What's Happening?
Illinois Secretary of State Alexi Giannoulias has initiated a campaign titled 'Ride Safe, Ride Smart, Ride Ready' to address the growing use and safety concerns of micromobility devices such as e-bikes
and scooters. These devices, which include electric bicycles, scooters, skateboards, and unicycles, have become increasingly popular due to their affordability and environmental benefits. However, the lack of clear regulations has led to confusion and safety issues, particularly as some devices can reach speeds of over 50 mph. The campaign aims to educate the public and push for updated safety laws to ensure these devices are used safely. Giannoulias emphasizes that while these devices are here to stay, it is crucial to implement common-sense safeguards to protect public safety.
Why It's Important?
The initiative is significant as it addresses the safety and regulatory gaps associated with the rapid adoption of micromobility devices. With a reported 300% increase in bicycle-related injuries linked to e-bikes from 2019 to 2022, the campaign seeks to mitigate risks by promoting safe usage practices and establishing clear regulations. This move is crucial for protecting pedestrians, riders, and drivers, as well as reducing the burden on emergency services dealing with injuries from these devices. The campaign also highlights the need for laws to keep pace with technological advancements in transportation, ensuring that innovation does not compromise public safety.
What's Next?
The campaign will focus on educating the public about safe operating practices and advocating for statewide standards that include age and use restrictions for micromobility devices. The Illinois Secretary of State's office will work with local municipalities to develop consistent regulations and address the challenges posed by these devices. The campaign's success will depend on collaboration with lawmakers, law enforcement, and community leaders to implement effective safety measures and raise awareness about the potential risks associated with micromobility devices.
