Schlagwort-Archive: Programming

Creativity in motion: The modular robot Otto from HP Robots

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The HP Robots Otto is a versatile, modular robot designed specifically for educational purposes. It offers students and teachers an exciting opportunity to immerse themselves in the world of robotics, 3D printing, electronics and programming. The robot was developed by HP as part of their robotics initiative and is particularly suitable for use in science, technology, engineering and mathematics (STEM) classes.

Key features of Otto:

  • Modular design: Otto is a modular robot that allows students to build, program and customize it through extensions. This promotes an understanding of technology and creativity. The modular structure allows various components such as motors, sensors and LEDs to be added or replaced, which increases the learning curve for students.
  • Programmability: The robot can be programmed with various programming languages, including block-based programming for beginners and Python and C++ for advanced programmers. This diversity allows students to continuously improve their coding skills and adapt to the complexity of the tasks.
  • Sensors and functions: Equipped with ultrasonic sensors for obstacle detection, line tracking sensors and RGB LEDs, Otto offers numerous interactive possibilities. These features allow students to program complex tasks such as navigating courses or tracing lines. The sensors help to detect the environment and react accordingly.
  • 3D printing and customizability: Students can design Otto’s outer parts themselves and produce them with a 3D printer. This allows for further personalization and customization of the robot. This creative freedom not only promotes technical understanding, but also artistic skills. Own parts can be designed and sensors can be attached to desired locations.

Educational approach:

Otto is ideal for use in schools and is aimed at students from the age of 8. Younger students can work under supervision, while older students from the age of 14 can also use and expand the robot independently. The kit contains all the necessary components to build a functioning robot, including motors, sensors, and a rechargeable battery.

Programming environments:

Otto is programmed via a web-based platform that runs on all operating systems. This platform offers different modes:

  • Block-based programming: Similar to Scratch Jr., ideal for beginners. This visual programming makes it easier to get started in the world of programming and helps students understand basic concepts such as loops and conditions.
  • Python: A Python editor is available for advanced users. Python is a popular language that works well for teaching because it is easy to read and write. Students can use Python to develop more complex algorithms and expand their programming skills.
  • C++: Compatible with the Arduino IDE for users who have deeper programming knowledge. C++ offers a high degree of flexibility and allows students to access the hardware directly, allowing for their own advanced projects.

Expansion Kits:

In addition to the Starter Kit, there are several expansion kits. All expansion kits require the starter kit, as they are built on top of it.

Emote Expansion Kit:

  • It includes components such as an LED matrix display, OLED display, and an MP3 player that allow the robot to display visual and acoustic responses.
  • This kit is particularly suitable for creative projects where Otto should act as an interactive companion.
  • The emote kit allows Otto to show emotions, mirror human interactions, and develop different personalities.

Sense Expansion Kit:

  • With the Sense Kit, Otto can perceive its surroundings through various sensors.
  • Included are sensors for temperature, humidity, light and noise as well as an inclination sensor. These enable a wide range of interactions with the environment.
  • The kit is ideal for projects that focus on environmental detection and data analysis.

Interact Expansion Kit:

  • The Interact kit expands Otto’s tactile interaction capability through modules such as push buttons, rotary knobs and accelerometers.
  • It enables precise inputs and reactions, as well as measurement of acceleration.
  • This kit is great for playful activities and interactive games.

Invent Expansion Kit:

  • The Invent kit is specifically designed to encourage users‘ creativity. It allows the individual adaptation of Otto’s functionalities and design through 3D printing and additional modules as well as compatible clamping blocks.
  • Users can design and print new accessories to make the robot unique.
  • Equip Otto with legs and teach him to walk or make him fit for outdoor use off-road with chains.

Use in the classroom:

Otto comes with extensive resources developed by teachers. These materials help teachers design effective STEM lessons without the need for prior knowledge. The robot can be used both in the classroom and at home. The didactic materials include:

  • Curricula: Structured lesson plans that help teachers plan and execute lessons.
  • Project ideas and worksheets: A variety of projects that encourage students to think creatively and expand their skills.
  • Tutorials and videos: Additional learning materials to help students better understand complex concepts.

Conclusion:

The HP Robots Otto is an excellent tool for fostering technical understanding and creativity in students. Thanks to its modular design and diverse programming options, it offers a hands-on learning experience in the field of robotics and electronics. Ideal for use in schools, Otto provides teachers with a comprehensive platform to accompany students on an exciting journey into the world of technology. In particular, Otto’s versatility through the 3D-printed parts and expansion packs offers the opportunity to build the personal learning robot.

HP Robots Otto – Infrared/Line Tracking Sensors Test

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‘Switch’ by VEX Robotics: Bridging the Gap Between Block Coding and Python

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Helping Students Learn Python within a Familiar Coding Environment and at Their Own Pace

GREENVILLE, Texas, Dec. 9, 2024 /PRNewswire-PRWeb/ — VEX Robotics, a leader in K-12 STEM education, announces the launch of “Switch,” a revolutionary method for learning Computer Science. Switch is a research-based, patented feature within VEXcode, VEX Robotics’ coding platform for all its products. To date, VEXcode has offered students both block-based and python coding languages. With the introduction of Switch inside VEXcode, students can simplify their transition between these two languages by integrating Python commands directly within their block-based code.

Research has consistently shown that block-based coding is best for novice learners to begin programming. However, as students progress they are motivated by the authenticity and power of text-based coding. Research also shows that this transition, from blocks-based to text-based coding, is not trivial, and is often the reason students do not continue to study Computer Science. Switch provides educators with a new tool that fosters a deeper understanding of programming concepts.

Students can now learn Python syntax, editing, and writing at their own pace—all within the familiar block-based environment. Switch offers several key features to facilitate this learning process:

  • Convert: Instantly convert one or more normal blocks into a Switch block with a single click, allowing you to see the underlying Python code.
  • Edit: Within a Switch block, you can edit the Python code directly, just as you would with regular text editing.
  • Write: Add new blank Switch blocks to write Python code from scratch, complete with auto-complete suggestions to assist you.
  • Drag and Drop: Rearrange and move Switch blocks just like normal blocks, enabling you to edit the program’s structure through drag-and-drop actions.
  • Syntax: Begin with converting a single block to a Switch block to see and learn the Python syntax, and progress to more complex code when you’re ready.
  • Learn More: Advance to writing multi-line Python code with proper indentations to deepen your understanding, all within a Switch block.
  • Familiar: All of this is done within the comfort of the block-based environment you’re already familiar with, making the transition to text-based programming smoother and more intuitive.

Switch’s scaffolded approach supports learners transitioning from block-based to text-based coding, building confidence and proficiency in a single, supportive environment. The development of Switch demonstrates VEX Robotics’ commitment to providing schools with programs that strengthen STEM education for students of all skill levels.

“Teaching Computer Science is important but also challenging,” said Jason McKenna, Vice President of Global Education Strategy. “Educators are seeking ways to teach programming in an approachable manner that allows students to transition from block-based to text-based coding. Switch is an innovative solution in our ongoing efforts to make STEM and Computer Science Education accessible to all students.”

In addition to facilitating a seamless transition from blocks to text-based coding, Switch assists students in the following key areas:

  • Enhanced Differentiated Learning: Switch enables students to progress at their own pace by only converting specific parts of their code to Python when they are ready. This adaptability supports differentiated learning, allowing educators to personalize instruction for students who may excel or need additional support.
  • Syntax Guidance and Error Reduction: With built-in autocomplete functionality and automated indentation, Switch helps users learn Python syntax with fewer errors. This guidance allows students to focus on understanding programming concepts rather than being hindered by syntax errors, thereby reducing frustration and fostering confidence.
  • Integrated Learning Pathway within VEXcode: Switch is an integral feature of VEXcode, allowing students to start with block-based coding, incorporate Python using Switch, and eventually move to full text-based coding—all in one platform. This structured pathway supports students’ progression from novice to advanced levels in a cohesive environment, reinforcing continuity in their programming journey.

“Research conducted by our team offers empirical evidence for the effectiveness of Switch,” said Dr. Jimmy Lin, Director of Computer Science Education. “The findings contributed to our understanding of how to design environments that support students of varying experience levels and confidence in transitioning from blocks-based modalities to Python”

VEXcode with Switch is free and compatible with the following VEX Robotics platforms: IQ, EXP, V5, and CTE Workcell. Additionally, VEXcode with Switch is available with a subscription in VEXcode VR, an online platform that enables users to learn programming by coding Virtual Robots (VR) in interactive, video game-like environments. VEXcode with Switch is accessible on Chromebooks, Windows, and Mac computers.

“Throughout December, in celebration of Computer Science Education Week, we’re inviting everyone to try Switch with VEXcode VR or with their VEX hardware,” said Tim Friez, Vice President of Educational Technology. “Our new Hour of Code activities and resources enable students to explore Switch coding across both hardware and virtual platforms.”

Transitioning from blocks to text can be challenging, but with the patented Switch features, it doesn’t have to be.

Discover how Switch and VEXcode can empower your students to master Python at their own pace. Visit switch.vex.com to learn more.

Wandelbots presents NOVA: The world’s first agnostic operating system for robots

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Dresden, November 6th, 2024 – Last night at its exclusive launch event in Dresden, Wandelbots unveiled the world’s first agnostic operating system specifically developed for industrial robotic automation. With NOVA, a new era of automation begins, setting new standards in efficiency, accessibility, and innovation.

„With NOVA, we are witnessing a new dawn in industrial automation,“ said Christian Piechnick, CEO of Wandelbots. „Just as Android revolutionized smartphones and Windows transformed the PC world, NOVA will make industrial robotics accessible to everyone and create new ways for software developers to commercialize.“

Carl Doeksen, Global Robotics / Automation Director for Abrasive Systems at 3M states: „At 3M, we collaborate with startups, to augment our innovation model. We’re proud to be part of Wandelbots‘ journey to democratize robotics. Today, the vast majority of the abrasive applications are still done manually. Wandelbots NOVA will lower the barrier for companies to automate these types of processes. With NOVA, users are empowered with the process know-how they need to select the right abrasive materials; they can easily input the parameters for their workpiece and specify the desired final state using a simple UI. For 3M, NOVA provides an opportunity—not only to equip end-users with the tools they need, but to make our extensive expertise in process technology more accessible.“

Modern Programming Languages and Vendor Independence

Wandelbots NOVA is the world’s first agnostic operating system for robots, designed to make robotics accessible to everyone. By supporting modern development tools like Python and JavaScript, NOVA empowers millions of developers to create and scale robotic applications with ease, reducing the complexity of automation. Following a Plan, Build, and Operate approach, NOVA simplifies the entire automation lifecycle with AI technologies at its core—from planning and simulation to deployment and scaling—ensuring continuous support throughout each phase. Its seamless integration with existing hardware allows businesses to leverage past investments while scaling across multiple robots and brands, without costly retooling—accelerating projects, lowering costs, and increasing flexibility. Wandelbots’ close collaboration with Microsoft and OpenAI ensures scalability and that the latest and greatest AI capabilities enhance NOVA’s feature set.

As a vendor-independent operating system, NOVA simplifies and optimizes the complex world of industrial robotics by integrating hardware components from various manufacturers and making them accessible to everyone using through a modern interface. Complex programming and inflexible automation landscapes are now things of the past. NOVA’s open API concept, unique user experience, and seamless integration of externally developed apps make it a versatile platform for both robot users and millions of software developers.

Proprietary and outdated programming languages, high operating costs, a lack of skilled labor, and closed ecosystems have so far prevented the full realization of robotics‘ enormous potential—especially in small- and medium-sized enterprises, where robotics is still a niche topic. NOVA, as a unified operating system, will significantly advance robotics by enabling easy programming and control of robots from different manufacturers without the need for specialized expertise. This reduces operating costs, speeds up innovation processes, and eliminates the dependence on hard-to-find skilled personnel. Especially for SMEs, where the current level of automation is still in the single digits, NOVA opens up entirely new perspectives.

An Open Ecosystem for Software Developers

Wandelbots NOVA is much more than just an operating system. It offers a unified user interface for all robot manufacturers and models. Software developers can access development tools, UI elements, standardized libraries, and sample applications through the dedicated developer portal. Using the Python-based programming language „Wandelscript,“ they can create innovative solutions for interacting with robots and share their experiences within the community specifically created for this purpose.

A New Era of Automation

The launch of NOVA marks a turning point. It opens up new opportunities for companies to leverage automation. In addition, software developers, who currently create apps or websites, can now unleash their creativity in a completely new industry.

How NOVA Supports Companies

Wandelbots NOVA was developed with four key objectives to support companies:

  1. Support revenue growth: Automate processes faster and more reliably.
  2. Optimize Operations: Manage the entire robotics automation process through a single platform and reduce the complexity of shop floor IT.
  3. Reduce costs and risks: Virtual planning, commissioning, and support of automation systems lower the barrier to entry and the risk of unnecessary investments.
  4. Improved Usability: Automation projects with user-friendly frontend applications enable easy interaction between employees and robots.

Addressing the Labor Shortage and Simplifying Robotics

One major advantage of NOVA is its ability to counter the growing shortage of skilled robot programmers and production workers. Through intuitive frontend applications and a unified user interface, NOVA makes it easier than ever for employees to interact with robots without requiring technical knowledge. A modern and unified programming language also opens up a completely new field of activity for millions of software developers, thus strengthening the industry’s innovative capacity.

Investment Protection Thanks to Realistic Simulation with Digital Twins

Future automation systems can be tested for functionality before costly hardware equipment is purchased. The integration of Wandelbots NOVA with the NVIDIA Omniverse platform empowers developers and operators to create physically accurate digital twins of robots, factories, and movable workpieces for simulation before real-world deployment. This seamless integration delivers consistency between the digital twin and the physical automation cell throughout their entire lifecycle, which can enhance efficiency and reduce potential errors.

Wandelbots NOVA – Beta Phase Starts Now

Since June, the first approximately 50 customers have been able to experience the advantages of Wandelbots NOVA in the closed beta phase. Now, Wandelbots is making its operating system available to more users in the open beta phase. Interested users can register at https://www.wandelbots.com/developers-beta

Learn More at the SPS Trade Fair

We warmly invite you to see NOVA yourself and test it live at the SPS from November 12th to 14th: https://www.wandelbots.com/sps You can find us in Hall 6, Stand 248. Feel free to contact us at [email protected] to schedule an appointment. We are also happy to be available for interviews on-site.

In short:

  • NOVA enables programming and controlling robots independent of the vendor
  • NOVA brings robotics out of the niche and makes it accessible to the masses
  • Software developers can easily create their own robotics applications
  • NOVA, in combination with NVIDIA Omniverse, enables simulation and planning with digital twins
  • Strong collaboration with Microsoft ensures scalability and cutting-edge AI features
  • Interested companies and developers can sign up for the beta phase

Get your own Rick and Morty Butter Bot!

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https://circuitmess.com/pages/butter-bot-teaser

New Features Available for VEXcode 4.0

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VEX Robotics updated VEXcode for a new year of coding! VEXcode 4.0 for VEX IQ, VEX EXP, and VEX V5 brings users some exciting new features! These efforts aim to streamline user experience and support added accessibility options. Explore the new features for each platform below and in their accompanying VEX Library articles!

New Features in VEXcode IQ 4.0

VEXcode IQ 4.0 introduces major updates. Notable additions include Switch Blocks, which enable a seamless transition from block-based to text-based coding on a physical robot, enhanced save and load features for web-based VEXcode, and new accessibility options like Read Blocks Aloud. These updates are designed to streamline the user experience and support beginners and advanced users.

Learn more about these updates here: https://kb.vex.com/hc/en-us/articles/29278709186708-New-Features-in-VEXcode-IQ-4-0

New Features in VEXcode EXP 4.0

VEXcode EXP 4.0 offers comprehensive updates designed to elevate the educational experience for teachers and students. This release includes full support for the CTE Workcell, enabling seamless integration of industrial robotics into the classroom. The new Switch Blocks feature allows for a smooth transition from block-based to text-based coding, facilitating advanced learning. Additionally, web-based wireless project downloads enable more efficient workflows by allowing users to connect to an EXP Brain directly from their web browser. Enhanced accessibility features like Read Blocks Aloud, customizable voices, and high-contrast themes make VEXcode more inclusive and user-friendly. The updated AI Vision Sensor now supports AprilTags and AI Classifications, enhancing autonomous capabilities. With these enhancements, VEXcode EXP 4.0 continues to support a wide range of educational needs, from introducing beginners to advanced robotic programming.

Learn more about these updates here: https://kb.vex.com/hc/en-us/articles/29373428548372-New-Features-in-VEXcode-V5-4-0

Vention and ABB collaborate to make cobot automation accessible to SMBs

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Montreal/Berlin, September 10, 2024 – Vention, the company behind the cloud-based Manufacturing Automation Platform (MAP), announces its collaboration with ABB Robotics, confirming the compatibility between the Vention platform and the ABB GoFa™ family of cobots. Vention and ABB customers benefit from a seamless integration of both companies‘ technologies, from the design phase of the robot cells to the processes on the factory floor.  

As part of the Vention ecosystem, ABB will gain access to a wider range of do-it-yourself automation customers, while Vention will expand its offering with ABB’s robotic solutions. The mutually beneficial relationship will expand market reach and innovation for both companies.  

Enhanced automation capabilities with the ABB GoFa™ CRB15000 Series  

The ABB GoFa™ robots, now available on the Vention marketplace, offer  manufacturers proven cobots with a payload of 5 kg, 10 kg and 12 kg. Known for their safety, ease of use and performance, ABB GoFa™ robots are  designed to work side-by-side with humans in various applications, from assembly and welding to  material handling and inspection. 

ABB GoFa™ robots, enhanced by the power of the Vention Manufacturing  Automation Platform 

ABB GoFa™ robots are now compatible with the entire Vention platform,  including MachineBuilder (design), MachineLogic (robot programming),  MachineAnalytics (operational monitoring and data) and Remote Support (on-demand support). This compatibility provides ABB customers with an intuitive user experience, from  the design to the operation of robot cells. In addition, ABB GoFa™ robots  will be available for Vention’s  innovative Rapid Series application line during 2025.  

„We are very pleased to welcome ABB to the Vention ecosystem. This collaboration enhances our ability to deliver democratized and powerful automation solutions“ says Etienne Lacroix, Founder and CEO of Vention.  

„The partnership with Vention represents a significant step forward for both companies. This collaboration combines ABB’s advanced cobot portfolio with Vention’s expertise in application design and delivery. By bringing together our hardware and software capabilities, we’re making robot automation more accessible and easier to integrate for businesses of all sizes. „Our joint efforts will address key industry trends and help companies improve their operations and make workplaces safer and more efficient,“ said Andrea Cassoni, Head of Collaborative Robotics at ABB Robotics.  

About Vention  

Vention helps companies automate their production areas in just a few days through a democratized user experience. Vention’s digital manufacturing automation platform allows customers to design, automate, order, and deploy automated equipment directly from their web browser. Vention is headquartered in Montreal, Canada, with offices in Berlin and Boston. Its more than 300 employees serve more than 4,000 customers on five continents and in 25 manufacturing industries. For more information, see vention.com or follow us on LinkedIn. *MachineMotion, MachineLogic, MachineCloud and Vention are trademarks of Vention Inc.  

About ABB Robotics 

ABB (ABBN: SIX Swiss Ex) ABB is a technology leader in electrification and automation, enabling a more sustainable and resource-efficient future.  The company’s solutions combine technical expertise and software to optimize the manufacturing, movement, power, and operation of things.  Building on more than 140 years of excellence, ABB’s more than 105,000 employees are committed to driving innovation that accelerates industrial transformation. www.abb.com

ABB Robotics & Discrete Automation, as one of the world’s leading providers of robotics and machine automation, is the only company with a comprehensive and integrated portfolio that includes robots, autonomous mobile robots and machine automation solutions developed and orchestrated by our value-added software. We help companies of all sizes and industries – from automotive to electronics to logistics – to become more resilient, flexible and efficient. ABB Robotics & Discrete Automation is helping customers transition to the connected and collaborative factory of the future. The business unit employs around 11,000 people at over 100 locations in around 53 countries.  go.abb/robotics

Block coding for all modern LEGO® hubs

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Endless creativity and fun with smart LEGO® bricks using Pybricks

November, 2023 – Pybricks Headquarters: Today, the Pybricks team presents the first beta release of block coding for all modern LEGO® hubs. For the first time, fans of all LEGO themes can bring their smart bricks together in a single app for endless possibilities and creativity.

Whether you want to make smart train layouts, autonomous Technic machines, interactive BOOST creatures, or super-precise SPIKE and MINDSTORMS robots, you can do it with Pybricks.

Pybricks is beginner-friendly and easy to use. There’s no need to install complicated apps or libraries either. Just go to https://beta.pybricks.com, update the firmware, and start coding.

And now for the first time, no prior Python coding experience is required. You can code with familiar but powerful blocks, and gradually switch to Python when you’re ready. The live preview makes it easy to see how your blocks translate to Python code.

Meanwhile, more seasoned builders and robotics teams will enjoy advanced features such as color sensor calibration or builtin gyro control for drive bases.

The new block coding experience is exclusively available to our supporters on Patreon. You can sign up for a monthly subscription or make a one-time pledge in our shop for lifetime access.

Python coding remains entirely free and open source, and continues to be supported by a community of developers and LEGO enthusiasts around the world. Improvements are made almost every day, with the lead developers actively engaging with the community for ideas, bug fixes, and brand new features.

So grab your LEGO sets and start coding!

ABB is the first manufacturer to provide intuitive, block-based no-code programming for all cobots and six-axis industrial robots

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  • First-time users can program their collaborative robots and industrial robots for free within minutes
  • System integrators and experienced users can develop, share, and customize sophisticated programs for application-specific features

ABB Robotics has expanded the scope of its free Wizard Easy Programming software for collaborative robots to include all six-axis industrial robots running on an ABB OmniCore™ controller. This makes ABB the first robot manufacturer to offer an easy-to-use no-code programming tool for cobots and six-axis industrial robots. This lowers the barriers to automation for early adopters and provides ecosystem partners and integrators with an efficient tool to support their customers.

„If we want to promote and advance the use of robotic automation on a global scale, we need to address the challenges and opportunities of the industry,“ says Marc Segura, head of the robotics division at ABB. „By adding our six-axis industrial robots to Wizard Easy Programming, ABB Robotics is responding to the skills shortage and increasing demand from manufacturing companies for simple and easy-to-use programming software for their robot fleets.“

Create robot applications without prior training

Wizard Easy Programming uses a graphic, drag-and-drop, no-code programming approach designed to simplify the development of robotic applications. The software allows both first-time and experienced robot users to create applications in minutes – a task that typically requires a week of training and another week of development work. Since its launch in 2020, Wizard Easy Programming has been used in a wide range of applications in conjunction with ABB’s YuMi, SWIFTI™ and GoFa™ collaborative robots.

Wizard Easy Programming, previously available for ABB’s collaborative robots, is now available for all of the company’s six-axis industrial robots. (Image: ABB)

The software offers users the opportunity to create complete programs for applications such as arc welding or machine tending without prior training. An intuitive graphical user interface allows you to customize existing programs and pre-programmed blocks to control various actions – from robot movements to signal instructions and force control – for added flexibility.

Efficiently generate specific codes for specific applications

Wizard Easy Programming also includes Skill Creator, a tool that helps system integrators and experts create custom, application-specific wizard blocks for their customers. Skill Creator simplifies the creation of new blocks for highly specific tasks such as machine tending and welding, but also for difficult applications such as medical tests. Ecosystem partners who develop accessories such as grippers, feeding systems and cameras will have access to a digital tool that allows them to share product-specific functionalities regardless of the type of robot to be used.

Wizard Easy Programming is pre-installed on all cobots and new six-axis industrial robots running ABB’s OmniCore controller. The leading robot controllers of the OmniCore family are characterized by an energy saving potential of 20 percent on average and a high degree of future-proofing – thanks to integrated digital connectivity and over 1,000 scalable functions.

More information about Wizard Easy Programming is available here.

Variobot VariAnt: The Robot Ant

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The presence of robots in our modern environment is getting increasingly casual to see. Robots are progressing rapidly in terms of both their capabilities and the potential uses they have. Examples of this include self-driving automobiles and drones. The VariAnt, a robot created by Variobot, is another amazing example.

VariAnt: At the First Glance

VariAnt, a robot ant, moves and acts almost exactly like its biological model. It independently explores its environment using a sensor system to detect obstructions or markers. The Variobot programmable kit is appropriate for researchers who are passionate and young at heart.

Advanced Autonomy

Like the majority of living things, the variAnt adjusts to the surroundings by detecting relative brightness. Using a network of patented sensors is made feasible. The autonomous robot ant has light sensors connected to its body, legs, antennae, and jaw claws that can be positioned as needed.

A processor is housed on an Arduino-compatible nano board, which serves as the ant robot’s central processing unit (CPU). The small control unit provides connections for two motors, 12  analog sensors,  8 digital I/Os,  2 programmed buttons, 2 reed switches for step numbers, that may be used in any way, and 15 status LEDs that can be plugged in and switched as needed.

The state of the sensors, motors, and reed switches may all be indicated by the LEDs. Inside the ant’s head is a tiny circuit board that is equipped with plug-in ports, which enables the flexible combination and extension of environmental sensors.

The lithium-ion battery that comes standard with the variAnt has a run time of around 3  hours and can be recharged using the provided USB cord.

The Walking Mechanism

The robotic ant makes use of these to identify objects, lines, light sources, or shadows in its surroundings, and then either follows them or stays away from them in an intentional manner.

The purpose of the walking mechanism that was created and patented by Variobot is to mimic the natural mobility of an ant as closely as possible. This is doable with only 24 different components made of acrylic.

VariAnt: Best for

For individuals of all ages, the robot ant is also an engaging and entertaining toy. You can use this set to design your own robot to behave, move, and appear like an actual, but much bigger, ant. The robot is an interesting thing to watch due to its distinct motions and behaviors, and due to its size, it can be used in a number of scenarios. The variAnt kit costs around €199.

Conclusion

The VariAnt might revolutionize robotics and our understanding of nature. Since it mimics ants, the VariAnt can perform many tasks that conventional robots cannot. Whether employed for research, environmental monitoring, or as a toy, the VariAnt is a groundbreaking robotics innovation that will captivate people worldwide.