Engineers: Roundabout is best option for 177, Tickle

Though it's a costlier option than others, engineer hired by town said it is safest option

By Ted Hayes
Posted 5/27/22

Engineers hired to study improved traffic control at the intersection of Route 177, Robert Street and Tickle Road believe a roundabout remains the best option for reducing accidents at the site, …

This item is available in full to subscribers.

Please log in to continue

Log in

Register to post events


If you'd like to post an event to our calendar, you can create a free account by clicking here.

Note that free accounts do not have access to our subscriber-only content.

Day pass subscribers

Are you a day pass subscriber who needs to log in? Click here to continue.


Engineers: Roundabout is best option for 177, Tickle

Though it's a costlier option than others, engineer hired by town said it is safest option

Posted

Engineers hired to study improved traffic control at the intersection of Route 177, Robert Street and Tickle Road believe a roundabout remains the best option for reducing accidents at the site, which claimed a life as recently as 2019.

The Town of Westport had retained Pare Corporation to study the area, after working with the state on to develop safer traffic signaling. In a letter to the state earlier this month, Pare engineer James Danila wrote that having reviewed the area and studied four possible traffic calming solutions, "the roundabout is best able to reduce the number of crashes resulting in a fatality or injury, which is the focal point of the design."

The other alternatives included maintaining the existing two-way stop control with a new flashing signal, a four way stop control, and a full traffic signal at the intersection. Though the roundabout would be the second costliest alternative, he wrote, "the key impetus of the intersection improvements was the fatality that occurred in 2019. The roundabout would maximize safety at the intersection."

The roundabout would cost roughly $2 million.

State officials have gone back and forth on whether a roundabout should be built at the intersection. Late last year, Pare said the $2 million roundabout was one possible solution that, according to Pare engineer Keith McConnell, was also preferred by the state. But in February, state officials notified the town that they were taking a look at alternative plans. The news was not greeted warmly when it was discussed by the Board of Selectmen in February.

"I feel they had a great design and the reasoning for that design was exactly spot on," board member Brian Valcourt said. "It will force you to slow down and deal with that intersection."

"Now, he said, some drivers blow past the intersection at speeds of 80 miles per hour or more. If the state opts for lights and signs instead of a physical re-design that forces to slow drivers down, "people are still going to blow through" the intersection.

Though the project is not currently on the state TIP, a transportation improvement plan that lists projects to be funded in the near future, McConnell told the board back in November that he estimates that public hearings and state deadlines and steps will consume nearly three years, until the project can be advertised in March 2024.

The state has said it will pay for construction if the town pays design costs.

 

2024 by East Bay Media Group

Barrington · Bristol · East Providence · Little Compton · Portsmouth · Tiverton · Warren · Westport
Meet our staff
Jim McGaw

A lifelong Portsmouth resident, Jim graduated from Portsmouth High School in 1982 and earned a journalism degree from the University of Rhode Island in 1986. He's worked two different stints at East Bay Newspapers, for a total of 18 years with the company so far. When not running all over town bringing you the news from Portsmouth, Jim listens to lots and lots and lots of music, watches obscure silent films from the '20s and usually has three books going at once. He also loves to cook crazy New Orleans dishes for his wife of 25 years, Michelle, and their two sons, Jake and Max.