Temporary 90 km/h Speed Limit on E17 in Sint-Niklaas Due to Damaged Road Surface
Translated from Dutch and summarized by DistantNews. Read the original for the full story.
At a glance
- A temporary speed limit of 90 km/h will be imposed on the E17 highway near Sint-Niklaas towards Antwerp.
- The measure is due to the deteriorating condition of the road surface between Sint-Niklaas-West and Sint-Niklaas-Centrum.
- The speed reduction will last for several months until major repairs are completed in July.
Drivers on the E17 heading towards Antwerp will need to adjust their speed as a temporary 90 km/h limit is introduced near Sint-Niklaas, replacing the usual 120 km/h. This measure, implemented by the Agency for Roads and Traffic (AWV), addresses the increasingly poor state of the road surface between the Sint-Niklaas-West and Sint-Niklaas-Centrum junctions. The asphalt, laid just a few years ago to reduce rolling noise, is showing premature wear and tear, exacerbated by winter weather.
While smaller repairs have been carried out in the past, the AWV has determined that these are no longer sufficient. Consequently, the temporary speed reduction, accompanied by warning signs, aims to enhance traffic safety while awaiting more substantial work. This proactive approach reflects a commitment to driver well-being, acknowledging the risks posed by the degraded road conditions.
The comprehensive resurfacing of the affected section is scheduled for July as part of the AWV's larger 'Grote Werven' (Major Projects) initiative. This temporary measure, though inconvenient for some, is a necessary step to ensure safety on a critical Belgian transport artery until the permanent solution is in place. The situation underscores the challenges of maintaining aging infrastructure and the importance of timely interventions to prevent accidents.
Originally published by VRT NWS in Dutch. Translated, summarized, and contextualized automatically by DistantNews, with a note on how the source frames the story. Not individually reviewed before publishing. How this works.