Smart Acrylic Robot Tank Chassis for DC912V Tracked Vehicles A versatile acrylic tracked chassis designed for DIY robotics, STEM education, and remote control projects. The chassis supports DC 912V drive systems and is built for easy integration with Arduino and other common microcontrollers. Key benefits Ready for development: Provides a stable, modular platform that simplifies wiring, mounting sensors, and adding motor drivers or controllers. Compatible and flexible: Designed to accept DC 912V motors and standard motor drivers. Works with Arduino and other microcontrollers for remote control, autonomous behavior, or sensordriven projects. Clear material for easy access: Acrylic construction makes internal components visible for troubleshooting and helps keep wiring organized during assembly. Tracked drive stability: Continuous tracks improve traction and stability on uneven indoor surfaces compared to wheeled bases, making it suitable for testing rough terrain control algorithms. Fast to assemble and : Precut mounting holes and modular panels let you attach electronics, sensors, battery packs, and payloads without complex fabrication. Important attributes Function: Tracked vehicle chassis intended as a base for RC or autonomous robots. Supports motorized propulsion, sensor mounting, and controller installation. Compatibility: Works with Arduino compatible boards and most hobby motor drivers that accept DC 912V motor inputs. Suitable for common RC receivers and microcontroller shield modules. Material: Precision lasercut acrylic panels that provide a rigid but lightweight structure and clear visibility of mounted components. Performance: Optimized for DC 912V motor setups to balance torque and speed in small to medium scale builds. Tracks provide enhanced grip and smoother motion over small obstacles. Size and layout: Compact footprint designed for desktop prototyping and classroom use while leaving room for typical batteries, controllers, and sensor modules. Modular mounting points support a range of configurations. Practical applications STEM and classroom projects: Use the chassis to teach concepts in mechanics, electronics, and programming. Students can assemble the kit, program motion routines with Arduino, and test sensorbased behaviors. Hobby robot platform: Build an RC tank style robot with cameras, distance sensors, and a controller. The tracked base helps when navigating carpets, ramps, and other indoor obstacles. Prototype autonomous behaviors: Mount LIDAR, ultrasonic, or infrared sensors and a microcontroller to prototype obstacle avoidance, line following, or mapping algorithms. What you get from this chassis A reliable, modular base to accelerate development and learning. Easier assembly and clearer access to components thanks to acrylic panels and predrilled mounting points. A platform that adapts to both RC control and autonomous projects using Arduino compatible electronics. Who this is for Students and educators working on handson robotics lessons. Hobbyists and makers building custom tracked robots. Developers prototyping small autonomous or remote controlled vehicles. Notes on integration Power the drive motors with a DC 9 to 12 V supply sized according to your chosen motors and motor driver. The chassis is intended as a structural platform. Motor drivers, microcontroller boards, batteries, and sensors are installed separately according to your project requirements.