sr 77/oracle road multimodal corridor profile study final report - Pima ...
sr 77/oracle road multimodal corridor profile study final report - Pima ...
sr 77/oracle road multimodal corridor profile study final report - Pima ...
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lane and the northbound acceleration lane. The project also involved installation of underground<br />
conduit for a future traffic signal installation.<br />
2.1.14 Final Project Assessment, SR <strong>77</strong>, Willow Springs to Oracle, Project <strong>77</strong> PN 95 H3995<br />
01C, ADOT Roadway Predesign Section, June 1995<br />
This project, located on SR <strong>77</strong> from MP 95.8 to MP 103.87, is a pavement preservation project,<br />
which is an addition of an asphalt-rubber concrete friction course (ARACFC). In addition to the<br />
pavement preservation project, the project includes build-up shoulders with milled material,<br />
striped the <strong>road</strong>way for new left-turn lane from MP 99.3 to MP 100.15. This project is located<br />
within the SR <strong>77</strong> <strong>corridor</strong> area, and describes <strong>road</strong>way and traffic engineering characteristics for<br />
this area.<br />
2.1.15 Final Project Assessment, SR <strong>77</strong>, Junction SR 79 to Oracle, Project <strong>77</strong> PN 92<br />
H493101C, ADOT Roadway Predesign Section, January 9, 2001<br />
This project is for the development of northbound passing lanes at various locations within the<br />
project area, which is on SR <strong>77</strong> from MP 91.21 to MP 95.35. The first passing lane location (MP<br />
91.21 to MP 92.13, is just northeast of the SR 79/SR <strong>77</strong> intersection. The second location<br />
extends from MP 94.13 to Willow Springs Road at MP 95.35. This project is relevant because it<br />
is located within the SR <strong>77</strong> <strong>corridor</strong> area, and describes the justification for these <strong>road</strong>way<br />
improvements, as well as <strong>road</strong>way and traffic engineering characteristics for this area. The<br />
project involves widening the northbound section at two locations 12 feet on the outside shoulder<br />
to provide for passing lanes. The new cross section consists of two 12-foot travel lanes, a 12-<br />
foot northbound passing lane, and two eight-foot shoulders.<br />
2.1.16 Final Project Assessment, SR <strong>77</strong> at Pinto Lane, Catalina, Project <strong>77</strong> PN 87<br />
H445701C, Stantec Consulting, June 2, 1997<br />
This project is an intersection improvement project at the T-intersection of SR <strong>77</strong> and Pinto Lane<br />
in the Town of Catalina. It is relevant to the SR <strong>77</strong> <strong>corridor</strong> <strong>study</strong> because the intersection is<br />
within the project area and it describes <strong>road</strong>way and traffic engineering characteristics of the<br />
intersection. This project involved the installation of a traffic signal and the construction of a<br />
northbound right-turn lane on SR <strong>77</strong> and a left-turn lane on Pinto Lane. The project also<br />
involved construction of an embankment spillway approximately 100 meters south of the<br />
intersection, and repair of pavement drainage and installation of vehicle presence loops in Pinto<br />
Lane.<br />
2.1.17 ADOT Statewide Plan Intelligent Transportation Infrastructure, ADOT Intermodal<br />
Transportation Division Technology Group, December 2002<br />
This plan is an update of a 1996 plan and is used to continue prioritization of ITS infrastructure<br />
on state highways. On SR <strong>77</strong> a Road Weather Information System is proposed on SR <strong>77</strong>, north<br />
of Tucson.<br />
SR <strong>77</strong>/Oracle Road Multimodal Corridor Profile Study May 2007<br />
Final Report Page 2-9