Roosevelt Island Parking Sensors Will Point the Way to Smart Parking

This little device could be the key to transforming parking on Roosevelt Island (and elsewhere in New York City). Photo: Matthew Roth
New York City is about to get a taste of what cutting-edge parking policy could look like over on Roosevelt Island. The island will soon be installing parking sensors under 29 spaces, local blogs Roosevelt Islander and Roosevelt Island 360 reported this week. By providing real-time data about what actually happens in those spaces, the sensors can help enforce parking laws, move toward smart and flexible curbside pricing, and prevent cruising and traffic congestion.
NYC DOT is sure to be watching Roosevelt Island’s progress. This September, the agency sent out a notice expressing interest in parking technology systems that include sensors.
The parking sensors on Roosevelt Island are made by the Streetline company, which supplied the 8,255 sensors that form the technological backbone of San Francisco’s innovative SFPark system (be sure to check out Streetsblog San Francisco’s coverage of the program here, here, and here).
The sensor uses a magnetometer to detect the presence of a vehicle, explained Streetline VP Ken Voss, as well as the moment when a car enters or leaves the space. “It also takes a magnetic signature of the vehicle and can detect if it’s the exact same vehicle that’s been sitting there,” he said. Finally, the sensors’ data can be linked with parking meters, revealing whether parkers are paying or not.
That kind of rigorous, real-time information is the key to making the most of on-street parking. If you want to price parking based on demand, for example, sensor data can provide the foundation for setting the right price block-by-block or hour-by-hour. If you want to accurately enforce time limits or make sure that parkers adhere to the time they paid for, real-time info can send enforcement officers directly to the scene of a violation. Or if you want to cut down on the miles of cruising drivers often resort to while searching for a parking space, sensors can direct them straight to an open spot.




