The document comprehensively explores tibia fractures, including their classification, diagnosis, treatment, and potential complications. Tibial plateau fractures affect the knee joint. These are common in individuals aged 40–60, often resulting from high-energy trauma. Tibial plateau fractures are notable but infrequent injuries, representing approximately 1.2% of all fractures. Diagnosis involves radiographs and CT scans to assess fracture patterns. Classifications such as Schatzker and Hohl-Moore aid in surgical planning. Treatment focuses on anatomical alignment and stability, employing methods like open reduction and internal fixation (ORIF) or external fixation. Long-term outcomes depend on joint stability restoration, with complications including arthritis and infection. Tibial shaft fractures, the most frequent long bone fractures, occur mainly in young males. Diagnosed through radiographs and physical examination, these fractures are classified by the OTA/AO system based on complexity. Patients with this injury demonstrate an inability to bear weight and present with abnormalities. Treatment varies from conservative methods like casting to surgical options like intramedullary nailing or external fixation. Complications include infections, delayed union, and malunion. Functional recovery may take years. Ankle fractures arise from low-energy injuries in older adults or high-energy trauma in younger individuals. Annually, approximately 187 out of every 100,000 adults get ankle fractures. They are categorized into unimalleolar, bimalleolar, and trimalleolar types. Diagnostic tools include X-rays and CT scans for complex cases. Classifications like Lauge–Hansen and Danis-Weber guide treatment. Stable fractures are treated conservatively, while unstable ones often require ORIF. Prognosis varies, with potential complications such as arthritis and joint rigidity. Isolated fibular fractures, although rare, result from direct trauma. They are generally managed nonoperatively. Proximal fractures may pose risks of nerve injury, and severe cases may require surgical intervention. Surgical Interventions span various techniques tailored to specific fracture types and severity. These include the use of plates, screws, intramedullary nails, or external fixators. Complex fractures, such as pilon fractures, necessitate staged surgeries for optimal outcomes. Across all types, successful recovery hinges on precise alignment, soft tissue management, and early mobilization. Complications, such as compartment syndrome and infections, highlight the importance of vigilant postoperative care. This section aims to present general information about tibia and fibula fractures and explain surgical treatment methods in particular.