MINIMUM TECH FEATURES

• Durable Construction: Made from high-quality metal sheet with a strong 1.5 mm thickness.
• Powder-Coated Finish: Red powder coating for scratch resistance, corrosion protection, and long-lasting durability.
• Motor Mount Compatibility: Motor fitting hole diameter 13.75 mm, suitable for standard BO and DC motors.
• Perforated Mounting Holes: Allows easy installation of sensors, development boards, caster wheel, and other electronic/mechanical components.
• Easy Motor Mounting: Dedicated motor mounting slots simplify assembly for beginners and hobbyists.
• Flexible Drive Configurations: Supports 4-wheel skid steering and 2-wheel differential drive with a caster wheel.
• Versatile Robotics Use: Ideal for smart robots, line-following robots, and compact mobile robot platforms.

DESCRIPTION

• The Advance Metal Chassis 1 – Red Edition is a compact, powder-coated metal robot chassis designed for robotics learners, hobbyists, and educational projects. Built with a 1.5 mm thick metal sheet, it provides exceptional durability while maintaining a compact footprint suitable for small to medium-sized robots.
• This chassis is engineered with multiple perforated holes, allowing easy and flexible mounting of development boards (Arduino, NodeMCU, Raspberry Pi Pico), motor drivers, sensors, battery holders, and casters. The motor mounting area supports simple installation using standard nuts and bolts, making assembly effortless for beginners.
• It can be configured in:
  • Skid-steer (4-motor) drive for robust movement, or
  • Differential drive (2 motors + 1 caster wheel) for simple navigation systems.
• Serving as the main structural frame, this chassis is the backbone of any mobile robot, enabling seamless integration of mechanical and electronic components. Its red powder-coated finish enhances durability and gives your robot a premium, visually appealing look.
• Perfect for smart robotics kits, school/college robotics labs, DIY robots, and hobby-grade projects.

TECHNICAL SPECIFICATIONS

APPLICATIONS

• Line Follower Robots
• Obstacle Avoidance Robots
• DIY Smart Robot Projects
• Robotics School/College Projects
• Educational Kits & STEM Learning
• Autonomous Navigation Prototypes
• Small Mobile Robot Platforms
• Sensor-Based Robot Projects