Dubai’s Roads and Transport Authority (RTA) announced that 75% of the construction of Sheikh Rashid bin Saeed Corridor Improvement is completed.
The project extends 8 km along Ras Al Khor Road from the intersection of Dubai-Al Ain Road to the intersection of Sheikh Mohammed bin Zayed Road. Works include constructing bridges extending 2 km, widening Ras Al Khor Road from three to four lanes in each direction, and building two-lane service roads on both sides.
The project aims to increase the capacity of Ras Al Khor Road to 10,000 vehicles per hour, slash the travel time from 20 minutes to about 7 minutes, enhance traffic safety and flow, and eliminate the existing overlapping traffic spots.
The project also includes improving the intersection of Nad Al Hamar Road with Ras Al Khor Road to enhance its capacity to 30,000 vehicles per hour by constructing a two-lane bridge extending 988 metres to enable free left-side turns of traffic inbound from Nad Al Hamar Road heading in the direction of Sheikh Mohammed bin Zayed Road.
It also involves the construction of another two-lane bridge extending 115 metres to serve the traffic inbound from Nad Al Hamar heading to Ras Al Khor Road heading in the direction of Dubai-Al Ain Road.
Works also include the construction of a two-lane tunnel extending 368 metres to enable right-side turns from Ras Al Khor Road to Nad Al Hamar, improving the existing intersection, and widening the existing turns.
The Sheikh Rashid bin Saeed Corridor Improvement Project is one of the biggest projects undertaken by RTA. In future, it will include the construction of Sheikh Rashid bin Saeed Crossing; a bridge crossing over the Dubai Creek to link Al Jaddaf in Bur Dubai with the street extending between Dubai Creek Project and Dubai Festival City.
The Project has been divided into several phases. Works are currently underway in the construction of a 640-metre bridge to ensure a smooth traffic movement from Dubai Creek Harbour project towards Ras Al Khor Road with a capacity of about 3,100 vehicles per hour.