Vision Bot V1 is the latest and fully refined iteration of our agricultural monitoring rover, developed as part of an intelligent dual-robot farming system. It represents a significant evolution from the initial concept model, addressing real-world agricultural constraints and operational feasibility.

The earlier Vision Bot V0 served as a conceptual foundation—a fixed-height, non-adjustable design intended primarily for visualization, workflow validation, and early feasibility studies. While V0 successfully demonstrated the idea of AI-based crop health monitoring, it was not field-proven, lacked adaptability, and was limited to fixed-height crops. These constraints made it unsuitable for diverse crop environments and real deployment.

Vision Bot V1 resolves these limitations with a pneumatics-based height adjustment mechanism, allowing the sensing module to dynamically adapt to different crop heights and growth stages. This upgrade enables consistent imaging angles, stable sensor readings, and accurate detection across multiple crop types.

The rover is solar-powered, enabling long-duration autonomous patrols in large farmlands without dependency on frequent charging. It integrates AI-driven vision processing, spectral sensing, and thermal analysis to detect plant infections at an early stage. Detected infection data is transmitted in real time to the treatment unit (Spray Bot), ensuring targeted pesticide application only where required.

Vision Bot V1 is designed as a deployable, modular, and scalable platform, emphasizing stability, adaptability, and precision. The mechanical structure, sensor placement, and mobility system are optimized for agricultural terrain, making it suitable for real-world pilot deployment rather than conceptual demonstration.

In summary, Vision Bot V1 transforms an unadjustable, non-validated concept into a practical, field-oriented agricultural robot, capable of supporting intelligent, data-driven, and sustainable farming practices.