OBJECTIVE: Acute traumatic defects in the esthetic zone pose a significant challenge in dental implant rehabilitation, requiring innovative techniques to achieve optimal functional and esthetic outcomes. This article investigates the use of a novel combination of root submergence and guided bone regeneration (GBR) to address these defects. The goal is to evaluate the potential of this integrated approach for achieving predictable bone regeneration and long-term tissue stability. CLINICAL CONSIDERATIONS: Studies have shown significant improvements in soft-tissue contour, papilla preservation, and emergence profile when root submergence is employed. Despite these benefits, the integration of root submergence with GBR remains underexplored in the literature. This combination shows considerable potential for achieving predictable bone regeneration and sustaining tissue stability in the esthetic zone. CONCLUSIONS: The integration of root submergence with GBR offers a promising solution for managing traumatic defects in the esthetic zone by enhancing soft-tissue contours and facilitating predictable bone regeneration. However, additional clinical studies are needed to support the long-term success of this innovative approach in dental implant rehabilitation. CLINICAL SIGNIFICANCE: The combined use of root submergence and GBR for treating acute traumatic defects in the esthetic zone represents a notable advancement in dental implant rehabilitation. This article presents a detailed analysis of the rationale, technique, and clinical outcomes of this approach, underscoring its importance in achieving optimal esthetic and functional outcomes for patients with complex clinical needs.