Best Robotics Kits for Kids in India: Complete 2025 Guide
Why Robotics Kits Are Transforming How Indian Children Learn in 2025
Picture this: Your 8-year-old builds their first robotics kit that responds to voice commands. Your 12-year-old programs a self-driving car model. Your teenager designs an AI-powered system that solves real-world problems using advanced robotics kits for kids. This isn’t science fiction—this is what educational robotics kits make possible today,STEM robotics kits,Coding robotics kits,DIY robotics kits.
India stands at a transformative moment. With the National Education Policy (NEP) 2020 pushing experiential learning and the educational robotics market projected to skyrocket from USD 38.3 million in 2024 to USD 189 million by 2030, robotics kits or DIY robotics kits have moved from an elite privilege to an essential learning tool for every child. Kerala recently became the first state to make robotics compulsory for Class 10 students, setting a precedent that other states will soon follow.
Parents across India face a critical choice: invest in quality robotics kits for kids that prepare their children for a tech-driven future, or watch them struggle in a world dominated by AI, automation, and robotics. The question isn’t whether your child needs educational robotics kits—it’s which robotics kit should you choose?
Understanding Robotics Kits: What Makes Them Essential for Modern Education
What Are Robotics Kits and Why Do Children Need Them?
Robotics kits are comprehensive educational tools that contain electronic components, motors, sensors, and programming interfaces designed to teach children engineering, coding, and problem-solving through hands-on projects. Unlike traditional toys, quality robotics kits for kids transform passive screen time into active learning experiences.
Traditional education teaches children about science. Robotics kits make children do science. When a child assembles a robotic arm from their DIY robotics kit, they’re not memorizing Newton’s laws—they’re experiencing them. Research from middle school robotics programs shows students who work with educational robotics kits score 15% higher on math and science problem-solving tasks compared to peers in traditional classrooms.
The difference is staggering. While conventional learning relies on rote memorization, robotics kits and DIY robotics kits create an immersive, hands-on environment where:
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Abstract concepts become tangible: Understanding angles and measurements becomes crystal clear when programming a robot from your STEM robotics kit to navigate a maze
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Failure becomes a teacher: When a robot doesn’t move correctly, children learn to break problems into smaller parts, analyze each component, and apply logical reasoning—skills that transfer to every aspect of life
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Curiosity drives learning: Studies show classes using robotics kits see a 20% increase in student attendance and 30% increase in active participation compared to traditional science classes
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The 7 Life-Changing Benefits Your Child Gains From Robotics Kits
1. Supercharges Problem-Solving Skills Through Hands-On Robotics Kits
A groundbreaking study from Ben-Gurion University revealed that children working with educational robotics kits show significantly enhanced problem-solving abilities. Children participating in structured robotics kit instruction demonstrated statistically significant improvements in creative problem-solving compared to those engaged in traditional pen-and-paper tasks.
Real-world impact: When students program robots from their coding robotics kits to perform specific tasks—like sorting objects by color or navigating obstacles autonomously—they develop systematic thinking. They learn to identify problems, break them into manageable components, test hypotheses, and iterate solutions. This computational thinking becomes a lifelong superpower applicable to academics, careers, and personal challenges.
Popular resources on problem-solving:
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Learn more about computational thinking with robotics
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Explore STEM problem-solving techniques
2. Unleashes Creativity and Innovation With DIY Robotics Kits
Contrary to popular belief, robotics kits don’t limit creativity—they amplify it. Research measuring creativity levels using the Torrance Tests of Creative Thinking found that students working with robotics kits for kids demonstrated a 25% increase in creativity scores, particularly in fluency and originality of ideas.
Robotics kit projects are inherently open-ended. When tasked with designing a robot to clean up waste or create a robotic pet using their DIY robotics kit, children explore multiple solutions, experiment with different designs, and think outside conventional boundaries. There’s rarely one “correct” answer, encouraging kids to approach challenges from diverse perspectives.
3. Builds Future-Ready STEM Skills With Educational Robotics Kits
The LinkedIn Emerging Jobs Report (2024) ranked AI Specialists, Robotics Engineers, and Data Scientists among the top 10 fastest-growing careers in India. By introducing children to robotics kits early, you’re not just teaching them to build machines—you’re preparing them for careers that don’t yet exist.
Robotics kits seamlessly integrate:
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Science: Understanding physics, motion, forces, and energy through STEM robotics kits
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Technology: Learning programming languages like Python and Scratch via coding robotics kits
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Engineering: Designing structures, selecting materials, calculating gear ratios with engineering robotics kits
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Mathematics: Applying geometry, algebra, and measurements in practical contexts
This interdisciplinary approach helps children see how different subjects interconnect, deepening their understanding and appreciation of each field.
External resources for STEM learning:
4. Develops Patience, Perseverance, and Resilience With Robotics Kits
Building and programming robotics kits isn’t always easy. Children face technical challenges, encounter bugs in their code, and watch their designs fail. But here’s the magic: robotics kits teach kids that failure is progress, not defeat.
Through the iterative design process—design, test, analyze, refine, repeat—children working with educational robotics kits develop:
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Patience: Understanding that results require time and sustained effort
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Perseverance: Continuing despite obstacles and setbacks
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Resilience: Bouncing back from failures with renewed determination
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Growth mindset: Viewing challenges as opportunities to improve
These emotional and psychological skills are as valuable as technical knowledge, shaping children into confident, adaptable individuals.
5. Enhances Collaboration and Teamwork Through Group Robotics Kit Projects
Robotics kit projects naturally foster collaborative learning. Students work in teams to conceptualize, design, build, and program their robots using group robotics kits. This mirrors real-world STEM professions where teamwork is essential.
Children learn to:
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Communicate effectively: Articulating ideas, explaining technical concepts, and listening actively
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Leverage individual strengths: Recognizing that diverse skills contribute to collective success
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Negotiate solutions: Balancing different viewpoints to reach consensus
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Share responsibilities: Dividing tasks and coordinating efforts
These interpersonal skills prepare children for collaborative work environments they’ll encounter throughout their academic and professional lives.
6. Boosts Confidence in Digital Skills With Coding Robotics Kits
In our digitized world, technological literacy is non-negotiable.DIY Robotics kits transform children from passive consumers of technology into active creators. As they gain experience building and programming coding robotics kits, they become comfortable working with electronic devices, software, and emerging technologies.
This confidence extends beyond robotics. Children who learn with educational robotics kits also develop:
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Computational thinking: Breaking down complex problems systematically
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Debugging skills: Identifying and fixing errors methodically
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Logical reasoning: Creating step-by-step algorithms to achieve goals
Early exposure to robotics kits establishes a solid foundation that enables children to adapt to any technological challenge they encounter in the future.
7. Inspires STEM Career Aspirations Through Robotics Kits
Exposure to robotics kits for kids profoundly impacts how children perceive STEM careers. Participation in robotics kit clubs and competitions provides a tangible link between their efforts and practical applications, helping them gain clearer understanding of real-world STEM professions.
Studies show robotics kit education demystifies STEM fields and increases interest, especially among underrepresented groups. When children see their robots functioning as a result of their programming with STEM robotics kits, they realize: “I can build the future.” This realization often catalyzes lifelong interest in technology, engineering, and innovation.
Choosing the Best Robotics Kits for Your Child: Age-by-Age Guide
Best Robotics Kits for Ages 6-8 (Beginner Level)
At this age, children need beginner robotics kits that focus on mechanical concepts without requiring coding skills:
Top picks for starter robotics kits:
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RoboXCraft Junior Explorer Kit: Battery-free mechanical models teaching basic robotics and engineering principles
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Building block robotics kits: Compatible with popular building systems for familiar, comfortable learning
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Simple motor robotics kits: Introduction to powered movement and basic circuits
What to look for in robotics kits for young children:
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Large, safe components in quality kids’DIY robotics kits
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No soldering or complex tools required
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Visual, picture-based instructions
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Durable, child-safe materials
Best Robotics Kits for Ages 8-12 (Intermediate Level)
This age group thrives with intermediate robotics kits that introduce visual programming and sensor integration:
Top picks for middle school robotics kits:
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RoboXCraft 5-in-1 STEM Kit: Build five different robots controlled via mobile app—a comprehensive educational robotics kit
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Arduino-based starter robotics kits: Introduction to electronics and basic coding
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Sensor-equipped DIY robotics kits: Learning about environmental inputs and outputs
What to look for in robotics kits for pre-teens:
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Block-based programming interfaces in coding robotics kits
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Multiple project options for extended engagement
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Expandable components for growing skills
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Comprehensive learning materials
Helpful resources:
Best Robotics Kits for Ages 12-16 (Advanced Level)
Teenagers benefit from advanced DIY robotics kits featuring text-based coding and complex electronics:
Top picks for advanced robotics kits:
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RoboXCraft Advanced AI Kit: Programming robots using Python and machine learning concepts—truly sophisticated STEM robotics kits
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Raspberry Pi robotics kits: Full computer integration with IoT capabilities
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Competition-ready robotics kits: VEX and FIRST-compatible systems
What to look for in robotics kits for teens:
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Text-based programming (Python, C++)
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AI and machine learning integration
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Advanced sensors and actuators
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Competition compatibility
External resources for advanced learning:
The RoboXCraft Advantage: Making World-Class Robotics Kits Accessible
Why RoboXCraft Robotics Kits Stand Out
In a landscape where premium robotics kits can cost lakhs annually, RoboXCraft is revolutionizing access to quality robotics kits for kids for Indian families. Our mission is simple yet powerful: every child deserves robotics kits that make them creators, innovators, and problem-solvers.
1. Affordable, High-Quality Robotics Kits for Every Budget
We offer best-in-class robotics kits for kids designed specifically for Indian learners aged 6-16. Our educational robotics kits range from beginner-friendly DIY robotics kits to advanced coding robotics kits that integrate AI and IoT concepts. Each robotics kit includes:
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Child-safe, durable components: Built to withstand enthusiastic young engineers
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Step-by-step printed manuals: Clear instructions in simple language
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No soldering or complex tools required: Plug-and-play designs for immediate engagement
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Expandable modules: Robotics kits that grow with your child’s skills
Popular robotics kits include:
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RoboXCraft Junior Explorer (Ages 6-10): Battery-free mechanical models teaching basic robotics and engineering principles
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RoboXCraft 5-in-1 STEM Kit (Ages 8-12): Build five different robots controlled via mobile app—a comprehensive multi-project robotics kit
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RoboXCraft Advanced AI Kit (Ages 12-16): Programming robots using Python and machine learning concepts
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2. Structured, Age-Appropriate Curriculum for Every Robotics Kit
Our robotics kits come with meticulously designed curricula that match cognitive development stages. Whether your child is just beginning with starter robotics kits or ready for competitive robotics with advanced robotics kits, RoboXCraft offers:
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Beginner courses: Introduction to robotics, basic mechanics, and visual programming
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Intermediate courses: Coding with Scratch and block-based languages, sensor integration, and project-based learning
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Advanced courses: Python programming, Arduino integration, AI fundamentals, and autonomous systems
Each robotics kit curriculum emphasizes hands-on projects that keep children engaged while building practical skills.
3. Expert Mentorship and Live Support for All Robotics Kits
Unlike standalone DIY robotics kits, RoboXCraft provides ongoing mentorship. Our experienced instructors guide students through:
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Live online sessions: Interactive classes where children learn, build, and code together using their robotics kits
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Troubleshooting support: Real-time assistance when children encounter technical challenges with their robotics kits
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Project showcases: Opportunities for students to present their robotics kit creations and receive feedback
This mentorship model ensures children don’t just complete robotics kit projects—they understand the underlying principles and develop confidence to tackle new challenges independently.
4. Community and Competitions for Robotics Kit Enthusiasts
RoboXCraft fosters a vibrant community of young innovators using our robotics kits. We organize:
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Local robotics kit contests: Encouraging friendly competition and collaboration
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Online maker forums: Spaces where students share robotics kit projects, exchange ideas, and inspire each other
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Participation in national competitions: Supporting students interested in competitive robotics like VEX, FIRST, and more
Being part of this community keeps children motivated, expands their perspectives, and builds lasting friendships with like-minded peers passionate about robotics kits.
Top SEO Keywords for Finding the Best Robotics Kits
If you’re researching robotics kits for your child, you’ve likely searched terms like:
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Robotics kits (22,200 searches)
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Robot programming kits
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Beginner robotics kits
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Advanced robotics kits
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Arduino robotics kits
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These keywords reflect growing awareness among Indian parents that robotics kits aren’t optional—they’re essential.
Real Stories: How RoboXCraft Robotics Kits Transform Children’s Lives
Ananya, Age 10, Bengaluru
“Before getting my first RoboXCraft robotics kit, I thought only boys could build robots. Now I’ve built a robotic arm from my DIY robotics kit that can pick up objects! My teachers say I’m better at math now because I understand angles and measurements when I program robots from my educational robotics kit.”
Arjun, Age 14, Pune
“I used to find coding boring. But when I learned to code my robot from the RoboXCraft coding robotics kit to navigate mazes, it became fun. Now I’m building a self-driving car model using my advanced robotics kit for my school science fair. I want to become a robotics engineer when I grow up.”
Priya, Parent, Delhi
“Investing in RoboXCraft DIY robotics kits was the best decision we made. My daughter’s confidence has skyrocketed working with her STEM robotics kit. She used to be shy, but now she presents her robotics kit projects to her class. She’s learned teamwork, problem-solving, and perseverance—skills she’ll carry forever.”
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The India Opportunity: Why Robotics Kits Are Critical Now
Government Support Through NEP 2020 and Atal Tinkering Labs
India’s government is investing heavily in STEM education and robotics kits for schools. Over 10,000 Atal Tinkering Labs have been established nationwide with robotics kits and equipment, with plans to expand to 50,000. Importantly, 60% of these labs are in government and rural schools, ensuring equitable access to educational robotics kits.
Kerala’s decision to make robotics kits and robotics education compulsory for Class 10 students signals a nationwide trend. Other states are expected to follow, making robotics kit literacy a standard educational requirement within the next few years.
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Explosive Market Growth for Robotics Kits
India’s educational robotics kits market is growing at 32% annually, one of the fastest rates globally. The tech-toy market, including robotics kits for kids, is projected to reach USD 1.6 billion by 2030, driven by increasing parental demand and improved internet penetration in tier-2 and tier-3 cities.
This growth reflects a fundamental shift: Indian parents recognize that traditional education alone won’t prepare children for the future—they need hands-on experience with robotics kits.
Bridging the Digital Divide With Affordable Robotics Kits
Despite progress, only 40-50% of Indian school children have access to tech-based learning resources like robotics kits. RoboXCraft is committed to closing this gap by offering affordable, scalable robotics kits for kids that reach students across socio-economic backgrounds.
By making quality robotics kits accessible, we’re not just educating children—we’re leveling the playing field and empowering the next generation of Indian innovators.
Frequently Asked Questions About Robotics Kits
Q1: What age is appropriate for robotics kits?
Children as young as 6 can begin with simple mechanical beginner robotics kits that don’t require coding. By age 8-10, they’re ready for intermediate robotics kits with block-based programming. Ages 12+ can dive into advanced robotics kits with text-based coding using Python and Arduino.
Q2: Will robotics kits help my child in academics?
Absolutely. Research shows students working with educational robotics kits score higher in math and science, show improved problem-solving abilities, and demonstrate greater engagement in school. The hands-on learning from robotics kits reinforces theoretical concepts, making them easier to understand and remember.
Q3: My child isn’t interested in STEM. Can robotics kits still benefit them?
Yes! Robotics kits develop critical life skills—creativity, teamwork, perseverance, communication—that benefit children regardless of their career path. Many children who initially showed no STEM interest become passionate after experiencing the excitement of building and programming their first robotics kit.
Q4: Are robotics kits expensive?
Not anymore. RoboXCraft offers affordable robotics kits starting from budget-friendly price points, with options for every budget. We believe cost should never be a barrier to quality STEM robotics kits and education.
Q5: Do I need technical knowledge to help my child with robotics kits?
Not at all. Our robotics kits come with comprehensive manuals, video tutorials, and live mentorship. Parents learn alongside their children, making robotics kit projects a wonderful bonding experience.
Q6: How do robotics kits prepare children for future jobs?
Robotics kits teach computational thinking, coding, engineering principles, and problem-solving—skills in high demand across industries. Even fields not traditionally seen as “tech” increasingly rely on automation, data, and AI. Educational robotics kits future-proof your child’s career prospects.
Q7: Can robotics kits be used in homeschooling?
Absolutely! Robotics kits are perfect for homeschooling environments. They provide structured, self-paced learning experiences that align with STEM curriculum standards. Many homeschooling robotics kits come with complete lesson plans and assessment tools.
Q8: Are there robotics kits suitable for girls?
All quality robotics kits for kids are gender-neutral and equally suitable for boys and girls. Studies show girls who work with educational robotics kits early develop strong STEM confidence and are more likely to pursue tech careers. RoboXCraft actively encourages girls in robotics through special programs and mentorship.
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Take Action Today: Choose the Right Robotics Kit for Your Child
The future isn’t coming—it’s already here. Every day your child spends without quality robotics kits is a missed opportunity to build skills that will define their success.
Join the RoboXCraft Robotics Revolution
✅ Explore our complete range of robotics kits designed for ages 6-16
✅ Enroll in age-appropriate robotics kit courses with expert mentorship
✅ Book a free trial class to experience the RoboXCraft robotics kit difference
✅ Connect with our community of young innovators across India using robotics kits
Limited-Time Offer: Enroll this month and receive a FREE starter robotics kit with your first course registration!
Internal links to explore:
The Bottom Line: Why Robotics Kits Are Your Child’s Competitive Advantage
Choosing DIY robotics kits for your child isn’t about following a trend—it’s about giving them the tools to shape their destiny. In a world where technology evolves daily, children who learn to create, innovate, and solve problems with educational robotics kits will lead. Those who don’t will follow.
RoboXCraft DIY robotics kits ensure your child becomes a leader.
The question isn’t whether robotics kits matter. The question is: When will you give your child this life-changing advantage?
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About RoboXCraft:
RoboXCraft is India’s leading provider of affordable, high-quality robotics education for children aged 6-16. We believe every child deserves the opportunity to become a creator, innovator, and problem-solver. Through our hands-on robotics kits, structured courses, and expert mentorship, we’re empowering the next generation of Indian leaders in technology and beyond.
Contact Us:
📧 Email: contact@roboxcraft.com
📱 WhatsApp: [+918235056944]
🌐 Website: www.roboxcraft.com
📍 Location: [Bangalore Yelahanka, India]
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