Product Information
About
【Bundle Value】A robotics-to-IoT learning bundle that pairs mechanical movement with connected electronics and wireless project practice
【Buy Together Advantage】Give learners a moving tank robot for visible results and a separate ESP-32 kit for deeper wireless experiments
【Conqueror Robot Tank Kit】Use it as a tracked UNO R3 robot platform with FPV driving, obstacle avoidance, line tracking, auto-follow and IR/app-style control features
【ESP-32 Super Starter Kit】Add it to create a deeper learning path with more components, guided builds and expansion ideas
【Project Ideas】Build tracked robotics, FPV exploration, Wi-Fi dashboards, Bluetooth control, sensor logging and connected prototypes; check wiring, voltage, libraries and drivers before custom experiments
Product Description
This ELEGOO bundle is built for customers who want a more useful project path than buying a single product alone. ELEGOO Conqueror Robot Tank Kit gives the setup a clear foundation: a tracked UNO R3 robot platform with FPV driving, obstacle avoidance, line tracking, auto-follow and IR/app-style control features. ELEGOO ESP-32 Super Starter Kit strengthens that foundation by adding an ESP-32 learning kit with USB-C development board, Wi-Fi/Bluetooth capability, many modules and guided IoT-style projects. Together, the two products make it easier to move from a first guided build into hands-on experiments that feel practical, visible and worth repeating. The bundle is especially useful for STEM classes, home learning, maker benches, robotics practice and electronics labs because it supports tracked robotics, FPV exploration, Wi-Fi dashboards, Bluetooth control, sensor logging and connected prototypes. Learners can follow the original product resources, then reuse the boards, modules and parts to test new ideas, troubleshoot wiring, compare code behavior and create custom projects. Depending on the selected project, compatible software, libraries, drivers, batteries, external power or extra small parts may be required. Always confirm wiring, polarity, voltage and interface requirements before powering a circuit.
