Air hockey robot EVO
The Air Hockey Robot EVO is finally here! A challenging robot, perfect to have fun and learn robotics at the same time
Controlled by your own smartphone using the free AIR HOCKEY ROBOT APP
This is a mostly 3D printable air hockey playing robot that, in addition to moving across the required two dimensions, can predict the movements of rebounding pucks and attack/defend in consequence.
CUSTOMISE YOUR AIR HOCKEY ROBOT EVO KIT:
B-robot 3 Axis Gyroscope + Accelerometer Module
The InvenSense MPU-6050 sensor contains a MEMS accelerometer and a MEMS gyro in a single chip. It is very accurate, as it contains 16-bits analog to digital conversion hardware for each channel. Therefor it captures the x, y, and z channel at the same time. The sensor uses the I2C-bus to interface with the Arduino.
The MPU-6050 combines both an accelerometer and a gyro.
Details:
2 kind of headers included
The power supply: 3-5 v (internal low voltage difference voltage stabilizing)
Communication: standard IIC communication agreement
Chip built-in 16 bit AD converter, 16 bits of data output
The gyroscope range: + 250 500 1000 2000 ° / s
Acceleration range: ± 2 ± 4 ± 8 ± 16 g
This IMU is not soldered.
B-Robot EVO KIT (Plug+Play version)
JJrobots´s B-ROBOT EVO 2 Kit (self-balancing robot). Created to simplify the set up and integration of all the different devices involved in this project.
This COMPLETE VERSION includes all the electronic and hardware components required to create the self-balancing robot. You just need to assemble everything (optional 3D parts)
What you get when you buy this KIT:
- DEVIA Arduino Zero Control Board
- USB cable
- 2x High Quality NEMA17 stepper motors +14 cms cables (pair)
- 2x Stepper motor driver
- Powerful servo: Metal gears (you will need an arm to fight and raise your B-robot…)
- 6x AA Battery case with ON/OFF Switch (batteries not included)
- Bolts+nuts needed to set everything up
- Double side tape, googly eyes…
- Optional: 3D printed parts
NEW: control your B-robot using the JJrobots FREE APP! (Android devices) or the iOS APP (for iOS devices)
CUSTOMISE YOUR SELF-BALANCING ROBOT:
Blimpduino 2.0 Control board
What you get:
- Blimpduino Control Board (battery connector not soldered)
- 2 row headers servo connectors (2x servos)
- Lipo cable connector 1 CELL (1S) 3.7v
Blimpduino 2.0 Kit
There are two blimpduino KIT options:
1. Get the Small Blimpduino balloon:
The KIT will contain the small size 32″ foil balloon and a 300 mAh Lipo battery. Perfect for small rooms. This balloon can lift up to 32 grams. Flying time: up to 20 minutes*
2. Get the Medium Blimpduino balloon:
This KIT comes with a medium size 36″ foil balloon. This balloon can lift 47 grams so can you add up to 10 more grams to the blimpduino. Flying time: up to 35 minutes*
What you get with the blimpduino KIT:
- Blimpduino Control Board + fixing bolts
- 3x DC 3.7v brush-less motors (2x CW + 1 x CCW)
- 4x 45 mm propellers (2x CW + 2 x CCW)
- Double sided sticky tape/pads
- Optional: 3.7V 300mAh or 500mAh Lipo Battery
- Optional: 3D printed gondola
- Optional: 32″ or 36″ Foil balloon (Max payload: 32 and 47 grams respectively)
- Do you need a bigger balloon (+payload)? contact us at: info@jjrobots.com
* The flying time is heavily conditioned by the way you fly the blimp. Servo headers included but not soldered (we did not want to add weight unless you need them)
Devia Robotics Control board v1.0
This is the Control board that will help you to create your Robotics Project without the hassle of integrating different modules. The DEVIA control board has been used to conceive all the jjRobot projects. We have opted to create a board with enough sensors/ports and outputs but keeping 100% Arduino compatibility.
This board has a powerful ARM M0 processor and will be recognized by the Arduino IDE as the Arduino ZERO with NATIVE USB PORT. Just plug and play! Designed in Europe and Assembled in Europe :-)
Features:
- ARM Cortex M0 processor (ATSAMD21G18) (the same mounted on the powerful Arduino Zero)
- ESP12 Wi-Fi module integrated (programmable via GPIO pads on the back of the board)
- MPU ICM 20600 6 axis (High Performance 3-axis gyroscope, 3-axis accelerometer module)
- AUX OUTPUT: Controllable Voltage regulator (up to 12V, 1A)
- Vin Power Jack (the board accepts from 9 to 15V DC)
- 3x stepper motors outputs
- 4x servo outputs (up to 1.5A)
- Customizable button “A” (can be used to change the behaviour of the robot, pause it, change internal parameters…)
- Reset button
- i2C port
- SPI port (perfect to control RGB LED strips)
- UART port
- SENSOR port (Analog, Digital, Ground and +3.3V)
- GPIO on the back of the board
- Micro USB Port
- Arduino UNO footprint
- 100% Arduino ZERO compatibility. Just connect the board to the computer, and the Arduino IDE will recognize it as the Arduino ZERO board -Native USB port-
* All the headers already soldered
iBoardbot. The internet controlled whiteboard robot
The iBoardbot is a robot connected to the internet capable of writing texts and drawing with great precision. Also, it can erase in a quick and effective way. Send to your iBoardbot your information from any part of the world. As it has a multi-user interface you can also play and challenge your kids, use it as a collaborative notice board or as a twitter wall in your shop window.
Take a look to a LIVE DEMO of the iBoardbot control WebApp here*
*The above WebApp link does not belong to any real iBoarbot. Play with it as much as you want
Features:
- Drawing mode: It can precisely draw what you assign to it. Different users will be able to collaborate with the drawing at the same time from different devices and world places. No matter how far the drawer is; the drawing precision will be as if the drawer himself was holding the pen with his hands
- Graphics mode: Upload and draw your own graphics using the iBoardbot´s webAPP!
- Text mode: Send any text. The iBoardbot will adjust it to the right size so it can fit on the board and it will draw it using its own font. Just type it and click/tap on SEND
- IFTTT integrated: Why not send the subject of an email you just have received to the iBoardbot? Or use the iBoardbot as a Twitter wall? Or write the last SMS you have got? Or display the temperature of your home? the weather forecast maybe? The last tweet from your favourite music band? or… there are as many possibilities as possible recipes. Create your own recipe!
The iBoardbot KIT
The kit is easy to assemble in an hour or so, and only requires a couple of basic tools like screwdrivers plus internet access to control the iBoardbot
The KIT includes:
All you need to create your own IBoardbot. Just follow the assembly instructions in order to set it up (the glass of your choice can be added to the KIT as an option.See below). With this KIT you won´t have problems getting the right cables, power supply, belts, bushings, bolts…It is just assembling
- GT2 timing belt (two segments of 53+100 cms)
- pulley gt2 20 tooth
- 608 bearing
- 623 bearing
- Stainless steel round bar (8mmØ,450mm length)
- 2x round anodized aluminium tube (6mmØ, 205 mm length)
- 4x 30 cms servo cable extender
- 2x 1.8deg HIGH QUALITY NEMA 17 Stepper motors (40mm length) (4.4Kg/cm torque)
- Motor cables (14+70 cms length do the job)
- 2x SG90 servo
- DEVIA Control Board
- 2x A4988 Stepper motor drivers
- Power supply 12v/2A
- 2x copper bushing (8x11×22)
- 6mm M3 bolts
- 16mm M3 bolts
- M3 nuts
- 1x M3 self locking nuts
- fabric wipers
OTHERS:
- 3mm wide/100mm long zip ties (~x10)
- 5mmØ cable wrap (~90 cms)
- 1x Staedtler MARKER (black)
- iBOARDBOT CLOUD SERVICE INCLUDED
iBoardbot. The internet controlled whiteboard robot. PLUG & PLAY VERSION
OUT OF STOCK: GET THE REGULAR iBoardbot INSTEAD
The iBoardbot is a robot connected to the internet capable of writing texts and drawing with great precision. Also, it can erase in a quick and effective way. Send to your iBoardbot your information from any part of the world. As it has a multi-user interface you can also play and challenge your kids, use it as a collaborative notice board or as a twitter wall in your shop window.
Customers reviews:
Features:
- Drawing mode: It can precisely draw what you assign to it. Different users will be able to collaborate with the drawing at the same time from different devices and world places. No matter how far the drawer is; the drawing precision will be as if the drawer himself was holding the pen with his hands
- Graphics mode: Upload and draw your own graphics using the iBoardbot´s webAPP!
- Text mode: Send any text. The iBoardbot will adjust it to the right size so it can fit on the board and it will draw it using its own font. Just type it and click/tap on SEND
- IFTTT integrated: Why not send the subject of an email you just have received to the iBoardbot? Or use the iBoardbot as a Twitter wall? Or write the last SMS you have got? Or display the temperature of your home? the weather forecast maybe? The last tweet from your favourite music band? or… there are as many possibilities as possible recipes. Create your own recipe!
The “Plug & Play” PREMIUM KIT contains:
- GT2 timing belt (two segments of 53+100 cms)
- pulley gt2 20 tooth
- 608 bearing
- 623 bearing
- Stainless steel round bar (8mmØ,450mm length)
- 2x round anodised aluminium tube (6mmØ, 205 mm length)
- 4x 30 cms servo cable extender
- 2x 1.8deg HIGH QUALITY NEMA 17 Stepper motors (40mm length) (4.4Kg/cm torque)
- Motor cables (14+70 cms length do the job)
- 2x SG90 servo
- Arduino Leonardo compatible
- jjRobots Brain Shield
- 2x A4988 Stepper motor drivers
- Power supply 12v/2A
- 2x copper bushing (8x11×22)
- 6mm M3 bolts
- 16mm M3 bolts
- M3 nuts
- 1x M3 self locking nuts
OTHERS:
- 3mm wide/100mm long zip ties (~x10)
- 5mmØ cable wrap (~90 cms)
- 1x Staedtler MARKER (black)
- iBOARDBOT CLOUD SERVICE subscription INCLUDED
NEMA 17 Stepper motor (PACK OF 2/3) + CUSTOM CABLES
This is the NEMA17 stepper motor used in every jjRobots Project. You liked the motors which came with your kit and want another pack of two? Did you like its sturdiness / easy plug-in connector (forget to solder every time you have to change the cable length) ? This is the perfect stepper motor for MAKERs and Robots enthusiasts.
- This NEMA17 stepper motor deliver up to +32% torque compared to same size regular NEMA17 motors (for the same current demand)
- With less than 5% step accuracy deviation.
Pick a custom length cable for each motor for free!
SPECIFICATIONS
| NEMA17 stepper motor Manufacturer Part Number | MT-1703HS168A |
| Step Angle | 1.8° |
| Step Accuracy | <5% |
| Holding Torque | 45 N·cm (62oz.in) |
| Rated Current/phase | 1.68A |
| Phase Resistance | 1.65ohms |
| Voltage | 12-24 V |
| Inductance | 3.6mH±20%(1KHz) |
| Weight | 280g |
Portable Motorized Camera Slider KIT
JJrobots´s PORTABLE CAMERA SLIDER Kit. Created to simplify the set up and integration of all the different elements involved in this project.
This is a remotely controlled CAMERA SLIDER with tracking system. More info about how it works, here.
What you get when you buy this KIT:
- GT2 6mm timing belt. Fiber core. (1,5 m) + 200mm GT2 6mm ring
- 3x V-wheel bearings (type B)
- USB cable (1 m)
- Camera Screw (D Shaft D-ring 1/4 Inch) + smartphone holder
- 2x TMC2208 Ultra-silent Stepper motor driver + Heatsinks
- Devia Robotics Control Board
- 1x 20 teeth GT2 pulley + 1x 16 teeth GT2 pulley
- M3 bolts (10,15,20 mm long)+nuts SET
- 3x M5 25mm bolts SET
- 6002RS ball bearing
Optional elements:
- 3D printed parts
- 12V 2A power supply (USA/EUR/UK plug type)
- Camera swivel mount
- 700 mm 2020 BLACK anodized Aluminium v-slot profile
- 2 x NEMA 17 stepper motor (MT-1703HS168A) + 75 cm + 14 cm cable (plug and play connectors)
CUSTOMIZE YOUR KIT
Save yourself the hassle of getting all the elements from different sources. We will supply everything with the correct dimensions and quantities.
pyBot Robotic ARM
This is an OPEN SOURCE / 3D printed (Scara type) DIY Robotic Arm Kit. Arduino M0 based and created using common elements from the Makers/ 3D printers World. Controlled by the DEVIA Robotics board and programmed in Python. All the control APPs are freely available for any Windows and macOS system.
NOTE: This is a fully working Scara type Arm. We are still polishing + adding customer’s request features to the control APPs (for PC and smartphones/tables) Stay tuned for software updates.
Specifications:
- Scara Robot frame total height: 270 mm.
- Nº of axis: 3 (arm) + 2 (clamp)
- Working height with the clamp mounted: 145 mm
- Arm (extended) length: 24 cm
- Working area: 1190 cm2
- Horizontal max. speed: 220 mm/s
- Vertical max speed: 55 mm/s
- Total Weight: 2120 grams
- Repeatability (mm): 0.4 mm
- Maximum Payload Capacity (arm extended) = approx. 150 g
- Range of motion per axis: Arm: ~190° Forearm: ~280°
- Driving motors: 3x NEMA17 1.8° stepper motor
- Gripper / Actuator drivers: 2x SG90 /MG90 / MG92R servos
What you get with the KIT:
Some elements are optional as we wanted you to save money if you already have them. The 3D printed parts SET is optional too (the 3D models are available here). If you tick all the option boxes below and pick a power supply, you will get everything you need to create your own Scara Robot Arm
- SCARA Arm 3D printed parts SET (optional)
- 3x Steel Rod (Stainless 304/306) Ø 8 mm 250 mm (optional)
- 3x NEMA 17 stepper motor (high torque) + cables (optional)
- 12V/2A Power supply with 2.1 mm POWER JACK (optional)
- LIDAR distance sensor + i2C cable (optional)
- 2x 16 teeth GT2 pulley
- 2x Linear Bearing LM8UU
- 1x Linear Bearing LM8LUU
- 5x Circular Ball bearing 623zz
- 1x Circular Ball bearing 608zz
- 3x Circular Ball bearing 6002RS
- 2x SERVO carbon gears MG92R
- 1x Threaded Steel Rod (Z axis) + nut Ø 8 mm 200 mm
- 3x Timing belt 280 GT2
- 2x Cable SERVO extender 50 cm
- 1x Cable wrap 50 cm (fabric)
- 1x Aluminum axis coupler (8to5)
- 1x Evo Foam 15 × 30 mm (to increase the gripper friction)
- 4x Rubber bands (25 mm diameter approx.)
- DEVIA control Board
- 3x Motor drivers A4988 + heat sinks
- USB cable 1 m (micro USB connector)
- Set of M3 BOLTS, WASHERS and NUTS (6, 10, 15, 40 mm) + Allen Keys
Optional elements:
Remotely controlled torch / laser pointer
This is an OPEN SOURCE / 3D printed Torch/ Camera/ Laser pointer Kit. Arduino M0 based and created using common elements from the Makers/ 3D printers World. Controlled by the DEVIA Robotics board and programmed in Python.
A very accurate and fast torch pointer. Can be controlled using an Xbox and / or PlayStation controller. Alternatively, you can adapt its Python written control code to follow any pre-planned movement (or do whatever you want with it).
Capable of spinning up to 360° in 1 seconds with a 0,1° precision. A laser/camera/flashlight can be mounted on it if required. Can be controlled via Wi-Fi from up to 60m away (direct view).
It uses two NEMA17 motors and timing belts to achieve that accuracy. The construction is sturdy, and the base can be placed anywhere thanks to its “rubber feet”. Want to attach it to a tripod? Doable!
The kit comes with a harmless LED torch that projects the image of a mouse from a distance of up to 4 meters (optional)
SPECIFICATIONS
- Total height: 200 mm.
- Nº of axis: 2 (altitude and azimuth)
- Freedom of movement: -60° to +240° altitude, 0° to ±180° azimuth
- Max rotational speed: 360°/second
- Total Weight: 920 grams
- Repeatability (degrees): 0.1
- Maximum Payload Capacity without the need of weight balancing (laser/torch):120 grams
- Driving motors: 2x NEMA17 1.8° stepper motor
- Can control a 12V up to 0.5A light/laser via software when connected to the AUX port on the DEVIA control board.
- Firmware: Arduino code. Control software: Python. Both are freely available.
- WI-FI controllable. Xbox controller compatible.
What you get with the KIT:
Some elements are optional as we wanted you to save money if you already have them. The 3D printed parts SET is optional too (stl files available here). You have three options for powering the KIT: a regular power supply, battery holder and/or the Car lighter plug 12V. The power supply is included with the KIT.
- Torch laser pointer 3D printed parts SET (optional)
- 2x NEMA 17 stepper motor (high torque) with cables (optional)
- 12V/2A Power supply with 5.1mm Arduino power Jack (optional)
- 12V 3m CAR lighter power cable with 5.1mm Arduino power Jack (optional)
- 9V battery case, for 6xAA batteries (optional)
- Mouse projector LED torch (optional): make it a cat laser pointer robot!
- 2x 20 teeth GT2 pulley
- 2x Circular Ball bearing 6002RS
- 3x rubber pads for the base’s legs.
- 2x Timing belt 200 GT2
- 1x Cable wrap 50 cm
- DEVIA control Board
- 2x Motor drivers A4988 + heat sinks
- USB cable 1 m (micro USB connector)
- Set of M3 BOLTS and NUTS (6, 10, 15, 40 mm)
- Camera nut (to attach the robot´s base to a tripod)
Optional elements:
Add everything you want to be included with your kit.
Stepper motor DRIVER (A4988) + heatsink
A4988 DMOS Microstepping Driver with Translator and Overcurrent Protection. This stepper motor driver lets you control one bipolar stepper motor at up to 2 A output current per coil. Here are some of the driver’s key features:
- Simple step and direction control interface
- Five different step resolutions: full-step, half-step, quarter-step, eighth-step, and sixteenth-step
- Adjustable current control lets you set the maximum current output with a potentiometer, which lets you use voltages above your stepper motor’s rated voltage to achieve higher step rates
- Intelligent chopping control that automatically selects the correct current decay mode (fast decay or slow decay)
- Over-temperature thermal shutdown, under-voltage lockout, and crossover-current protection
- Short-to-ground and shorted-load protection
- Heat sink included
This product ships with all surface-mount components—including the A4988 driver IC—installed as shown in the product picture.
This product ships individually packaged with 0.1″ male header pins included soldered in.
The most AWESOME robotics KIT (STEM KIT)
Create 5 very different OPEN-SOURCE robots using the same electronics and ancillary elements. Everything can be modified, Hacked and customized!
STEM educational robotics KIT: In addition to being fun, the MOST AWESOME ROBOTICS STEM KIT engage beginners and advanced students and incorporate many of the fundamental STEM concepts providing a learning platform that everyone enjoys.
Fight battles with your remotely controlled B-robot, play with your torch from 50 meters away. Make the Pybot to pick-up objects, paint balls/eggs using your own pens or…create your new awesome robot from scratch!
Do you think you can improve or hack any of these robots? Do it! They are OPEN SOURCE robots, so all the info,know how and code is available for everyone. Share the knowledge! (and take a look at the JJrobots FORUM)
The robots you can create with this robotics KIT:
 OPEN SOURCE camera tracking system |
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The Sphere-O-Bot is a simple 2 axis drawing machine that can draw on most spherical surfaces. You can use it to decorate balls or eggs. |
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Python code controlled Robotic Arm
Laser/ Camera / Torch Wi-Fi remotely controlled pointer robot
CREATE YOUR OWN ROBOTICS KIT GETTING WHAT YOU NEED
NOTE: the 3D-printed parts are not included. You can get the STL files from Thingiverse and print them by yourself. The links are available in the respective robot assembly guides too. From the list below: select the correct power supply for the KIT and some optional items you may want to add to your KIT.
You already have NEMA17 motors?: No need to add them. Planning to use a longer rail for the camera slider? Save the cost of getting one from us.
The Sphere-O-bot painting robot
The Sphere-O-bot is a friendly art robot that can draw on spherical or egg-shaped objects from the size of a ping pong ball to a large duck egg (4-9 cm).
The robot is based on the original design of Evil Mad Scientist
Features:
The Sphere-O-Bot is a simple 2 axis drawing machine that can draw on most spherical surfaces. You can use it to decorate balls or eggs. This design also features the regular JJrobots electronics (the same we have used in all our robots). So you can create this robot or any other just simply printing new 3D printed parts and uploading the appropriate code.
The original idea belongs to Evil Mad Scientist
The frame was designed by Attila Nagy
The Sphere-O-bot is adjustable, and is designed to draw on all kinds of things that are normally “impossible” to print on. Not just eggs but ping pong balls, Christmas ornaments, light bulbs, and (yes) eggs (duck, goose, hens…).
The Sphere-O-bot frame was designed by Attila Nagy and slightly modified by JJrobots. The pen and egg motors are high-torque precision stepping motors, and the pen lift mechanism is a quiet and reliable servo (SG90) motor.
The Sphere-O-bot KIT
The KIT includes:
All you need to create your own Sphere-O-bot. Just follow the assembly instructions in order to set it up. With this KIT you won’t have problems getting the right cables, power supply, bolts… It is just assembling
- 2x 623 ball bearings
- Threaded steel rod (3mmØ,80mm length)
- 1x compression spring (4,5mmØ, 10 mm length)
- 2x 1.8deg HIGH QUALITY NEMA 17 Stepper motors (40mm length) (4.4Kg/cm torque)
- Motor cables (14+70 cms long) (not in the photo)
- USB cable
- 1x SG90 servo
- DEVIA Robotics Control Board
- 2x A4988 Stepper motor drivers
- Power supply 12v/2A
- 4x 6mm M3 bolts
- 14x 15mm M3 bolts
- 4x M3 nuts
- 2x 20mm Suction Cups
- 1x Marker PEN
