The discovery of small, weathered kimberlite pipes is a major exploration challenge. This paper introduces the ZEYBEK-3 model, a novel rule-based expert system for the geometry-driven targeting of fault-controlled kimberlite pipes. The model proposes a deterministic algorithm that uses the mapped coordinates of the crater-facies epiclastic unit (L1) and its bounding fault pair (e.g., F12, F13) to calculate the pipe's location. The core rule states that if the fault-bounded L1 unit is identified, then the kimberlite pipe (K) is located at its geometric centroid. This approach transforms integrated geological, geophysical, and geochemical data into a single, high-priority drill target coordinate. By offering a reproducible, architecture-first methodology, ZEYBEK-3 aims to reduce the exploration footprint and cost associated with traditional, broader-scale anomaly-chasing methods in cratonic terrains.