Site work and paving for a mixed-use development in Palmdale, California. Completed plans call for site work for a road / highway; for paving for a road / highway; sidewalk / parking lot; and sidewalk / parking lot.

The proposed project will implement a Complete Streets element that includes crosswalk enhancements, bulb-out crossings, new Class II bike lanes, traffic calming roundabouts, sidewalk gap closures, ADA-compliant curb ramps, and upgraded traffic control devices in Downtown Palmdale within the area bound by 9th Street East to the west, Avenue Q-9 to the north, 10th Street East to the east, and Avenue Q-12 to the south. Bid Bond 10.00% Payment Bond 100.00% Performance Bond 100.00% Liquidated Damages $1,000 per day Start/Delivery Date August 2022 Project Duration 365 Days Caltrans Funded Project including Prevailing Wage Requirements Online Q&A Yes Q&A Deadline 05/17/2022 2:00 PM (PDT) The Project includes, without limitation, furnishing all necessary labor, materials, equipment, and other incidental and appurtenant Work necessary to satisfactorily complete the Project, as more specifically described in the Contract Documents. This Work will be performed in strict conformance with the Contract Documents, permits from regulatory agencies with jurisdiction, and applicable regulations. The quantity of Work to be performed and materials to be furnished are approximations only, being given as a basis for the comparison of Bids. Actual quantities of Work to be performed may vary at the discretion of the City Engineer and/or his designee. The work may consist of but is not limited to: The proposed project will implement a "Complete Streets" element that includes crosswalk enhancements, bulb-out crossings, new Class II bike lanes, traffic calming roundabouts, sidewalk gap closures, ADA-compliant curb ramps, and upgraded traffic control devices in Downtown Palmdale within the area bound by 9th Street East to the west, Avenue Q-9 to the north, 10th Street East to the east, and Avenue Q-12 to the south. The work is estimated to cost approximately $3,000,000 and shall be completed in 365 calendar days.