An e-scooter driver is facing charges after being caught speeding 77 km/h in a bike lane in Kingston, Ont., despite e-scooters not being allowed to operate in the city. The Kingston Police Service says an officer spotted a man operating an e-scooter in the bicycle lane in the area of Division Street and John Counter Boulevard at approximately 6:20 p.m. on Aug. 1. “The vehicle was travelling at a high rate of speed and was measured at 77 km/h using a mobile radar unit,” police said. “The officer stopped the rider a short distance later. During the interaction, the individual failed to comply with police direction and was subsequently arrested.” Police say the investigation identified “additional offences and outstanding matters.” A 42-year-old man is facing seven charges, including speeding, driving a motor vehicle without insurance, driving a motor vehicle without licence plates and driving a motor vehicle with a Vehicle Identification Number.” Police say the e-scooter did not meet Ontario’s definition of an electric kick-scooter under the pilot program. “Under the provincial pilot regulation, a compliant electric kick-scooter has a maximum speed of 24 km/h,” police said. “Devices exceeding this limit may be classified as motor vehicles under Ontario law and are required to have insurance, licence plates, a permit, a Vehicle Identification Number (VIN), and a properly licensed driver. Failure to meet these requirements can result in substantial fines upon conviction.” Residents are reminded that e-scooters are not permitted on municipal roads, sidewalks, trails, pathways and other public spaces within the City of Kingston. Council did not opt into the pilot program for e-scooters. “Individuals who choose to operate e-scooters or similar devices that do not comply with provincial and municipal regulations may be subject to enforcement action, including charges, fines, vehicle impoundment, and other penalties where applicable,” police said. “Riders are responsible for understanding and complying with all laws governing the operation of these devices.”
