RTA Implements Traffic Enhancements Leading To 40% Reduction In Journey Time In Oud Metha Area

Dubai's Roads and Transport Authority (RTA) has finalised several traffic upgrades in Oud Metha. These are part of the 2024 Quick Traffic Solutions Plan. The enhancements aim to improve Dubai's road network, supporting RTA's goal of strengthening infrastructure to meet urban growth needs. The changes help ensure smoother traffic flow and boost road safety for all users.

The project involved improving entry and exit points from Umm Hurair Street to Oud Metha. This included adding 317-metre deceleration and acceleration lanes to better manage incoming and outgoing traffic. Additionally, the service road exit on Umm Hurair Street was widened from two to three lanes over a 100-metre stretch. This expansion increased road capacity by 50% and cut journey times by 40%.

Hamad Al Shehhi, Director of Roads at the Traffic and Roads Agency, RTA, stated that quick enhancements were implemented, including improved road lighting. These measures support smoother traffic flow and accommodate both population growth and business activities in Oud Metha. The area features various residential, commercial, medical, social, cultural, and sports facilities.

Al Shehhi further explained that RTA expanded Street No. 2 towards Umm Hurair Roundabout to ease traffic congestion. Surface improvements at the roundabout were made, increasing turning lanes from two to three. This facilitated visitor access and exit while enhancing traffic movement in all directions.

The RTA also introduced 27 parking spaces throughout the area to assist motorists, particularly those visiting commercial establishments. This addition aims to increase public satisfaction with infrastructure and roads while aligning with Dubai’s vision of becoming the world's best city to live in.

These comprehensive measures are expected to reduce accidents and ensure high safety standards in Oud Metha. By addressing key traffic issues, the RTA continues its commitment to developing a robust transportation network that meets the demands of a growing city.

With inputs from WAM