**Collision Shuts Lanes and Snarls Traffic on Nicosia–Larnaca Highway**
*August 27, 2026*
A traffic collision involving a truck and a saloon car occurred on the Nicosia–Larnaca highway near Pera Chorio, resulting in the closure of lanes and significant traffic disruptions in both directions. The incident took place earlier today and has led to heavy congestion as authorities work to manage the situation.
According to local police reports, both lanes heading toward Larnaca have been closed to facilitate the clearing of the accident scene. Traffic is being diverted via the Alambra exit, which has compounded delays for drivers in the area. Additionally, heavy congestion has been reported for vehicles traveling from Larnaca toward Nicosia as a result of the incident.
Emergency services were dispatched to the scene, where two individuals sustained minor injuries. Fortunately, the injuries were not life-threatening, and both individuals received appropriate medical attention.
Initially, the right-hand lane in both directions was closed following the collision. However, as traffic began to build up, police took further measures to ensure the safety of motorists. Traffic police are currently present at the scene, directing vehicles and working to ease the flow of traffic. Authorities are advising drivers to exercise caution, reduce their speed, and adhere to the instructions provided by officers on duty.
The collision comes at a time when the region is experiencing adverse weather conditions, including heavy rain and hail in mountainous areas. These weather factors may have contributed to the accident, prompting police to remind drivers to remain vigilant and drive safely.
As the situation develops, motorists are encouraged to seek alternative routes and remain patient as cleanup efforts continue. The police have not yet provided an estimated time for the reopening of the affected lanes.
This incident highlights the importance of road safety and the need for drivers to stay alert, especially in challenging weather conditions. Further updates will be provided as more information becomes available.