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BLADE,TURBINE ENGIN

DEPT OF DEFENSE.DEFENSE LOGISTICS AGENCY.DLA MARITIME.DLA MARITIME MECHANICSBURG.SPRMM1 DLA MECHANICSBURG · Response deadline: Fri, 20 Nov 2026

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What the government is buying

The Defense Logistics Agency (DLA) Maritime Mechanicsburg is soliciting offers for BLADE, TURBINE ENGIN — a component for turbine engines used in military applications. Based on the NAICS code and commodity classification, this procurement involves precision-manufactured rotating airfoil components for gas turbine engines.

NAICS 333611 covers Turbine and Turbine Generator Set Units Manufacturing. This industry includes manufacturers that produce gas turbines, steam turbines, hydraulic turbines, and wind turbines, along with component parts such as blades, rotors, and nozzles. Turbine blades are critical, highly engineered parts that must withstand extreme temperatures, rotational stresses, and corrosive environments. These components typically require specialized alloys, precision casting or machining, and often protective coatings.

The Classification Code 2835 places this in the DLA's managed item category for engine accessories and components. DLA Maritime supplies Navy and Marine Corps platforms, so these blades likely support shipboard propulsion or auxiliary power systems.

Key facts

Attribute Value
Agency DLA Maritime – Mechanicsburg
Notice type Solicitation
Solicitation number SPRMM126QHE15
NAICS 333611 (Turbine and Turbine Generator Set Units Manufacturing)
Set-aside None (full and open competition)
Response deadline November 20, 2026 at 4:30 PM ET
Place of performance see the solicitation

Who can bid

This is a full and open competition with no small-business set-aside. The opportunity is open to all responsible sources, including:

Manufacturers currently producing aircraft or power-generation turbine blades may find transferable capabilities. Small businesses can still compete; however, they will face competition from established defense suppliers. Companies should assess whether they meet quality certifications (AS9100, ISO 9001), possess relevant metallurgical or coating processes, and can meet DLA's procurement regulations.

How to put together a competitive bid

Turbine blade manufacturing demands rigorous technical and quality documentation. Focus your preparation on:

Technical proposal: Detail your casting, forging, or machining processes; alloy specifications; heat treatment; and protective coating capabilities (thermal barrier coatings, diffusion coatings). Include dimensional inspection methods and non-destructive testing (radiography, ultrasonic, fluorescent penetrant).

Quality assurance: DLA typically requires compliance with military specifications or SAE/AS standards. Identify which specifications apply and demonstrate your certification status, past compliance history, and source inspection protocols.

Past performance: Cite contracts for similar aerospace or marine turbine components. NAVSEA, USAF engine program, or commercial aviation experience strengthens credibility.

Pricing strategy: Analyze raw material costs for superalloys (Inconel, Rene, CMSX single-crystal alloys if applicable). Factor in tooling, non-recurring engineering if first article is required, and long-lead material procurement.

Small business considerations: Without a set-aside, price competitiveness and technical differentiation are paramount. Consider subcontracting arrangements, teaming with a technical partner, or highlighting specialized niche capabilities (repair, reverse engineering, rapid prototyping).

Next steps

View the official notice on SAM.gov →

Bidding on this one? Get a bid/no-bid verdict, compliance matrix, capability statement and full proposal first draft for this solicitation in under an hour. Get the bid package ($750) →