Introduction: The fibula is an important long bone of the leg that contributes to ankle stability, weight transmission, and serves as a preferred donor site for bone grafting. Knowledge of its morphometry and nutrient foramen characteristics is essential for orthopedic, reconstructive, and vascular procedures. Aim of the research was to study the morphology, morphometry, and position of nutrient foramina of the fibula in an Indian population. A descriptive osteometric study was conducted on 50 dried adult human fibulae, comprising 25 right- and 25 left-sided bones. Measurements of fibular length and articular facet dimensions were recorded using a digital Vernier caliper and osteometric board. Nutrient foramina were identified using a magnifying lens and their positions were classified according to the upper, middle, and lower thirds of the shaft. Result: The mean fibular length was slightly higher on the right side (34.52 ± 1.34 cm) compared to the left (34.24 ± 1.42 cm), with no statistically significant side-to-side difference (p > 0.05). Measurements of superior and inferior articular facets also showed no significant bilateral variation. A total of 47 nutrient foramina were identified, with the majority (78.7%) located in the middle one-third of the fibular shaft. Conclusion: The study demonstrates bilateral symmetry in fibular morphometry and a predominant localization of nutrient foramina in the middle third of the shaft. These findings provide useful baseline anatomical data relevant to orthopedic surgery, bone grafting, and forensic applications.