Distal radius fractures are among the most frequent injuries treated in orthopedic surgery. Volar locking plates have become the preferred fixation method, offering fixed-angle stability and lower risk of extensor tendon injury compared with dorsal plating. However, in certain complex fracture patterns, volar plating alone may not provide sufficient stability. In such cases, alternative fixation strategies—such as dorsal plating, fragment-specific fixation, or spanning constructs—may be necessary. Understanding the biomechanical challenges and appropriate surgical solutions is key to optimizing outcomes in distal radius fractures beyond standard volar fixation. This review highlights fracture types where volar fixation may be insufficient and presents alternative strategies tailored to each fracture pattern.
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