In the pursuit of reducing the environmental impact of construction, minimizing land consumption, and promoting sustainable building systems, the use of adobe bricks reinforced with hemp offers a promising revival of traditional, eco-friendly building methods. This research specifically investigates the physical and mechanical characteristics of bricks made from a blend of adobe and hemp, aiming to enhance structural performance while maintaining sustainability. The study involved producing adobe bricks that were naturally sun-dried and prepared solely with water, without any added chemicals or stabilizing agents. Reinforcement was incorporated through hemp fibres or hurds, introduced in varying percentages and lengths to examine their effects on brick performance. The initial research phase focused on determining the optimal water content needed to achieve a uniform, semi-solid or plastic mixture. This entailed accounting for both the clay's properties and the hemp’s water absorption capacity. Once the ideal mix design was established, brick specimens were formed, and their shrinkage during drying was measured to evaluate stability. The mechanical properties of the bricks were assessed through three-point bending and compression tests. The findings indicate that hemp reinforcement, in specific configurations, effectively limits shrinkage and enhances the compressive strength of the adobe bricks, demonstrating a viable option for sustainable construction materials. These results suggest that adobe bricks with hemp reinforcement could serve as an eco-sustainable material, combining traditional techniques with modern requirements for strength and durability.