Hiwonder Tankbot Large AI Model Tank Robot Car with Robotic Arm, ESP32 Controller, Vision & Voice Interaction

Specifications (automatically extracted)

Description

Product Description Hiwonder Tankbot is a full-stack, ESP32-driven AI robot custom-built for embedded development and large AI model deployment. It pairs a suspension tank chassis with a 6DOF robotic arm, utilizing in-house inverse kinematics to execute precise gripping tasks from simple coordinate inputs. Featuring built-in Bluetooth 5.0, an RGB ultrasonic sensor, and an 8-ch line follower sensor, the robot seamlessly handles app control, distance tracking, dynamic obstacle avoidance, complex line following, and intersection recognition. This versatile setup empowers even beginners to quickly master core skills like sensor fusion and closed-loop motor control. The Tankbot Ultimate Kit further integrates a large AI model module, a 2MP HD camera, a microphone, and a speaker. Deeply integrated with the Xiaozhi AI platform across text, voice, and vision engines, it enables fluent, natural conversation, responsive control, and deep contextual understanding of surrounding objects—delivering a truly thinking, next-generation AI robot. Advanced Mechanical Structure Tankbot combines a torsion spring suspension tank chassis, an open-source servo controller, and 20KG serial bus servos with feedback to deliver a powerful, smooth operation. Rich Sensor Interaction Equipped with an ESP32 controller, an RGB ultrasonic sensor, and an 8-ch line follower sensor, Tankbot seamlessly handles distance measuring, obstacle avoidance, and complex, intelligent line following. Xtensa® 32-bit LX7 Dual-Core Processor Architecture Equipped with the Xtensa® 32-bit LX7 dual-core processor architecture, it smoothly handles complex AI applications and multitasking. ESP32-S3 High-Performance Chip The ESP32-S3 is a high-performance, low-power dual-mode chip with a processing power of 600 DMIPS, ideal for DIY development. 2MP HD Camera Equipped with a 1080P @ 60fps digital HD camera, it offers high image clarity and color accuracy, significantly enhancing the precision and stability of visual recognit