DoD's $25.3M RACER Phase II contract to University of Washington advances robotic autonomy research

Contract Overview

Contract Amount: $25,313,459 ($25.3M)

Contractor: University of Washington

Awarding Agency: Department of Defense

Start Date: 2023-09-29

End Date: 2029-05-28

Contract Duration: 2,068 days

Daily Burn Rate: $12.2K/day

Competition Type: FULL AND OPEN COMPETITION

Number of Offers Received: 13

Pricing Type: COST PLUS FIXED FEE

Sector: R&D

Official Description: ROBOTIC AUTONOMY IN COMPLEX ENVIRONMENTS WITH RESILIENCY (RACER) PHASE II

Place of Performance

Location: SEATTLE, KING County, WASHINGTON, 98195

State: Washington Government Spending

Plain-Language Summary

Department of Defense obligated $25.3 million to UNIVERSITY OF WASHINGTON for work described as: ROBOTIC AUTONOMY IN COMPLEX ENVIRONMENTS WITH RESILIENCY (RACER) PHASE II Key points: 1. Contract focuses on advancing robotic autonomy in complex, resilient environments. 2. Research and Development in Physical, Engineering, and Life Sciences is a key sector for innovation. 3. The definitive contract structure suggests a long-term research partnership. 4. A high number of bids indicates strong interest and potential for competitive pricing. 5. The fixed fee component of the contract type provides some cost control. 6. Geographic concentration in Washington state may offer local economic benefits.

Value Assessment

Rating: good

The contract value of $25.3 million for a multi-year research effort appears reasonable for advanced R&D. Benchmarking against similar large-scale robotics research contracts from DARPA or other agencies would provide a more precise value-for-money assessment. The Cost Plus Fixed Fee (CPFF) structure, while common in R&D, requires careful oversight to ensure costs remain within projections and the fixed fee is justified by the scope and risk.

Cost Per Unit: N/A

Competition Analysis

Competition Level: full-and-open

The contract was awarded under full and open competition, with 13 bids received. This high level of competition is a positive indicator, suggesting that the agency sought a broad range of capabilities and that multiple entities were interested in performing this advanced research. The competitive process likely contributed to achieving a fair market price for the research services.

Taxpayer Impact: A competitive award process ensures taxpayer dollars are used efficiently by driving down costs and encouraging innovation among bidders.

Public Impact

The primary beneficiaries are the Department of Defense and the advancement of autonomous systems. The contract will deliver research and development in robotic autonomy, enhancing capabilities for complex environments. The geographic impact is concentrated in Washington state, potentially fostering local technological expertise. Workforce implications include opportunities for researchers, engineers, and technical staff at the University of Washington.

Waste & Efficiency Indicators

Waste Risk Score: 50 / 10

Warning Flags

Potential for cost overruns inherent in R&D projects, even with a fixed fee component.
Ensuring the research outcomes directly translate to practical, deployable autonomous systems.
Long-term sustainment and integration of developed technologies into existing DoD platforms.

Positive Signals

Strong competition indicates a robust market for advanced robotics research.
University of Washington's established research capabilities in relevant fields.
The multi-year duration allows for in-depth research and development.

Sector Analysis

This contract falls within the Research and Development sector, specifically focusing on advanced physical and engineering sciences. The market for autonomous systems and robotics is rapidly growing, driven by defense, commercial, and scientific applications. DARPA is a key player in funding high-risk, high-reward research in this area, often pushing the boundaries of current technology. Comparable spending benchmarks would involve looking at other large-scale R&D grants and contracts awarded by agencies like NSF, NASA, and other DoD branches for similar technological advancements.

Small Business Impact

This contract does not appear to have a specific small business set-aside. Given the nature of advanced R&D, the primary contractor is a large research institution. However, the University of Washington may engage small businesses as subcontractors for specialized components or services, contributing to the broader small business ecosystem.

Oversight & Accountability

Oversight will likely be managed by DARPA program managers who will monitor research progress, milestones, and expenditures. Accountability measures are built into the Cost Plus Fixed Fee structure, requiring justification for costs incurred and adherence to the fixed fee. Transparency is generally maintained through contract awards and reporting requirements, though specific research details may be sensitive.

Related Government Programs

Robotics Research
Autonomous Systems Development
Artificial Intelligence Research
Advanced Manufacturing Research
Defense Research and Development

Risk Flags

Research and Development Complexity
Long Project Duration
Potential for Scope Creep
Technology Transition Challenges

Frequently Asked Questions

What is this federal contract paying for?

Department of Defense awarded $25.3 million to UNIVERSITY OF WASHINGTON. ROBOTIC AUTONOMY IN COMPLEX ENVIRONMENTS WITH RESILIENCY (RACER) PHASE II

Who is the contractor on this award?

The obligated recipient is UNIVERSITY OF WASHINGTON.

Which agency awarded this contract?

Awarding agency: Department of Defense (Defense Advanced Research Projects Agency).

What is the total obligated amount?

The obligated amount is $25.3 million.

What is the period of performance?

Start: 2023-09-29. End: 2029-05-28.

What is the University of Washington's track record in similar large-scale DoD research contracts?

The University of Washington has a strong history of securing and successfully executing significant research grants and contracts, particularly from federal agencies like the Department of Defense, NSF, and NIH. While specific details on past RACER-like contracts would require deeper database analysis, their consistent funding in advanced technology areas suggests a proven capability. Their research output, publications, and spin-off technologies often indicate a high level of success in translating research into tangible advancements. This background provides a degree of confidence in their ability to manage the technical and programmatic aspects of the RACER Phase II contract.

How does the $25.3 million value compare to other DARPA robotics research initiatives?

The $25.3 million value for the RACER Phase II contract is substantial but falls within the typical range for major DARPA research programs. DARPA often funds ambitious, multi-year projects that require significant investment to explore cutting-edge technologies. For instance, other DARPA initiatives in areas like AI, autonomous vehicles, or advanced materials have seen contract values ranging from tens to hundreds of millions of dollars over their lifecycles. The specific value here reflects the scope, duration, and complexity of advancing robotic autonomy in challenging environments, suggesting it is aligned with DARPA's investment strategy for high-impact research.

What are the primary risks associated with this specific contract and how are they being mitigated?

The primary risks for this contract are technical and programmatic. Technically, the challenge of achieving robust robotic autonomy in unpredictable environments is immense, with potential for research to hit fundamental roadblocks. Programmatically, cost overruns are a concern in R&D, even with a fixed fee, and schedule delays are common. Mitigation strategies likely include rigorous milestone tracking by DARPA, phased research approaches, and the fixed fee component which incentivizes the contractor to manage costs. The University of Washington's experience in managing complex research projects also serves as a risk mitigation factor.

What is the expected effectiveness of the research outcomes from RACER Phase II in enhancing DoD capabilities?

The RACER program aims to significantly enhance the DoD's capabilities by developing robots that can operate autonomously and resiliently in complex, unstructured environments. This is crucial for missions where human presence is dangerous or impractical, such as reconnaissance, logistics, or operating in contested areas. The expected effectiveness lies in creating more adaptable, intelligent, and reliable robotic systems that can reduce risk to personnel, improve operational efficiency, and provide critical advantages in future conflicts. The research is designed to push the state-of-the-art, leading to next-generation autonomous platforms.

What has been the historical spending trend for DARPA's robotics and autonomy research programs?

DARPA has consistently invested heavily in robotics and autonomy research over the past several decades, recognizing its strategic importance for national security. Historical spending trends show a significant and often increasing allocation of resources to these areas, reflecting evolving technological capabilities and perceived threats. Programs like BigDog, Atlas, and various AI-focused initiatives demonstrate a sustained commitment. While specific annual figures fluctuate based on program cycles and emerging priorities, the overall trend indicates a robust and growing investment in advancing autonomous systems, with RACER being a current manifestation of this long-term strategy.

How does the 'definitive contract' type influence the project's flexibility and cost control?

A definitive contract, especially one with a long duration like RACER Phase II (2023-2029), provides a stable framework for a multi-year research effort. It establishes the terms and conditions under which future orders or work will be placed. In this case, it's a Cost Plus Fixed Fee (CPFF) definitive contract. This structure allows for flexibility in adapting research directions as discoveries are made, which is crucial for R&D. The 'cost plus' element covers allowable costs, while the 'fixed fee' provides a predetermined profit margin for the contractor, incentivizing efficiency. However, it requires diligent oversight to ensure costs remain reasonable and the fee is commensurate with the effort and risk.

Industry Classification

NAICS: Professional, Scientific, and Technical Services › Scientific Research and Development Services › Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

Product/Service Code: RESEARCH AND DEVELOPMENT › C – National Defense R&D Services

Competition & Pricing

Extent Competed: FULL AND OPEN COMPETITION

Solicitation Procedures: BASIC RESEARCH

Solicitation ID: HR001121S0004

Offers Received: 13

Pricing Type: COST PLUS FIXED FEE (U)

Evaluated Preference: NONE

Contractor Details

Address: 4333 BROOKLYN AVE NE, SEATTLE, WA, 98195

Business Categories: Category Business, Educational Institution, Government, Higher Education, U.S. Local Government, U.S. National Government, Not Designated a Small Business, Higher Education (Public)

Financial Breakdown

Contract Ceiling: $35,739,541

Exercised Options: $25,313,461

Current Obligation: $25,313,459

Subaward Activity

Number of Subawards: 3

Total Subaward Amount: $8,558,818

Contract Characteristics

Commercial Item: COMMERCIAL PRODUCTS/SERVICES PROCEDURES NOT USED

Cost or Pricing Data: NO

Timeline