Born out of the I-89 2050 Study, this assessment reviewed two interchange concepts, one in Milton near the West Milton Road bridge over I-89, and one in Bolton near the Bolton Valley Access Road. Both locations have previously underwent some form of study. However, the previous studies date back to the late 1980s/early 1990s. This assessment served to review modern geometric design standards and environmental requirements as they pertain to each conceptual interchange.

In 2018 the Chittenden County Regional Planning Commission (CCRPC) received grant funding from the Vermont Agency of Natural Resources (VTANR) Clean Water Initiative Program to supplement funds from the Town of Milton to develop a Stormwater Master Plan (SWMP) for Milton. Fitzgerald Environmental Associates, LLC (FEA) was hired by the Town and CCRPC in the summer of 2018 to develop the plan. This final SWMP report for the Town of Milton represents significant efforts and collaborations over the last year between the Town, FEA, CCRPC, VTANR, and other partners, including private landowners and business owners, interested in mitigating stormwater and improving water quality. The goal of this project was to identify and prioritize stormwater improvement projects throughout the Town, with a focus on Town owned properties. Project prioritization followed the Unified Scoring Metrics recently developed by VTDEC (2018a). Conceptual design plans (30% design) were prepared for 15 high-priority projects. Additional phosphorus loading and removal estimates were completed to assist the Town with planning for future efforts to prepare the Phosporus Control Plan.

This study focused on evaluating the transportation needs and developing multimodal improvement strategies to accommodate the anticipated growth along the US 7 corridor (Forbes Road to Main Street) in Milton. This corridor has experienced considerable commercial growth in recent years and is expected to see continued development into the future. The Study developed recommendations concerning highway configuration, traffic control, access management, public transit, and pedestrian and bicycle accommodations. Transportation conditions and needs were evaluated from a “Complete Streets” perspective and the study recommends actions to better accommodate all users of the corridor. The final plan identifies improvements that could be implemented in the near-term for relatively low cost, as well as potentially longer-term improvements involving larger-scale physical changes to portions of the corridor.

Funded by a 2014 VTrans Bicycle/Pedestrian grant award, this scoping study analyzed and evaluated the feasibility of connecting a gap in the sidewalk on Railroad Street extending across the existing railroad crossing. This report analyzes and evaluates existing conditions, provides conceptual alignment alternatives, and provides opinion of probable construction costs.

This scoping study analyzed and evaluated the feasibility of additional sidewalks and shared use paths at four (4) proposed study site locations: A gap between two existing asphalt shared use paths on Ellison Street and Haydenberry Drive; a segment between the existing asphalt shared use path on Ellison Street and the front entrance to Milton High School; a lack of sidewalks on Brandy Lane, the road connecting Milton High School to Lamoille Terrace; and a lack of sidewalks and safety concerns on Upper Main Street between Railroad Street and the intersection of East and North Roads. This report documents existing conditions, provides conceptual sidewalk and shared use path alignment alternatives, and provides opinion of probable construction costs for each study location.

The Exit 17 Scoping Study was initiated in the spring of 2013 through its inclusion in the Chittenden County Regional Planning Commission’s (CCRPC) Unified Planning Work Program (UPWP). The focus of this scoping study was to develop and evaluate build alternatives for relieving congestion, increasing safety, and improving bicycle conditions at the I-89 Exit 17 interchange and adjacent intersection of US 2 and US 7—locally known as Chimney Corners—near the Colchester/Milton town line in Chittenden County, Vermont.

This scoping study re-examined a section of US 7 in Milton that included the adjacent VTrans designated High Crash Location Intersection of Middle Road and Railroad Street and their intersections with US 7.  The purpose was to build on previous studies and achieve consensus on a preferred alternative that will improve safety and accessibility for vehicles, bicycles and pedestrians while providing adequate capacity for future conditions.

The purpose of the Western Corridor study is to evaluate transportation, land use and related conditions and create a Transportation Management Plan that presents a unified, long-term vision for managing and improving the transportation system in western Vermont. As an initial effort to coordinate planning over a vast study area, the plan does not recommend specific projects. Rather, it presents a broader vision and framework for transportation investment policies and strategies. Continuing the ongoing collaboration among the study partners will be key to developing and implementing specific projects and programs consistent with the recommendations of this plan. The plan is being coordinated with the Vermont Agency of Transportation’s ongoing project development efforts in the Corridor, including various railroad initiatives.

Initially the intersection did not satisfy any signal warrants. Upon further review it was discovered the intersection would satisfy warrants under what is known as the 70% factor which is available at intersections with approach speeds in excess of 40 mph.

The following presents a traffic impact assessment for the proposed expansion of the Milton Square shopping center located on US Route 7 in Milton. This Project is being developed as a planned commercial development that will effectively consolidate the existing shopping center with two other adjacent commercial lots: the Minor Funeral Home and Lot 12C of the Haydenberry Subdivision.