Home › Our latest news › Secure Up to $10 Million in Federal Grants for Your Road Safety Projects!
Road safety is a top priority for municipalities, big or small. The U.S. Department of Transportation’s (USDOT) “Safe Streets for All” (SS4A) program offers a unique opportunity to secure up to $10 million in federal grants to enhance infrastructure and road safety. With nearly $1 billion available, now is the perfect time to launch your road safety projects, including the installation of Radar Speed Signs.
The SS4A program is designed to encourage broader and more diverse participation by expanding its grant eligibility criteria. Whether you’re working on road infrastructure development or installing safety equipment, substantial financial assistance is within reach. With less than half of the $800 million allocated for development grants distributed in the last two funding rounds, there is still plenty of funding available.
Together, we can significantly improve road safety. If you have a project in common with neighboring jurisdictions, consider submitting a joint application to receive larger grants. Don’t delay: submit your grant application by May 16, 2024, for implementation projects, and by August 29, 2024, for planning and demonstration projects.
To take advantage of these grants, it’s essential to prepare your application carefully. USDOT is looking for innovative and sustainable projects that can enhance safety and mobility for all road users. Radar Speed Signs are a crucial component in reminding drivers to adhere to speed limits and can significantly boost road safety.
Learn more about our Radar Speed Sign solutions on our EVOLIS product page. These signs are an excellent option for municipalities looking to reduce speed and increase road safety.
Don’t miss this exceptional opportunity to enhance road safety with the help of the “Safe Streets for All” program. If you have a project aimed at reducing speed and improving road safety, don’t hesitate to contact us. Together, we can create safer roads for everyone.