FAQsFrequently Asked Questions

Newrro Tech LLP is a deep-tech robotics company based in India, focused on developing cutting-edge autonomous systems, educational robotics platforms, and research-ready AMR technologies. We specialize in building intelligent, ROS-based robots that help institutions transform their engineering education, robotics curriculum, and applied research. Our mission revolves around empowering students, faculty, and industries with accessible, high-quality robotics tools that bridge the gap between theory and modern industrial applications.

Our vision is to make advanced robotics and AI education accessible to every engineering student in India. We aim to build a generation that can innovate, build, and deploy world-class robotics solutions.

Our mission focuses on: Providing hands-on robotics systems to colleges, Enabling AI-driven learning and research, Supporting institutions with turnkey robotics ecosystems, Developing affordable yet powerful AMRs and robot kits, and Bridging academia and industry through real-world robotics challenges.

Newrro exists to create tomorrow’s problem-solvers by giving them the right tools today.

Newrro provides a complete suite of robotics platforms for different levels of learning and research: ARJUNA – A flagship ROS2-based Autonomous Mobile Robot; NRC-2 – A basic AMR educational platform; Babroo – A beginner-friendly mobile robot kit; RICK Series – Modular robotics kits; Basic Robot Controller – A plug-and-play microcontroller board; and ESP32-Based Kush Bot (In Development) – A smart and expandable educational robot. Each product serves a different learning stage—from fundamentals to advanced AMR research.

ARJUNA is not just an educational robot—it is a full-scale research AMR platform designed to match industry standards. Key differentiators include: Native ROS2 architecture, LiDAR-based mapping and navigation, Visual SLAM using OAK-D Lite camera, Jetson GPU-supported AI models, Nav2 autonomous navigation, EKF-based sensor fusion (IMU + encoders + VO + LiDAR), and Modular hardware for sensor upgrades. This makes ARJUNA suitable for engineering courses, M.Tech/PhD research, R&D labs, and prototype development.

Yes. Newrro specializes in building turnkey robotics labs for colleges and universities. We provide: Complete robot packages (AMRs + kits), ROS2-compatible computers and tools, AI & Computer Vision learning modules, Faculty Development Programs, Structured semester-wise curriculum, Student project support, and Lab layout, installation, training, and certification. Our setup ensures that institutions can begin robotics teaching and research immediately without additional hassles.

We offer specialized training programs for both faculty and students, including: 3–5 Day Faculty Development Programs on ROS2, AI, AMR navigation, and perception; Student Workshops covering mobile robotics, drones, SLAM, and embedded systems; Hands-On Bootcamps on navigation, OpenCV, depth perception, and AI inference; Customized Training Modules aligned with academic syllabi; and Capstone project guidance for B.Tech, M.Tech, and research scholars. Each training is highly practical, allowing learners to build, test, and deploy real robot applications.

Newrro was founded by Nikhil U, Basavaraja HM, and Bindusagar MG, robotics engineers who have solid backgrounds in autonomous systems, embedded electronics, AI-based navigation, and educational technology. Their combined expertise ensures every product is designed with both academic and industrial relevance in mind.

You can reach us through multiple channels:

📧 Email: info@newrro.in

🌐 Website: www.newrro.in

📱 Instagram: @newrro_tech

💼 LinkedIn: Newrro Tech LLP

We respond quickly to product demos, sales inquiries, collaboration requests, and technical support needs.

Yes. Research collaboration is one of our core strengths. We support institutions with: AMRs for research labs, SLAM and AI-based navigation experiments, Custom sensor integrations, Joint publications and research papers, Drone and robotics ecosystem development, and Student and faculty mentorship. Our platforms are research-ready and used for academic publishing and prototype development.

We offer structured support that includes: Remote assistance via email, call, and video; 48-hour support response time; Firmware and software updates; Directed troubleshooting assistance; ROS package updates and improvements; and Guidance for lab maintenance and robot handling. Our aim is to ensure long-term, uninterrupted use of our robots in your institution.

Yes. All major robotics products come with a 6-month warranty, covering manufacturing defects, electronics faults, and sensor issues, as long as the original seals and operational guidelines are maintained.

Our robots support a wide range of modern software: Ubuntu + ROS2 (Humble/Foxy), OpenCV, DepthAI + Myriad X, TensorRT & CUDA for AI acceleration, Nav2 for autonomous navigation, SLAM Toolbox / RTAB-Map, and Custom Python and C++ packages. This makes our robots ideal for both beginners and advanced researchers.

Yes. With OAK-D Lite, Jetson GPU support, depth sensing, and ROS2 integration, our robots can perform: Object detection & tracking, Human pose estimation, Environment understanding, Visual SLAM, Depth-based navigation, Scene segmentation, and AI-powered obstacle detection. This makes them suitable for PG/PhD research and real-world experimentation.

Absolutely. We offer customizable: Sensors (LiDAR, depth, cameras, radar, IMU), Compute units (Nano/Orin/Xavier), Wheel and drive configurations, Communication modules, Software packages, and Curriculum modules. We design robots according to your research goals and educational objectives.

While our primary focus is education and research, our technology is applicable in: Warehousing & logistics, Agriculture automation, Healthcare robotics, Environment monitoring, Vision-based inspection systems, Autonomous transportation, and Drone-based autonomy. Our AMRs are capable of scaling into prototype-stage industrial solutions.

Yes. We offer annual and multi-year partnerships which include: Yearly lab upgrades, Advanced FDP and refresher training, Support for student competitions (e-Yantra, SAE, hackathons), Consultation for research papers, and Internship and recruitment support. This ensures continuous improvement in the institution’s robotics ecosystem.

Yes. Products like Babroo, NRC-2, and RICK Series are built for entry-level learners. They include step-by-step tutorials, easy programming interfaces, and modular hardware which help students transition smoothly from basics to advanced robotics.

Colleges can contact us through email or our website. We offer both virtual demonstrations and on-campus demos, followed by complete technical and financial proposals tailored to the institution’s requirements.

Our robots include: BMS-protected batteries, Regulated power distribution, Short-circuit and over-voltage protection, Stable current supply for motors, Emergency stop options, and Temperature and load monitoring. These ensure safe handling, even in student labs.

Yes. Many institutions use our robots to run: Paid workshops, Certification training, Skill development programs, AI/robotics bootcamps, Intercollegiate events, and Student projects and consultancy work. This allows institutions to generate revenue while simultaneously enhancing their robotics culture.