Upper Deck for MiniQ

MiniQ Upper Deck Expansion PCB for 2WD MiniQ Robot Chassis adds a versatile prototyping and sensor‑mounting layer to compact mobile robotics platforms. Designed as a stackable upper plate, this expansion board creates additional mounting space for sensors, actuators, and experimental circuitry while maintaining compatibility with common MiniQ accessories. The robotics expansion deck supports components such as the 9g micro servo and the URM ultrasonic mounting bracket, enabling flexible upgrades for obstacle detection, scanning mechanisms, and custom robotic behaviors.

Integrated Prototyping Surface for Rapid Hardware Development

A leaf‑pad prototyping layout across the PCB surface enables quick circuit experimentation directly on the robot platform. Both DIP components and SMD components can be soldered onto the board, turning the upper plate into a compact mobile electronics lab. This prototyping capability simplifies integration of additional sensors, signal conditioning circuits, and custom electronics without requiring a separate breadboard or expansion shield.

Expandable Robotics Platform with Sensor Mounting Support

The robotics expansion plate is engineered to extend the capability of the MiniQ mobile platform by providing mechanical and electronic expansion space. Compatibility with micro servo mounts and ultrasonic sensor brackets allows easy installation of scanning rangefinders or moving sensor rigs. The stackable structure also supports layered hardware builds, allowing complex robotics experiments or multi‑sensor configurations to be implemented on a compact two‑wheel chassis.

Ideal for robotics prototyping, educational robotics builds, and experimental mobile platforms, this stackable expansion board enables MiniQ robots to carry additional sensing modules, mechanical components, and custom circuitry. The prototyping-friendly layout and accessory compatibility make the platform well suited for robotics research projects, STEM learning activities, and compact autonomous vehicle experiments.