DoW SBIR Phase I Submitted — Aedes Manufacturing Network
DoW SBIR Phase I Submitted — Aedes Manufacturing Network
A distributed, hybrid-materials production architecture for launched effect airframes at the cost and volume the Department of War needs.
On June 21, 2026, the Aedes Manufacturing Network (www.aedesmfg.com) — supported by MilkyWayEconomy — formally submitted its Department of War SBIR Phase II proposal. All eight proposal volumes were certified at 100% and submitted through the DoD SBIR/STTR Innovation Portal.
This is a significant milestone. Not just for the Aedes network, but for the thesis that drives everything MWE does: that America's manufacturing resilience depends not on building fewer, larger factories — but on connecting thousands of existing ones.
The Project
The proposal — Topic A26BX-NV004-0559 — addresses a specific, urgent operational requirement from the Department of War: can the United States produce launched effect airframes at both the cost and volume necessary for sustained contested operations?
The answer cannot be "yes" under the current centralized model. Not at the numbers the DoW is asking for.
So the Aedes Manufacturing Network proposed something different.
A distributed, hybrid-materials production architecture.
The architecture combines additive manufacturing, CNC machining, composite layup, and assembly across a decentralized network of qualified small manufacturers — coordinated through a digital platform that handles design distribution, quality control, and logistics.
The target numbers:
$2,000
Unit cost target
10,000/mo
Airframe production rate
50 States
Distributed production footprint
Why This Matters
Drones are attritional weapons systems. Their strategic value is not determined by how well a single unit performs in a test environment — it is determined by how quickly the fleet can be replenished under combat conditions.
Ukraine demonstrated this brutally. The side that can manufacture, repair, and replace faster wins the attrition battle. Centralized factories — especially those dependent on transoceanic supply chains — cannot deliver the replenishment velocity that modern conflict demands.
The Aedes model distributes production risk across geography. If one node goes down — whether by cyberattack, physical disruption, or economic pressure — the network reroutes around it. The production continues. The warfighter gets the airframes.
A distributed manufacturing network behaves like a swarm. And swarms survive because they are difficult to kill all at once.
MWE's Role
MilkyWayEconomy identified the solicitation, developed the proposal strategy, drafted the technical volume, structured the Phase II pathway, and managed the DSIP certification process. The submission represents months of work across the MWE team — research, writing, coordination with the Aedes network, and navigation of the SBIR submission pipeline.
This is what MWE does. We find the opportunities, build the case, and position our clients to win non-dilutive federal funding for technologies that strengthen the defense industrial base.
What Happens Next
The Department of War will review submissions over the coming weeks. We expect to hear back by mid-August 2026. A Phase II award would fund the prototype development and demonstration phase — taking the distributed production architecture from proposal to working system.
Regardless of outcome, the work continues. The Aedes Manufacturing Network is actively building its builder base, onboarding qualified small manufacturers across the country who can participate in distributed defense production. The network is only as strong as its nodes.
If you operate a machine shop, fabrication facility, 3D printing operation, or electronics assembly capability — or know someone who does — join the network. The distributed defense industrial base is being built right now. Every qualified node makes the network more resilient.
Join the Aedes Manufacturing Network: aedesmfg.com/builders
Disclaimer: The views expressed in this article are those of the author in a personal and analytical capacity and do not represent the official views of any employer, institution, government agency, or affiliated organization. This article is intended for informational and strategic discussion purposes only.
Samson Williams is Senior Partner at MilkyWayEconomy, a federal innovation advisory firm specializing in defense tech, space economy, and SBIR/STTR strategy. MWE advises founders and investors pursuing non-dilutive government funding. Contact: rosezee@milkywayeconomy.com