Makeblock MINT Roboter Erweiterung 3-in-1 "Talkative Pet" (Add-on Paket) "Bauen Sie 3 neue Roboter aus dem mBot: Roboter Hund - Rover - Roboter Pinguin" Inhalt: 1x Audioplayer zur Musik Wiedergabe 1x Microservo Motor 9g 1x RJ25 Adapter 1x Halterung für 18650 Akkus 1xRJ25 Kabel-20 cm 2x Flexibler Lochstab 3 Loch 3x Flexibler Lochstab 4 Loch 1x Flexibler Lochstab 20 Loch 15x Plastik Abstandshalter 4*7*3 6x Plastik Abstandshalter 4*7*10 14x M4 Schrauben 6x M4 selbstsichernde Schrauben 4x M4 30mm Schrauben 4x M4 30mm Schrauben 4x M4 22mm Schrauben 10x M4 8mmSchrauben 1x Schraubenschlüssel

"Makeblock-Wireless Wifi module 2,4GhZ Serial for mbot" Beschreibung: Das Makeblock 2.4G Wireless Serial Modul ist für Klassenzimmer oder Workshop konzipiert, wenn viele Menschen die drahtlose Kommunikation gleichzeitig nutzen. Es verwendet die gleiche Technologie wie eine drahtlose Maus. Es gibt es keine Signal-Interferenz, wenn viele Module gleichzeitig arbeiten. Enthalten ist ein Dongle, um Ihren Computer anzuschließen und ein Modul zum Anschließen des mBots. Der Mbot wird nun an der seriellen Schnittstelle Ihres Computers erkannt, wie wenn Sie ein Kabel mit dem USB Port verbinden. Eigenschaften: Lassen Sie Auto-Pairing, die gleiche Technologie wie drahtlose Maus,USB Dongle Unterstützung 32 & 64 Bit Windows & Mac OS. Treiber automatisch installiertKeine Signalstörung, wenn viele mBots gleichzeitig arbeiten Technische Daten: Standard Baudrate: 115200Kommunikationsabstand: ca. 10 MeterStromversorgung: 5V DCAbmessung: 30mm * 20mm * 14mm Stückliste: 2.4G Wireless Serial Module × 12.4G drahtloser serieller USB × 1 Benutzerhandbuch:  https://www.youtube.com/watch?v=kiO8VYpIGsw   Makeblock - 2.4G Wireless Serial für mbot Beschreibung: 2.4G Wireless  Modul zur direkten Verbindung mit Makeblock Robotern. Über mblock kann ein Roboter direkt programmiert werden Eigenschaften: Auto Pairing USB Dongle-Unterstützung 32 & 64 Bit-Windows & Mac OS. Treiber werden automatisch installiert Kein Signalstörungen, wenn viele mBots gleichzeitig arbeiten Technische Daten: Standard-Baudrate: 115200 Kommunikationsabstand: ungefähr 10 Meter Stromversorgung: 5V DC Maß: 30mm * 20mm * 14mm Stückliste: 2.4G Wireless Serial Module × 1 2.4G Wireless Serielle USB × 1 Benutzerhandbuch: https://www.youtube.com/watch?v=kiO8VYpIGsw

Makeblock "MEDS150 Servo Motor" / Servo Motor for MINT Robots Mechanical specification     Size: 40×20×41mm     Weight: 75g     Gear type: 5 metal gear wheel     Limit angle: 210°±5°     Bearing: 2*bearing     Horn toothing: Φ8mm35T     Horn type: plastic, POM     Case: aluminum alloy+plastic technology     Connecting wire: 230mm±5mm     Motor: Coreless motor     Splash water resistance: No      Electrical specification         Operating voltage: 6.0V     No load current: 8mA     Speed without load: 0.19sec/60°.     Operating current: 450mA     Maximum stall torque: 16.5kg.cm     Blocking current: 2500mA      Control specification        Command signal: Pulse width change     Amplifier type: Digital controller     Pulse width range: 500-2500usec     Neutral position: 1500usec     Operating degree: 180°±3°(at 1000~2000usec)     Dead bandwidth: 5 usec     Rotation direction: Counterclockwise(at 1000~1500usec)

Makeblock Sensor "Gas Sensor V1" / Gas for MINT Robot. Me gas sensor contains MQ2 type smoke sensor, which has good repeatability, long-term stability, short response time and durable working performance. It is widely used as a gas leakage monitoring device in family and business, and is suitable for detecting liquefied natural gas (LNG), butane, propane, methane, alcohol, hydrogen, smoke and so on. Its black ID means it has an analog port and must be connected to the port with the black ID on the Makeblock Orion.   technical specifications Operating voltage: 5.0V ± 0.1 V Heating voltage: 5.0V ± 0.1 V Heating resistance: 33Ω ± 5% (at room temperature) ? Heating power: <800mw Warm-up time: >24h Detection range: 100-10000 ppm Operating temperature: 20 ± 2? (in standard condition) Operating temperature: -20?-50? Relative humidity: < 95%RH Oxygen concentration: 21% (in standard condition) Module dimensions: 51 x 24 x 18mm(L x W x H) Functional characteristics: The white surface of this module is the reference surface for the contact area of the metal supports Adjustable resistor to set the sensitivity Preheat for a while before use to keep it warm after preheating Blue indicator lights up when a certain amount of combustible gas has accumulated and is detected. Provide output port for digital and analog signal Strong stability and fast detection Support mBlock GUI programming, and applicable for users of all ages Adopt RJ25 jack for easy connection Provide pin type port to support most development boards including Arduino series   Pin definitions: The Me gas sensor connector has three pins, and their functions are as follows:   Connection Connection with RJ25 Since the connector of the Me-Gas sensor has a black ID, you need to connect the connector with the black ID on the Makeblock Orion when you use the RJ25 connector. Using the Makeblock Orion as an example, you can connect ports #6, #7, and #8. Connection with dupont wire If the dupont wire is used to connect the module to the Arduino UNO baseboard, its DO pin should be connected to the digital port   Principle Me Gas Sensor has an adjustable resistor to adjust the sensitivity of the sensor to the smoke. The smoke concentration depends on the distance between the sensor and the smoke source. In the same environment, the closer the distance, the higher the smoke concentration; the farther the distance, the lower the smoke concentration. Therefore, it is necessary to set a voltage value that corresponds to the corresponding smoke concentration threshold.   Detection principle: MQ-2 type smoke sensor uses tin oxide as gas-sensitive semiconductor material, which acts as N-type ionic semiconductor on the surface. When the temperature is in the range of 200~300?, the tin oxide adsorbs the atmospheric oxygen and forms negative oxygen ions, so that the electron density of the semiconductor is decreased and its resistance is increased. When the potential energy barrier at the grain boundary is modulated by the smoke when in contact with smoke, its change causes the conductance to change. From this, one can obtain the information whether the smoke exists or not. The greater the smoke concentration, the greater the conductance and the lower the output resistance. The decrease of the mass resistance of the sensor leads to an increase of the output voltage to ground. By comparing the output voltage and the threshold voltage using the comparator on the module, the concentration of the detected smoke can be determined.

"Makeblock Sensor "3-Axis Accelerometer and Gyro Sensor V1" / Accelerometer & Gyroscope for MINT Robots" The Me 3-axis accelerometer and gyroscope sensor is an ideal module for robot motion and posture detection. It contains a 3-axis accelerometer, a 3-axis angular velocity sensor and a motion processor, and provides an I2C port for communication. It can be used on the self-balancing cart, 4-axis aircraft, robots and mobile devices. It has the advantage of high dynamic range and low power consumption. Its white ID means it is in I2C communication mode and should be connected to the port with white ID on Makeblock Orion.   Functional characteristics Input voltage: 5V DC Signal mode: I²C communication Module size: 51 x 24 x 18 mm (L x W x H)   Pin definitions The port of Me 3-axis accelerometer and gyro sensor has 4 pins, and their functions are as follows:   Connection Connection with Rj25 Since the port of Me 3-axis accelerometer and gyro sensor has white ID, you need to connect the port with white ID to Makeblock Orion when using RJ25 port. Using the Makeblock Orion as an example, you can connect it to ports #3, #4, #6, #7, and #8. Connection with Dupont Wire If the module is connected to the Arduino UNO baseboard using the dupont wire, the SCL and SDA pins should be connected to the I2C port, i.e. port A5 and A4 respectively.   Principle The Me 3-axis accelerometer and gyro sensor integrates a 3-axis accelerometer, a 3-axis angular rate sensor (gyro), and a digital motion processing engine (DMP), and outputs the integrated 9-axis synthetic data as a single data stream to the application client via the I2C port. The 3-axis accelerometer can measure the change in acceleration in the X, Y, and Z axes. By sensing the total inertial force in a certain direction, the accelerometer can measure acceleration and gravity. The 3-axis accelerometer means it can detect the motion or gravity of an object in 3D space. The accelerometer can be used to measure gravity g. When the module is still and completely motionless, the force exerted on it by the Earth's gravity is approximately 1 g. If it is placed vertically, it will detect the force acting on it along the Y axis, about 1 g. If it is set up at a certain angle, it detects that the force of 1 g is distributed along different axes. When it is in motion or vibrating in 3D space, the Me 3-axis accelerometer and gyro sensor will detect the force of more than 1 g in one or more axes as well as acceleration. Velocity and displacement can be determined by integrating the acceleration. When an object rotates around an axis, the angular velocity is generated. The 3-axis angular velocity sensor (gyro) can detect the change in angular velocity in the X, Y, and Z axes. The motion processing engine can output data directly through the I2C port, which reduces the load on the peripheral microprocessor and avoids complicated filtering and data synthesis.

"Makeblock Bluetooth Module for mBot V1" Description: Makeblock Bluetooth module is specially designed for use with mobile devices. You can use your smartphones or computers (Bluetooth enabled) to control the mBots wirelessly with this module. Features: Android & IOS app for users to play in different scenes Easy to work with mBlock software for graphical programming.   Specifications: Operating voltage: 5V DC power; Version: Bluetooth 2.0 and 4.0 compatible; Level output voltage: 5V / high, 0V / low; Dimension: 30mm * 20mm * 14mm (length x width x height).

"Makeblock Robot Arm Add-on Pack for Starter Robot Kit". Description: Makeblock Robotic Arm Add-on Pack is a robot pack to expand your Makeblock starter robot kit. It contains all parts, such as DC motor 37, robot gripper, beam, toothed washers and hardware to build the robot arm. The robot arm tank is interesting, agile and strong enough. It can be controlled by IR remote control to turn the robot in all directions and fetch a 200 ml bottle of water, for example. Use this set to build the Robotic Arm on a tank! Features: All parts of the robotic arm are included. Largest open size of the robotic gripper is 76mm until the motor inside the gripper stops.

The Ultimate 2.0 Robot is a comprehensive kit for beginners to explore the robotic world or to build a complex robot. The kit contains all the necessary parts to build your own robot: Metal gear motors an Arduino-compatible controller programmable RGB LED strips different types of sensors robot gripper other mechanical parts It is also ideal for learning Arduino and Scratch programming. You can control your robot with your smartphone or tablet via Bluetooth connection. Makeblock also offers a whole range of mechanical parts for the Ultimate robot kit without electronics modules. With the included step-by-step tutorial in this kit, you can get started building a robot arm car, or check out the 3D models from the 10 other robot projects.   What is the Ultimate 2.0 Robot Kit? Ultimate 2.0 is a flagship robot kit based on Makeblock platform with extensive features and strong compatibility. Whether you are a Raspberry Pi or Arduino enthusiast, a mechanical or electronic engineer, a teacher or a student, the kit will help you learn the knowledge of mechanical structures, electronic modules and programming skills with ease   Features Herrpreragend for learning robotics, electronics and Arduino programming Build more than 10 robot projects Aluminum extrusion structure Easy assembly, no soldering required With Bluetooth, you can control your robots with your smartphone or tablet Programming and control: smart device app control (free from coding) Scratch programming (Graphical programming tool suitable for your kids) Arduino programming    Powerful mainboard - MegaPi The MegaPi is a small but powerful mainboard based on Arduino MEGA 2560. It has six functional areas that can be connected with modules to realize wireless a communication or drive different motors. The MegaPi is capable of addressing 10 servos or 8 DC motors simultaneously. It can be used to build various robots, such as 3D printers and other robot projects.   Graphical programming environment The Makeblock software is based on Scratch 2.0, which allows the mBot to be programmed graphically using drag-and-drop.   The software supports all functions and complete control of the mBot. For advanced users, a custom Arduino Sketch can then be used. More information can be found here.   IPad / Tablet Programming In addition to PC programming, Ultimate 2.0 also supports programming from your iPad and tablets with an easy to use app - Makeblock HD. Explore with Ultimate 2.0 with the existing projects or develop your own.   Robot arm tank This robot arm tank consists of a highly adaptable track chassis and a flexible robot arm. This robot is designed to help you grip, lift and transport objects in different environments. Robot Bar Mixer The robot bartender consists of a mobile chassis, a variable angle support structure and a self-adaptive clamp.  It can independently pour drinks into a glass and bring the glass to you. Camera Dolly The camera dolly consists of a mobile chassis and a 360-degree rotating base. Add a smartphone or camera to this robot and start filming from a low angle. You can also set a path for the robot to follow to capture the moments of your life. (Motion noises can affect the sound recording). 3D Capture   3D Capture is a simple but powerful 360-degree rotating platform consisting of a cell phone holder and a rotating structure. Add a cell phone and make the robot move around small objects.  Self-balancing robot  

Product Information "Makeblock MINT Robot Expansion 3-in-1 "Six-legged Robot" (Add-on Package)" What is the mBot six-legged robot? The mBot six-legged robot is a 3-in-1 expansion package based on mBot. You can construct "Beetle", "Mantis" and "Crazy Frog" with mBot and the parts in the pack. The mBot six-legged robot makes mBot more lively and fun. Let's get started with the six-legged robot!   Shape one: Beetle A six-legged beetle that moves quickly. It turns around and attacks the enemy immediately!   Shape two: Mantis It crawls silently and waves two arms. It is the hunter from the darkness, and to reach you, and to catch you....   Form three: Crazy frog A little crazy frog, racing around so madly, no one can stop it.   Specifications SKU 98050 Model mBot six-legged robot Type Expansion pack Weight 255g (8.99oz) Outer packing size(length×width×height) 100×60×150mm Teileliste 6 × Screw M4 x 8mm 8 × Screw M4 x 14mm 8 × Screw M4 x 22mm 4 × Screw M4 x 30mm 4 × Screw M4 x 35mm 8 × NutM4 16 × Lock Nut M4 12 × Plastic Spacer 4 x 7 x 10mm 14 × Plastic Spacer 4 x 7 x 3mm 24 × Rivet 2 × Beam0412-108-Blue 2 × Beam0412-092-Blue 6 × Beam0412-076-Blue 2 × Beam0412-060-Blue 2 × Plate 45°-Blue 1 × Wrench M5+M7    

The robots of the company Makeblock are characterized by innovative ideas and great workmanship. Each robot kit consists of anodized and stable aluminum parts, which can easily be used for your own projects. Programming is done via the Arduino program interface, via Scratch or one of the apps.   Makeblock makes innovative ideas about robotics and programming tangible and offers an intuitive introduction to the world of robotics and Arduino for everyone. Whether young or old, Makeblock is an enrichment for all ages, whether for playing, learning or prototyping.    The Offroad Champion - Land Raider The Land Raider off-road robot can handle a wider variety of terrain than most other robot vehicles or robot cars. It is fast and overcomes the most difficult obstacles with its multiple bearing track drive.   The running bird - Raptor The raptor or velociraptorwas a bipedal, very fast running carnivore. The robot is very close to its ancestor in speed and agility. It is very suitable for races and competitions.   The nervous bird - Nervous Bird This little robot really deserves its name! Due to its self-balance function, it is constantly balancing itself, constantly trying to find its balance. Standing still is a foreign word for him. Fun to look at, but still a great toy with great technology.      mBot Ranger Category STEM Educational Robot Building Form(s) 3 Main Control Chip Arduino Mega 2560 Extension Ports 10 motor/sensor ports On-Board Sensor 6 x sensors, include:Light sensorultrasonic sensorline followergyroscopetemp sensorsound sensor LED Lamplets 12 PC Programming mBlock iPad/Tablet Programming MakeblockHD Smartphone App Under development Scratch v Arduino v Communication Bluetooth Online Courses v Power Supply 6 x AA Battery   Specifications Software and programming PC-mBlock; iPad/Tablet-Makeblock Arduino IDE Main Control Board Arduino Mega 2560, 256KB flash memory, 8KG SRAM, 4KB EEPROM Sensor 2 x Light sensor1 x Sound sensor1 x Gyroscope1 x Temperature sensor1 x Ultrasonic sensor1 x Line follower Speaker 1 x Buzzer Battery 6 x AA battery (not included) Motor 2 x 400 RPM Wireless Communication Bluetooth Dimensions 200 x 165 x 120mm (7.78x6.49x4.71 inch) Max. Weight 1400g (49.38oz)

Product information "Makeblock-mBot Contest Add-on Pack for Robot Competition/Competition". Makeblock-mBot Contest Add-on Pack for Robot Competition/Competition.   The Contest Add-On Pack consists of the following parts: 1 x MB ORION V1 - Makeblock - Me Orion V1  10 x shortenable connection - blue 4 x mounting plate 3x6 2 x plate 0324-072 4 x support 0824-080 50 x screw M4 x 8mm 4 x angle 3x3 2 x plate 45° 50 x M4 nut 8 x brass spacer M4 x 20 10 x brass M4 x 12+6 50 x self-locking nut M4 100 x washer plastic 4x7x2 1 x MB GRIPPER MINI - Makeblock - Mini Gripper 1 x 9g Micro Servo 1 x MB MINI PAN TILT - Makeblock - Mini Pan - Tilt Kit 1 x MB MICROSWITCH B - Makeblock - Me Micro Switch B 1 x MB ME RJ25 V2 - Makeblock - Me RJ25 Adapter V2 4 x MB RJ25 6P6C 20 - Makeblock - 4x 6P6C RJ25 cable - 20 cm 4 x MB RJ25 6P6C 35 - Makeblock - 4x 6P6C RJ25 cable - 35 cm 1 x MB RGB LED V1 - Makeblock - Me RGB LED V1 1 x MB PIR-SENS V1 - Makeblock - Me PIR Motion Sensor V1 1 x MB TEMP-SENS V1 - Makeblock - Me Temperature and Humidity Sensor V1 1 x MB FLAM-SENS V1 - Makeblock - Me Flame sensor V1 1 x MB GAS-SENS V1 - Makeblock - Me Gas Sensor V1

"Makeblock-Plastic Rivet R4100 (50-Set)" Plastic Rivet R4100 (50-Set)

"Makeblock-Me Infrared Receiver Decode V3" Description: The Me Infrared Receiver Decode module is designed to receive infrared signals and control robotics from infrared remote control. The infrared receiver can receive signals within 10 meters. However, it is not able to receive signal more than 10 meters. We use MCU instead of IC BC7210 in V3.0, it is programmed like BC7210. The IR remote control is under the NEC IR protocol. If you need to use other IR protocols, you can try to reprogram it. Makeblock also provides an Arduino library for this module and provides a simple software interface for the decoding signals to allow users to program it easily.   Features: Better decoder solution than V2.0 Easy control by using IR control under NEC IR protocol Comes with Arduino library for easy programming Overcurrent protection Easy wiring with 6 pin RJ25 interface Labeled with blue tag and compatible with Me baseboard 2.54mm breakout pins to connect to jumper wires 16mm interval M4 mounting holes compatible with Makeblock beams Two LEDs for on board indication for debugging and feedback Distance: 10 meters in free space Dimensions: 2.4cmx4.8cm Note: The battery of IR remote control panel is not included to ensure safe transportation. The battery size is CR2025.

"Open Robots for Makers" Makeblock & Hanser Verlag book - 319 pages incl. e-book. DIY robot building and programming with Makeblock! Have you been experimenting with LEGO® MINDSTORMS® and long for a robotics set that gives you endless freedom in terms of programming and mechanics? Makeblock robots give you that and so much more. In this book, you'll learn everything you need to know to build and program robots just the way you want them, using the smart software and electronics of the Makeblock product world.   In this book you will learn - which mechanical and electronic connections you need to know in order to control your digital friend: Everything about motors, sensors, LEDs, power supply & Co. - how to execute or write programs in the visual development environment mBlock (Scratch or Arduino mode) to control your robot - how to equip your robot with all senses using the Makeblock sensors as well as the embedded functionalities of the cloud computing platform Microsoft Azure - be it for the detection of obstacles, speech, light and much more. - How to remotely control your robot via Bluetooth or smartphone.   From easy to challenging, there's a project for every skill level, so you'll soon be able to make your robot do exactly what you want.If you're eager to bring your own ideas to life, this book will give you all the skills you need to build and program your very own robot using Makeblock software and hardware - just like a real developer!   Extra: E-Book inside

The mBot-S is your entry into the world of robotics and programming! The mBot-S is an advanced kit of the Makeblock star "mBot". It contains all the original parts of the classic kit and also allows you to give the robot a personal touch using the LED Matrix Display! An educational and fun robot, the mBot-S is quite easy to use, making it a perfect tool to help beginners learn STEM (math, computer science, science, technology, art & music). The robot can be built in different variations and controlled using apps and software (mBlock) and programmed graphically or text-based. In the process, everyone learns firsthand how fascinating the world of mechanics, eectronics, control and computer science can be!   This is what the mBot-S can feel and perform! - mBot-S sensors: light sensor, push button, infrared sensor, ultrasonic sensor, line following sensor - mBot-S actuators: LED matrix display, buzzer, RGB LED, infrared transmitter, two motors. - mBot-S connectivity: Bluetooth or USB   Contents of mBot-S Explorer Kit: - 1x manual "Quick Start Guide - 1x manual "Assembly Guide - 1x LED Matrix - 1x Ultrasonic Sensor - 1x line follower sensor - 1x Bluetooth Module - 1x mBot-S brain / mainboard mCore - 2x mBot housing for mCore - 2x motors - 1x mBot body / chassis - 1x mini wheel - 2x tires - 4x screw "M2.2*9.5 - 8x nut "M3 - 6x screw "M3*25 - 4x nut "M4 - 25x screw "M4*8 - 4x screw "M4*14 - 8x brass pin screw "M4*25+6 - 4x brass pin screw "M4*16+6 - 1x angle "3*3*120 - 1x 2,5mm double tool "Screwdriver & Imbuss". - 3x Cable RJ25 20cm - 2x motor parts - 2x pulley 90T for motor - 1x acrylic board - 1x line follower ball - 1x Infrared Remote Control - 1x Battery holder for 4x AA batteries - 1x USB cable - 4x plastic holder "4*7*10 - 10x plastic holder "4*7*3 - 8x Bolt "R2064 - 1x adhesive tape "Hook & Loop

"Makeblock RJ25 to Dupont Wire". RJ25 to Dupont Wire is the connection of Makeblock electronic modules to other modules with Doupont interface. With this wire, you can use Makeblock Orion to control a wider range of sensors and electronic modules to create more amazing works. You can also connect Makeblock electronic modules to standard dupont modules.   Features: Compatible with RJ25 and Dupont interfaces. Includes: 2 x RJ25 to Dupont wire

"Makeblock-The mBot Book." This 440+ page book contains a large collection of examples and programs to help you understand the world of robotics. Programming is explained to you with countless examples and colorful illustrations, making it easy to learn programming languages. This is a "must read" for all Arduino lovers, tech fanatics and makers.

Makeblock Sensor "Micro Switch B" / Push Button for MINT Robots   The Me Micro Switch B is a physical switch and can be used perfectly with Makeblock parts. When triggered, it sends a signal to the control side. It can be connected to the Orion development board via the cable and RJ25 adapter module, and can be connected to Makeblock mechanical parts via the standalone brackets.   technical specifications Rated voltage: 250V AC Rated current: 1A Contact resistance: ≤50 mΩ Insulation resistance: ≥1 MΩ Switch life: 10,000 times Dimensions: 20 x 6 x 24 mm (L x W x H) without cable.   Functional characteristics Small size and easy to install Provide connecting wires to avoid re-welding by user Fully compliant with Arduino library functions to allow user to program easily Control of machine equipment and use of position-limited protection and circuit components Long mechanical and electrical life of the switch