A method in a radio network node for handling handover of a first user equipment from a first cell to a second cell, wherein the first cell, the second cell, and the radio network node are comprised in a wireless communication system, characterised in that the method comprising: defining a first scenario (410, 510) associated with a first radio quality of the first cell and with a second radio quality of the second cell; defining a second scenario (420, 520) associated with a third radio quality of the first cell and with a fourth radio quality of the second cell; defining at least one individual handover parameter (210, 220) for each one of the respective first scenario (410, 510) and the second scenario (420, 520); obtaining a measurement report comprising a first measured radio quality of the first cell and a second measured radio quality of the second cell, wherein the first measured radio quality and the second measured radio quality are associated with the first user equipment; classifying the first user equipment into one of the first scenario (410, 510) or the second scenario (420, 520), wherein the classification is based on the first measured radio quality and the second measured radio quality; establishing a handover decision based on the at least one individual handover parameter (210, 220) defined for a scenario (410, 420, 510, 520, 530) into which the first user equipment is classified, wherein the method further comprises: obtaining a third measured radio quality associated with a second user equipment within the wireless communication system; and obtaining a first handover result associated with the first user equipment and a second handover result associated with a third user equipment within the wireless communication system, wherein each of the first handover result and the second handover result is classified as a successful handover or a failed handover; performing a first analysis of said first measured radio quality, said second measured radio quality, and/or said third measured radio quality; and performing a second analysis of said first handover result and/or said second handover result; and tuning one or more of the at least one individual handover parameter (210, 220) based on the first analysis and/or based on the second analysis, wherein said tuning is performed adaptively. defining a first scenario (410, 510) associated with a first radio quality of the first cell and with a second radio quality of the second cell; defining a second scenario (420, 520) associated with a third radio quality of the first cell and with a fourth radio quality of the second cell; defining at least one individual handover parameter (210, 220) for each one of the respective first scenario (410, 510) and the second scenario (420, 520); obtaining a measurement report comprising a first measured radio quality of the first cell and a second measured radio quality of the second cell, wherein the first measured radio quality and the second measured radio quality are associated with the first user equipment; classifying the first user equipment into one of the first scenario (410, 510) or the second scenario (420, 520), wherein the classification is based on the first measured radio quality and the second measured radio quality; establishing a handover decision based on the at least one individual handover parameter (210, 220) defined for a scenario (410, 420, 510, 520, 530) into which the first user equipment is classified, wherein the method further comprises: obtaining a third measured radio quality associated with a second user equipment within the wireless communication system; and obtaining a first handover result associated with the first user equipment and a second handover result associated with a third user equipment within the wireless communication system, wherein each of the first handover result and the second handover result is classified as a successful handover or a failed handover; performing a first analysis of said first measured radio quality, said second measured radio quality, and/or said third measured radio quality; and performing a second analysis of said first handover result and/or said second handover result; and tuning one or more of the at least one individual handover parameter (210, 220) based on the first analysis and/or based on the second analysis, wherein said tuning is performed adaptively. obtaining a third measured radio quality associated with a second user equipment within the wireless communication system; and obtaining a first handover result associated with the first user equipment and a second handover result associated with a third user equipment within the wireless communication system, wherein each of the first handover result and the second handover result is classified as a successful handover or a failed handover; performing a first analysis of said first measured radio quality, said second measured radio quality, and/or said third measured radio quality; and performing a second analysis of said first handover result and/or said second handover result; and tuning one or more of the at least one individual handover parameter (210, 220) based on the first analysis and/or based on the second analysis, wherein said tuning is performed adaptively.