RoboSquad offers plug‑and‑play robotics kits with modular hardware compatible with Arduino, ESP32, and ROS‑2, combined with a cloud‑based learning platform that delivers structured workshops, online courses, mentorship, and on‑demand 3D‑printing of custom parts. The bundled solution enables K‑12 schools, after‑school clubs, and hobbyist or university teams to prototype, certify, and compete with functional robots more quickly and affordably.
Funding
Funding not disclosed
Founders
Product
Problem
Many hobbyists, school programs, and competition teams lack affordable, modular robotics hardware combined with structured, hands‑on training, making it difficult to acquire practical engineering skills and iterate prototypes quickly.
Solution
RoboSquad delivers a suite of plug‑and‑play robotics kits that integrate standardized microcontrollers, sensor modules, and mechanical sub‑assemblies, enabling users to build functional robots with minimal wiring. The kits are paired with a curriculum of in‑person workshops, self‑paced online courses, and one‑on‑one mentorship that guide learners through circuit design, firmware development, and control algorithms. An on‑demand 3D‑printing service converts user CAD models into printable STL files and produces finished parts, closing the prototype loop. All instructional content and project files are hosted on a cloud‑based learning management system that tracks progress, issues certificates, and syncs code repositories for competition compliance. By bundling hardware, education, and rapid prototyping, RoboSquad lowers the entry barrier for sustained robotics experimentation.
Target Audience
The primary customers are K‑12 schools, after‑school clubs, and independent hobbyists or university teams preparing for robotics competitions that require a turnkey hardware and training solution.
Features
- Modular hardware platform with interchangeable chassis, motor drivers, and sensor packs compatible with Arduino, ESP32, and ROS‑2 ecosystems
- Drag‑and‑drop firmware library and IDE extensions for rapid code prototyping and real‑time debugging
- Structured workshop series and accredited online courses covering electronics, mechanics, and autonomous control
- Personalized mentorship program offering weekly video sessions, code reviews, and competition strategy advice
- On‑demand 3D‑printing pipeline: user uploads CAD (STEP/STL), automated slicing, and high‑resolution polymer printing with material selection guidance
- Cloud LMS that logs build iterations, provides automated assessment rubrics, and integrates with school SIS via LTI standards
- Competition‑ready compliance package including weight, dimension, and safety certifications aligned with major robotics leagues
- Community portal with forums, shared project repositories, and leaderboard for challenge participation