MakeCode Package for 4tronix Cube:Bit Magical RGB Cubes of Awesome Helper routines for using the neopixels in the Cube:Bit range of Cubes Defining the Cube The first thing you should do is create a Cube object with the required dimensions per side. Use the block: create cube:bit on pin0 with side <3/4/5/6/7/8> Then set the brightness to be used from 0 to 255. If this block is not used, then the brightness is set to 40. We strongly recommend keeping this at less than 100. All values sent to the LEDs after this command will be scaled down to fit in this maximum brightness level. set cube:bit brightness to <0...255> ##Using Cube:Bit Pixels Each pixel can be addressed by using the pixel ID which is a number from 0 to the number of pixels in the cube minus one. eg. a 3x3x3 cube has 27 pixels so the ID can be 0 to 26, 4x4x4 has 64 (ID 0 to 63) and 5x5x5 has 125 (ID 0 to 124) set pixel color at ID to The colour value is a number. There are some pre-define colours (eg. Red, Yellow, etc) or you can put in a simple number, or you can define separate Red, Green and Blue values using the map colour block convert from red, green, blue If you want to specify the x,y,z position of the pixel then use the mapping block to create the pixel ID map from x y x Whenever changing the colour of pixels or clearing them, or rotating them, you will need to display the result afterwards. Use the show changes block for this show Cube:Bit changes You can also set a whole plane of pixels to the same colour. eg. set the top slice to blue, or the left side to green. Use the set plane block: set plan on axis <xy, xz, yz> to <colour> 4tronix Cube:Bit 4x4x4 Addressable RGB LEDs"
Price: 48.00 |
| "4tronix Cube:Bit 5x5x5 Addressable RGB LEDs" |
| "4tronix Cube Bit Addressable RGB LEDs - 4tronix CUBE5, Awesome is the best way to describe these magical RGB LED cube kits. The Cube:Bit can be assembled using just a screwdriver and within a few minutes you'll have created some stunning lighting and visual effects that you can use for a whole host of things, such as learning about coordinates in 2D and 3D, indications for sensory events from your SBC, decorative lighting, the possibilities are endless. The Cube:Bits are made out of pre-assembled slices that have neopixel LEDs on both sides, making a 5x5x5 matrix when assembled. Once assembly is done you have to use the Cube:Bit Base (available separately) to provide power and to connect a controller or to directly connect to a BBC micro:bit or Raspberry Pi Zero (full size Raspberry Pi work fine of course, but don't fit directly without using an extension GPIO cable, or simply 3 female-female jumper cables for 5V, Gnd and GPIO18). With micro:bit we have written a special Makecode package (see below) that ""knows"" about the shape of all the cubes and can map from x, y, z coordinates directly to a pixel anywhere in the cube. Write to a whole plane of pixels at once, create a moving rainbow effect in only a few lines. With Raspberry Pi you can use any of the neopixel code already available to drive your Cube:Bit eg. Pimoroni, Adafruit or 4tronix neopixel products. MakeCode Package for 4tronix Cube:Bit Magical RGB Cubes of Awesome Helper routines for using the neopixels in the Cube:Bit range of Cubes Defining the Cube The first thing you should do is create a Cube object with the required dimensions per side. Use the block: create cube:bit on pin0 with side <3/4/5/6/7/8> Then set the brightness to be used from 0 to 255. If this block is not used, then the brightness is set to 40. We strongly recommend keeping this at less than 100. All values sent to the LEDs after this command will be scaled down to fit in this maximum brightness level. set cube:bit brightness to <0...255> ##Using Cube:Bit Pixels Each pixel can be addressed by using the pixel ID which is a number from 0 to the number of pixels in the cube minus one. eg. a 3x3x3 cube has 27 pixels so the ID can be 0 to 26, 4x4x4 has 64 (ID 0 to 63) and 5x5x5 has 125 (ID 0 to 124) set pixel color at ID to The colour value is a number. There are some pre-define colours (eg. Red, Yellow, etc) or you can put in a simple number, or you can define separate Red, Green and Blue values using the map colour block convert from red, green, blue If you want to specify the x,y,z position of the pixel then use the mapping block to create the pixel ID map from x y x Whenever changing the colour of pixels or clearing them, or rotating them, you will need to display the result afterwards. Use the show changes block for this show Cube:Bit changes You can also set a whole plane of pixels to the same colour. eg. set the top slice to blue, or the left side to green. Use the set plane block: set plan on axis <xy, xz, yz> to <colour> 4tronix Cube:Bit 5x5x5 Addressable RGB LEDs"
Price: 90.00 |
| "4tronix Cube:Bit Base" |
| "4tronix Cube Bit Addressable RGB LEDs - 4tronix CUBASE, This is a great base for your Cube:Bit, allowing easy connection of power and signal and directly pluggable into a micro:Bit or Raspberry Pi Zero. The base has been especially designed to accept all 3 sizes of Cube:Bit and provide a simple method of powering them. Because a lot of LEDs uses a lot of power, neither the micro:bit nor the Raspberry Pi can power the Cube:Bits directly. This base plate allows you to connect the 5V power in 4 different ways: DC Jack using a standard 2.1mm (centre positive) DC Jack you can simply plug in a 5V DC power supply Micro USB connector. Get yourself a high power USB power supply (such as the official 2.5A Raspberry Pi power supply) and simply plug it in Crocodile/alligator clip positions allow you to connect power and signal using croc clips - eg from a Crumble, micro:bit or similar GVS pins allow you to take a standard 3-pin 2.54mm female cable and plug it directly in. eg from an Arduino sensor shield or directly from a 4duino Pro There is a 40pin GPIO header that you can plug a Raspberry Pi Zero into and it will be powered from the 5V and connect on GPIO 12 (pin 18) to the neopixel array. This is the standard pin for driving neopixels on the Raspberry Pi. Note that there isn't room to fit a full-size Raspberry Pi (though with a GPIO cable you could do that as well). There is also a micro:bit connector so you can plug your micro:bit straight in. This is powered via the 3.3V voltage regulator from the 5V so no separate power is required for the Micro:Bit. This connects on Pin 0 to the Cube:Bit pixels. As you can see, an extremely flexible and useful addition to your Cube:Bit. 4tronix Cube:Bit Base"
Price: 12.00 |
| "VEX IQ Squared Away Scoring Element Kit" |
| VEX-IQ-Challenge-Squared-Away-Field-and-Game-Elements-VEX-IQ-228-6096-P-This-kit-is-perfect-for-VEX-IQ-Challenge-teams-wanting-to-have-official-Squared-Away-game-elements-to-practice-with-but-do-not-require-a-full-set-The-kit-contains-one-cube-assembly-and-one-orange-ball-P-VEX-IQ-Squared-Away-Scoring-Element-Kit
Price: 10.79 |
| "VRC Tower Takeover - Game Element Kit" |
| "VEX Robotics Competition Tower Takeover Elements - VEX 276-6090, This kit includes half of the cubes needed to complete a full VEX Robotics Competition Tower Takeover field. VRC Tower Takeover - Game Element Kit"
Price: 143.99 |
| "VRC Tower Takeover - Field Elements Kit 1" |
| "VEX Robotics Competition Tower Takeover Elements - VEX 276-6091, This kit includes half of the field elements required to complete a full VEX Robotics Competition Tower Takeover field. VRC Tower Takeover - Field Elements Kit 1"
Price: 101.99 |
| "VRC Tower Takeover - Field Elements Kit 2" |
| "VEX Robotics Competition Tower Takeover Elements - VEX 276-6093, This kit includes half of the field elements required to complete a full VEX Robotics Competition Tower Takeover field. VRC Tower Takeover - Field Elements Kit 2"
Price: 101.99 |
| "VRC Tower Takeover - Scoring Element Kit" |
| "VEX Robotics Competition Tower Takeover Elements - VEX 276-6092, A spare game element for use in the VRC Tower Takeover Competition. VRC Tower Takeover - Scoring Element Kit"
Price: 8.39 |
| "Dobot Magician Vision Kit" |
| Dobot-Magician-Robotic-Arm-Vision-Kit-Dobot-Vision-Kit-P-The-DOBOT-Robot-Vision-Kit-provides-a-basic-software-and-hardware-platform-based-on-visual-development-With-the-advantages-of-rich-functions-stable-performance-and-convenient-operation-it-perfectly-meets-the-needs-of-visual-applications-including-visual-positioning-measurement-detection-and-recognition-P-P-Compatible-with-DOBOT-Magician-DOBOT-M1-the-Dobot-Robot-Vision-Kit-provides-various-types-of-SDK-interfaces-building-blo
Price: 1380.00 |
| "Wonder Workshop Gripper Building Kit" |
| Wonder-Workshop-Gripper-Building-Kit-Wonder-Workshop-1-GB01-11-P-Expand-the-capability-of-your-Dash-or-Cue-robot-with-this-easy-to-construct-Gripper-kit-from-Wonder-Workshop-P-P-With-this-kit-you-can-build-mechanical-arms-for-hands-on-learning-of-gears-levers-and-axles-and-master-more-robotics-skills-by-simulating-real-world-object-detection-and-manipulation-using-your-robots-sensors-and-motors-through-code-or-manual-remote-control-P-P-The-Gripper-arms-can-lift-carry-pull-pick-up
Price: 36.53 |
| "Wonder Workshop 6x Dash Robot Multibuy Pack" |
| "Wonder Workshop Dash Robot - Wonder Workshop Dash Robot Multibuy Pack6, Money-Saving Multibuy Pack of 6Dash robot is one of the coolest, cutest robots around and it's on a mission to help KS1 and KS2 children learn to code.A real robotDash is a ready-assembled robot that requires almost no setting up and it even has a built-in rechargeable battery, so getting going couldn't be easier.But whilst it is really easy to use and set up, Dash is a really smart robot that is packed with features and sensors - it can detect objects around it, knows which direction a sound is coming from, record and playback sounds and communicate with other Dot and Dash robots.Programming DashWonder Workshop have created a whole suite of applications for iOS and Android phones and tablets. The apps are also available for Kindle.For younger children (5 to 7 years old) the Path, Xylo and Go apps are an excellent introduction to basic sequencing, spatial reasoning and navigation. For older children, Wonder and Blockly offer a visual coding experience that guides beginners through their first programs and lets students experiment with logic, loops and variables as their skills increase.To find our more about the Dash robot and the apps, visit www.rapidonline.com/dashrobotExtend the range of your Cue robot by adding a gripper. Click here for details. Wonder Workshop 6x Dash Robot Multibuy Pack"
Price: 910.80 |
| "Wonder Workshop 12x Dash Robot Multibuy Pack" |
| "Wonder Workshop Dash Robot - Wonder Workshop Dash Robot Multibuy Pack12, Money-Saving Multibuy Pack of 12Dash is one of the coolest, cutest robots around and it's on a mission to help KS1 and KS2 children learn to code.A real robotDash robot is ready-assembled, requiring almost no set-up. It even has a built-in rechargeable battery, so getting going couldn't be easier.But whilst it is really easy to use and set up, Dash is a really smart robot that is packed with features and sensors - it can detect objects around it, knows which direction a sound is coming from, record and playback sounds and communicate with other Dash and Dot robots.Programming Dash robotWonder Workshop have created a whole suite of applications for iOS and Android phones and tablets. The apps are also available for Kindle.For younger children (5 to 7 years old) the Path, Xylo and Go apps are an excellent introduction to basic sequencing, spatial reasoning and navigation. For older children, Wonder and Blockly offer a visual coding experience that guides beginners through their first programs and lets students experiment with logic, loops and variables as their skills increase.To find our more about the Dash robot and the apps, visit www.rapidonline.com/dashrobotExtend the range of your Cue robot by adding a gripper. Click here for details. Wonder Workshop 12x Dash Robot Multibuy Pack"
Price: 1782.00 |
| "Wonder Workshop Ultimate Bundle" |
| "Wonder Workshop Dash Robot Bundles - Wonder Workshop Ultimate Bundle, This Ultimate Bundle deal is our most comprehensive Wonder Workshop robot package. Containing a massive 15 Dash robots, 5 Dot robots, 15 Challenge card sets, Learn to Code Curriculum Guide for teachers and a whole raft of accessories, this bundle leaves you wanting for nothing. A real robotDash is a ready-assembled robot that requires almost no setting up and it even has a built-in rechargeable battery, so getting going couldn't be easier.But whilst it is really easy to use and set up, Dash is a really smart robot that is packed with features and sensors - it can detect objects around it, knows which direction a sound is coming from, record and playback sounds and communicate with other Dash and Dot robots.Programming DashWonder Workshop have created a whole suite of applications for iOS and Android phones and tablets. The apps are also available for Kindle and Chromebooks.For younger children (5 to 7 years old) the Path, Xylo and Go apps are an excellent introduction to basic sequencing, spatial reasoning and navigation. For older children, Wonder and Blockly offer a visual coding experience that guides beginners through their first programs and lets students experiment with logic, loops and variables as their skills increase.To find our more about the Dash and the apps, visit www.rapidonline.com/dash-dot Wonder Workshop Ultimate Bundle"
Price: 3226.80 |
| "Wonder Workshop Code Club Bundle" |
| "Wonder Workshop Dash Robot Bundles - Wonder Workshop Code Club Bundle, This Code Club Bundle deal gives you a convenient and money-saving way to buy Wonder Workshop Dash robots and accessories. Each set contains 2 Dash robots, a Dot robot and a range of accessories. It also contains the Challenge Cards which set lots of different coding challenges for students to tackle and a wide range of accessories including the Xylophone, Launcher and more.All items are individually stocked as well, so you can easily add extras if required.A real robotDash is a ready-assembled robot that requires almost no setting up and it even has a built-in rechargeable battery, so getting going couldn't be easier.But whilst it is really easy to use and set up, Dash is a really smart robot that is packed with features and sensors - it can detect objects around it, knows which direction a sound is coming from, record and playback sounds and communicate with other Dash and Dot robots.Programming DashWonder Workshop have created a whole suite of applications for iOS and Android phones and tablets. The apps are also available for Kindle and Chromebooks.For younger children (5 to 7 years old) the Path, Xylo and Go apps are an excellent introduction to basic sequencing, spatial reasoning and navigation. For older children, Wonder and Blockly offer a visual coding experience that guides beginners through their first programs and lets students experiment with logic, loops and variables as their skills increase.To find our more about the Dash and the apps, visit www.rapidonline.com/dash-dot Wonder Workshop Code Club Bundle"
Price: 431.99 |
| "Wonder League Robotics Competition Mat" |
| Wonder-League-Mat-Wonder-Workshop-70-1119-P-This-mat-has-been-created-to-help-teams-taking-part-in-the-Wonder-League-Robotics-Competition-P-P-The-2-5-x-1-6m-mat-is-made-from-hard-wearing-vinyl-of-the-same-grade-that-would-be-used-for-floor-coverings-meaning-you-can-walk-on-it-and-clean-it-just-like-any-other-vinyl-flooring-P-P-Each-mat-is-printed-with-an-8-x-5-grid-of-30cm-squares-as-required-in-for-the-Wonder-League-competition-missions-and-can-be-reused-year-after-year-Outside-of-th
Price: 238.80 |
| "Wonder Workshop Class Bundle" |
| "Wonder Workshop Dash Robot Bundles - Wonder Workshop Class Bundle, This Class Bundle deal gives you a convenient and money-saving way to buy Wonder Workshop Dash robots and accessories. The pack contains ten Dash robots and 10 sets of Challenge cards so that a whole class can work through tasks at the same time in small groups. It also includes the Learn to Code teachers guide, 5 Sketch Kits and 5 Gripper Kits add more complex challenges.All items are individually stocked as well, so you can easily add extras if required.A real robotDash is a ready-assembled robot that requires almost no setting up and it even has a built-in rechargeable battery, so getting going couldn't be easier.But whilst it is really easy to use and set up, Dash is a really smart robot that is packed with features and sensors - it can detect objects around it, knows which direction a sound is coming from, record and playback sounds and communicate with other Dash and Dot robots.Programming DashWonder Workshop have created a whole suite of applications for iOS and Android phones and tablets. The apps are also available for Kindle and Chromebook.For younger children (5 to 7 years old) the Path, Xylo and Go apps are an excellent introduction to basic sequencing, spatial reasoning and navigation. For older children, Wonder and Blockly offer a visual coding experience that guides beginners through their first programs and lets students experiment with logic, loops and variables as their skills increase.To find our more about the Dash and the apps, visit www.rapidonline.com/dash-dot Wonder Workshop Class Bundle"
Price: 2160.00 |
| "Wonder Workshop Markers Refill Kit Pack of 6" |
| "Wonder Workshop Sketch Kit for Dash and Cue Robots - Wonder Workshop Marker Refill Kit, Replenish your Wonder Workshop Sketch Kit, 70-1110 with these custom dry-erase markers.Available in six classic colours, these fine tip markers snap into your Sketch Kit accessory for Dash or Cue robots so you can write code that draws pictures, patterns, messages and more. Wonder Workshop Markers Refill Kit Pack of 6"
Price: 13.74 |
| "VEX Button Head Screw 6-32 x 6.35mm (0.25in) Pack of 50" |
| "VEX Robotics 6-32 Button Head Screws - VEX 275-0659, 6-32 x 6.35mm (0.25in.) standard VEX hex screws. VEX Button Head Screw 6-32 x 6.35mm (0.25in) Pack of 50"
Price: 5.70 |
