Solar Turbines, Inc. v. United States

38 Cont. Cas. Fed. 76,409, 26 Cl. Ct. 1249, 1992 U.S. Claims LEXIS 442, 1992 WL 237369
CourtUnited States Court of Claims
DecidedSeptember 25, 1992
DocketNo. 53-88C
StatusPublished
Cited by11 cases

This text of 38 Cont. Cas. Fed. 76,409 (Solar Turbines, Inc. v. United States) is published on Counsel Stack Legal Research, covering United States Court of Claims primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Solar Turbines, Inc. v. United States, 38 Cont. Cas. Fed. 76,409, 26 Cl. Ct. 1249, 1992 U.S. Claims LEXIS 442, 1992 WL 237369 (cc 1992).

Opinion

OPINION

ANDEWELT, Judge.

In this government contract action, plaintiff, Solar Turbines, Inc. (Solar), seeks damages in excess of $10 million for an alleged breach of a cost-reimbursement contract it entered with the United States Department of the Navy (the Navy). The contract in issue involved the design, development, and fabrication of a Rankine Cycle Energy Recovery (RACER) system for possible use on Navy gas-turbine powered ships. As modified, the contract placed a $55 million limitation on government payments for the contract work, but provided that upon reaching that $55 million cap, plaintiff could secure termination of the contract and, hence, avoid expending its own funds to complete the contract work. A central allegation in this action is that by the time plaintiff reached the $55 million cap, the Navy had already determined not to use a RACER system on any Navy ship. Plaintiff contends that despite this determination, the Navy, in violation of its contractual obligations, induced plaintiff to continue performance of the contract and invest its own money above the $55 million cap instead of seeking termination.

In a May 14, 1991, opinion, this court granted defendant’s motion for summary judgment on three counts of the complaint. Solar Turbines, Inc. v. United States, 23 Cl.Ct. 142 (1991). Subsequently, the court conducted a trial on the remaining six counts. The court has considered all of the evidence presented at trial and the parties’ post-trial filings. For the reasons set forth below, plaintiff’s complaint is dismissed and defendant is granted judgment on all remaining counts.

I.

In the mid- to late-1970s, in response to increased fuel costs and concerns about the reliability of fuel sources, the Navy began considering methods of enhancing the fuel efficiency of its fleet.1 One technical approach the Navy considered was the use of a RACER system in coordination with the LM-2500 marine gas turbine engine. A RACER system was originally conceived as a compact, easily maintained steam propulsion system. A RACER system could be fitted to the exhaust of the LM-2500 engine and the heat of the exhaust could be used to produce steam which in turn would drive supplemental steam turbines and deliver additional power to the ship’s propellers. By producing additional power, a RACER system would enable a ship to travel further on a given quantity of fuel.

On September 30, 1981, the Navy awarded plaintiff, a wholly owned subsidiary of Caterpillar, Inc., a cost-plus-award fee contract for the preliminary design of a RACER system. On May 7, 1982, the contract was modified to provide for the full-scale engineering and development of a RACER system. As so modified, the contract called for plaintiff to fabricate, test, and deliver three RACER prototypes for an estimated cost of $34.2 million. All three prototypes were intended for the sole purpose of testing and none was intended to be placed in service in the Navy fleet. The first prototype was to undergo testing at [1252]*1252the Naval Ship Systems Engineering Station (NAVSSES), the Navy’s land-based test site in Philadelphia; the second prototype was to be shock tested in a quarry to insure its survivability in combat; and the third prototype, which would contain modifications to correct any design flaws uncovered in the tests of the first two prototypes, was to undergo final testing at sea aboard a Navy ship.

II.

At the same time the Navy was considering the possible use of RACER technology on its ships, the Navy was developing a new class of multipurpose guided missile destroyers known as the Arleigh Burke, or DDG-X, class. In 1981, the Armed Services Committee of the United States House of Representatives (HASC) recommended termination of the DDG-X program because it was concerned that the Navy, in designing the DDG-X, focused too much on cost and not enough on warfare capability. In conversations with Anthony R. Battista, a highly influential staff employee of the HASC, Navy officials indicated their intent to modify the design of the DDG-X to include a series of advanced technologies and features that would enhance the DDG-X’s war fighting capability. One of the advanced technologies proposed was RACER.

The HASC ultimately approved continued funding for the DDG-X program, and by June 1981, space and weight for a RACER system were included in the preliminary design of the first, or lead, ship of the first flight of the DDG-X class, the DDG-51. However, apparently based on concerns about the timing of RACER development, the Navy initially did not anticipate installing a RACER system on the DDG-51 prior to commissioning. Navy officials reasoned that because the Navy had reserved space and weight for a RACER system in the design of the DDG-X, they could install the system during construction of later ships, beginning most likely with the first ship of the second flight of the DDG-X class, i.e., the DDG-58, and, if desired, could backfit previously commissioned ships to include RACER systems.

Battista disagreed with this approach and strongly urged the Navy to pursue RACER development in sufficient time to include a RACER system during construction of the first ship of the first flight. The Navy took Battista’s representation very seriously. Navy officials believed that Battista was very powerful in the congressional appropriation process and could affect adversely other Navy programs. Therefore, the Navy initially reversed its position that a RACER system would not be installed on the DDG-51. In March 1982, Melvyn R. Paisley, Assistant Secretary of the Navy for Research, Engineering, and Systems, instructed his staff to redirect RACER development efforts toward the system being developed in sufficient time to meet the schedule for construction of the DDG-51. But in February 1983, based on concerns that RACER had not yet been thoroughly developed and tested, John F. Lehman, Jr., Secretary of the Navy, directed the Navy to continue RACER development but defer plans for its incorporation on the DDG-51, at least until after “the system has had time to mature and its technical feasibility, reliability and cost effectiveness have been thoroughly demonstrated.” After this decision, the Navy removed space and weight for a RACER system from the design of the DDG-51.

Battista responded critically. In March 1983, Battista told Navy officials that although he would abide by any future decision of the Navy not to install a RACER system on the lead ship because of technical difficulties, he would not now support a program that provided no chance for installation on the lead ship. Thereafter, Battista was involved in the drafting of legislation in which Congress expressed the firm view that the Navy should develop RACER for installation on all ships in the DDG-X class, including the DDG-51.

On September 24, 1983, Congress authorized $24 million “for continued development of the [RACER] system to ensure compatibility of the RACER system with all ships of the DDG-51 class, including the [1253]*1253lead ship.” Department of Defense Authorization Act of 1984, Pub.L. No. 98-94, 97 Stat. 614, 622, 623. On October 19, 1984, Congress authorized $45 million for essentially the same purpose2 but went even further by “fencing” the entire DDG-X program, a program that the Navy viewed as “high priority.” Department of Defense Authorization Act of 1985, Pub.L. No. 98-525, 98 Stat. 2492, 2508.

Free access — add to your briefcase to read the full text and ask questions with AI

Related

Meridian Engineering Company v. United States
122 Fed. Cl. 381 (Federal Claims, 2015)
Kroll v. United States
107 Fed. Cl. 605 (Federal Claims, 2012)
Renda Marine, Inc. v. United States
71 Fed. Cl. 378 (Federal Claims, 2006)
Helix Electric, Inc. v. United States
13 A.L.R. Fed. 2d 753 (Federal Claims, 2005)
Manuel Bros. v. United States
55 Fed. Cl. 8 (Federal Claims, 2002)
Coast-To-Coast Financial Corp. v. United States
52 Fed. Cl. 352 (Federal Claims, 2002)
Comtrol, Inc. v. United States
49 Fed. Cl. 294 (Federal Claims, 2001)
Allstates Air Cargo, Inc. v. United States
42 Cont. Cas. Fed. 77,391 (Federal Claims, 1998)
Northrop Grumman Corp. v. United States
42 Cont. Cas. Fed. 77,381 (Federal Claims, 1998)
Walter Dawgie Ski Corp. v. United States
39 Cont. Cas. Fed. 76,583 (Federal Claims, 1993)
Solar Turbines, Inc. v. The United States
988 F.2d 129 (Federal Circuit, 1993)

Cite This Page — Counsel Stack

Bluebook (online)
38 Cont. Cas. Fed. 76,409, 26 Cl. Ct. 1249, 1992 U.S. Claims LEXIS 442, 1992 WL 237369, Counsel Stack Legal Research, https://law.counselstack.com/opinion/solar-turbines-inc-v-united-states-cc-1992.