The thesis is focused on the bending properties of glued two-layer wood materials. The aim was to know the bending properties of the laminated materials and the influence of the selected factors on the bending properties. From the results we know that the most important influence factor on the bending properties was the type of material. And as the best combination of glued two-layer materials, according to the bending properties, solid beechwood is laminated with beech solid wood, followed by solid wood laminated with a fibreboard, and the worst in the tests was the combination of solid beech wood with laminated chipboard. The second most important factor was the direction of the load. All combinations of bonded two-layer materials have better bending properties in the direction parallel to the glued joint. The last factor examined was the position of the material layers when applied perpendicular to the glued joint. In the samples made of fibreboard laminated with beech solid wood and particleboard laminated with solid beech wood loaded in a direction perpendicular to the glued joint we found that they have better bending properties of the sample when the wood-fiber board is in the pressure zone and the solid beechwood in the tensile zone. Even when the particleboard is in the pressure zone and the solid beechwood in the tensile zone.