DB DSCC Bridge Replacements Project

Solicitation

This solicitation is for Design-Build Multiple Award Task Order Contracts (MATOC) for the replacement of the Roosevelt and Pershing Avenue bridges at the Defense Supply Center Columbus (DSCC) in Columbus, OH. The project involves designing and constructing new precast reinforced bridge systems to replace existing cast-in-place bridge culverts.

• Design and construction of new precast arch bridge culverts.

• Replacement of existing undersized culverts.

• Associated utilities, storm drainage, paving, markings, sidewalks, curbs, gutters, exterior lighting, grading, erosion prevention and sediment control, and physical security requirements.

• Phased demolition and construction to ensure at least one bridge remains operational at all times.

• Compliance with Unified Facilities Guide Specifications (UFGS) and other applicable standards.

• Geotechnical exploration and reporting to inform final design.

• Asbestos abatement is not required; lead-based paint is not present.

• Contract Type: Multiple Award Task Order Contracts (MATOC).

• MATOC Numbers: W912QR21D0056 thru 21D0060, 21D0085 & 21D0086.

• Estimated Cost Range: $1,000,000 to $5,000,000.

• Period of Performance: Not explicitly stated, but implies task order basis.

• Proposals are due no later than 11:00 AM ET on May 26, 2026.

• Proposals must be submitted via email to Megan.R.Murphy@usace.army.mil.

• Award Basis: Lowest Evaluated Price (LEP). Past performance (CPARS) will be considered, but price is more important.

• Proposals must include a price breakdown and/or labor category table demonstrating the use of binding rates from the MATOC contract.

• Proposals shall be good for no less than 120 calendar days.

• Award will be made without discussions.

• This solicitation is for existing MATOC holders.

• All vendors must be registered in SAM.gov.

• Technical inquiries must be submitted via ProjNet (Inquiry Key: SZEDIU-37SI8M).

• Contractual questions can be directed to Megan Murphy.

• Payment and Performance Bonds will be required within 10 days after award.

• A site visit is scheduled for Monday, April 27, 2026, at 9:00 AM ET. RSVP is required.

Forms / Attachments / Pricing Sheets

This document contains the contract drawings for the "Pershing Avenue and Roosevelt Bridge Replacements" project at the Defense Supply Center Columbus (DSCC) in Columbus, Ohio. It serves as the official set of plans for the construction project.

• Cover Sheet (G-001): Provides project title, solicitation number (W912QR-60722627), contract number, issue date (DEC 2025), and a comprehensive sheet index.
• Area, Vicinity, and Location Maps (G-002): Shows the project location within Ohio, the DSCC area, and a contractor haul route.
• Overall Site and Control Point Descriptions (G-101): Details the overall site layout and provides descriptions and coordinates for control points.
• Erosion Prevention and Sediment Control Plans (GC101, GC102): Outlines measures for managing erosion and sediment during construction.
• Civil Plans (CS101, CS102): Shows site plans including new construction elements like sidewalks, curbs, and pavement.
• Demolition Plans (CD101, CD102): Details existing structures and utilities to be demolished.
• Utility Plans (CU101, CU102): Illustrates the location of existing utilities and requirements for their protection or relocation.
• Structural Details (S-501, S-502, S-503): Provides specific design details for the precast reinforced bridges, including dimensions, materials, and construction requirements.
• Various Detail Sheets (GC501, GC502, GC503, CS501): Offer detailed drawings for specific construction elements such as erosion control measures, articulated concrete block mattresses, and bridge culvert details.

These drawings are critical for bidders to understand the full scope of work, including demolition, new construction, site preparation, erosion control, and structural requirements for the bridge replacements. They are essential for developing accurate proposals, cost estimates, and construction schedules.