Siskiyou County Municode #26-06

Jackson Ranch Road rehabilitation and roadway connection construction

Siskiyou County is seeking unit-price bids to rehabilitate Jackson Ranch Road and its connections over a 5.017-mile segment. - Government buyer: Siskiyou County Department of Public Works. - Project scope: Pulverize existing asphalt and aggregate base, grade and recompact the road, place 0.30 foot of Type A hot-mix asphalt in two lifts over a 24-foot width, add shoulder backing, and install traffic markings and signs. The work also includes road and driveway connections across the project area. - Products and quantities: Install 2 traffic inductive loop detectors. Plans also specify 79,204 linear feet of 4-inch sprayable thermoplastic striping across Schedules A and B: 63,877 feet in Schedule A and 15,327 feet in Schedule B. - Additional requirements: Add cement additive from Mile Post 0.00 to 0.97 due to low R-Values. Schedule A is the base bid; optional Schedule B may be awarded if funding permits. Asphalt-disturbing work and associated paving are subject to a seasonal completion deadline. - Commercial details: Estimated project cost is $3.4 million, and completion is required within 80 working days. The project is anticipated to enter winter suspension immediately after contract execution. A Class A contractor license is required. - OEMs and vendors: No manufacturers, OEMs, or commercial vendors are named.

Description

Siskiyou County is soliciting unit-price bids for rehabilitation of 5.017 miles of Jackson Ranch Road, from Mile Post 0.00 to the intersection of Big Springs Road. Work includes pulverizing the existing asphalt concrete and aggregate base, grading and recompacting, placing 0.30 foot of Type A hot mix asphalt in two lifts at a width of 24 feet, shoulder backing, two traffic inductive loop detectors, and traffic stripes and markings. A cement additive is required from Mile Post 0.00 through 0.97 due to low R-Values. The contractor must hold a Class A license, and the work must be completed within 80 working days; the estimated project cost is $3.4 million.

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