Hi-Shear Technology Corp. v. United States

53 Fed. Cl. 420, 2002 U.S. Claims LEXIS 232, 2002 WL 2001226
CourtUnited States Court of Federal Claims
DecidedAugust 29, 2002
DocketNo. 98-712C
StatusPublished
Cited by21 cases

This text of 53 Fed. Cl. 420 (Hi-Shear Technology Corp. v. United States) is published on Counsel Stack Legal Research, covering United States Court of Federal Claims primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Hi-Shear Technology Corp. v. United States, 53 Fed. Cl. 420, 2002 U.S. Claims LEXIS 232, 2002 WL 2001226 (uscfc 2002).

Opinion

OPINION

HORN, Judge.

The above captioned case concerns two government requirements contracts, each for the purchase of spare parts relating to a circuit switch used in the military’s Tri-Service Tactical Communications System. The plaintiff, Hi-Shear Technology Corporation (Hi-Shear), alleges that the government breached the contracts when it negligently prepared the estimates of the contract requirements used in the solicitations. The government denies that it was negligent in preparing the estimates.

FINDINGS OF FACT

In 1991, the Directorate of Material Management (Directorate) at the United States Army Communications & Electronics Command (CECOM) decided to move towards flexible, multi-year acquisitions for the procurement of certain systems. In selecting candidates for multi-year contracts, CECOM took into account whether a system was of tactical or strategic importance and whether there were previous, significant demands on the system which would be sustained in the future. One of the systems selected for multi-year procurement was the AN/TTC/TYC-39 Circuit Switch (T-39 Circuit Switch), which provides automatic switching for the Tri-Service Tactical Communications System.

[423]*423The T-39 Circuit Switch has over 3,000 individual spare parts, approximately 1,100 of which were managed by CECOM. In 1992, Michael Bradley Harrison was the branch chief at the Directorate in charge of item management for Tri-Service Tactical Communications. His branch was responsible for managing the T-39 Circuit Switch at that time. In this regard, the branch initiated budget requirements, computed the need to acquire or repair spare parts, issued requisitions for spare parts and updated portions of the National Stock Number Master Data Record (NSNMDR) for the T-39 Circuit Switch. The NSNMDR is a computer database maintained by the government. The NSNMDR functions as a central data repository for information relating to a number of items used by the government. Each item is assigned a National Stock Number. For each item, there is a variety of available information, such as usage rates and assets on hand, which is updated daily. Further, all National Stock Numbers are examined monthly to determine if the government needs to take action, such as a buy or cutback, for that item. The monthly examination is done by a computerized system. Because of the limitations of that system, item managers use a formula to generate multiple year requirements.

Richard A. Zaccarine, the section chief who supervised the inventory management of the T-39 Circuit Switch, was responsible for identifying those parts of the T-39 Circuit Switch that were appropriate for multi-year contracts. Mr. Zaccarine had to determine which items the Army had sufficient quantities on hand and/or due to be returned from the field, such that the Army did not need additional quantities. To calculate which items the Army needed to procure, Mr. Zaccarine created a formula, using a computer database program, which he then used to compare a number of factors gathered from the NSNMDR database.

The factors which Mr. Zaccarine compared included each item’s monthly usage rate, the amount of assets the Army had on hand, the “unserviceable return rate” and the “final recovery rate.” The unserviceable return rate of an item is the percentage of the average monthly demand that is related to the return of items from units in the field that need to be repaired. The final recovery rate is the percentage of those items that are returned from the field for repair and that are then successfully repaired.1

Mr. Zaccarine reviewed all of the unserviceable return rates on items he was considering for multi-year contracts and found those rates to be very low. At the time, however, Mr. Harrison was concerned with a recent change in how the Army accounted for spare parts that were returned from the field for repair. Prior to 1991, if a unit in the field returned a broken part to be repaired, it was charged for shipping the part. A unit in the field, however, was not charged for spare parts. The policy deterred units in the field from returning broken parts. In October of 1991, the Army made a significant change in policy and began to charge units in the field for spares and give units credit for returning broken parts. Mr. Harrison testified that the Army knew that unserviceable return rates would increase, but did not know how large the increase would be. Mr. Zaccarine suggested that they use the actual unserviceable return rates. Mr. Harrison and the Division Chief, Joseph Roddy, however, told Mr. Zaccarine to use a default unserviceable return rate of twenty-five percent for any item that had an actual unserviceable return rate under twenty-five percent, even though a majority of the items had unserviceable return rates between zero and five percent. The default rate was designed to try to account for the expected increase in unserviceable return rates. Mr. Zaccarine testified that he repeatedly reviewed the unserviceable return rates for the relevant items until [424]*424he left CECOM in October of 1993 and that those rates remained low.

After Mr. Zaccarine identified the items he felt were appropriate for multi-year contracts, the list of items he selected was sent to the engineering directorate. The engineers placed the items into acquisition packages based on similar materials and components. Once the parts were aligned into packages, they were sent back to Mr. Harrison’s branch for review.

Doreen Macchiarella and Barbara Gallagher were the item managers assigned to review the acquisition package that eventually became the two contracts the Army awarded to Hi-Shear. Ms. Macchiarella believed that her assignment was to calculate the quantity ranges to be used for pricing purposes in the solicitations for each acquisition package. Each item was assigned three quantity ranges, a low, or “A” range, a medium, or “B” range, and a high, or “C” range. The quantity ranges related to the amount of the item the government might buy with each order. The government expected the bidders to offer a different price for each quantity range because, generally, the unit price for producing low quantities exceeds the unit price for producing high quantities.

Ms. Macchiarella testified that she asked Mr. Zaccarine for help in calculating the quantity ranges. Mr. Zaccarine told Ms. Macchiarella to multiply the Base Average Monthly Demand (BAMD) for the item by the Program Change Factor (PCF) and the Reorder Cycle (REOCY). He also wrote the formula down for her. The Reorder Cycle refers to the time frame for which the calculation is made, which for this contract was a constant of twelve, to reflect buys made in one year increments. The PCF is a multiplier based on the number of end items in the field that use the item in question. The base average monthly demand for an item is the average demand for that item per month.

Mr. Zaccarine had a different recollection of the conversation with Ms. Macchiarella. Mr. Zaccarine testified that Ms. Macchiarella asked him for help in developing quantity ranges and how to compute an estimated contract requirement. In addition, Mr. Zaccarine stated that he could not remember whether he told Ms. Macchiarella to use the base average monthly demand for an item or to use the net base average monthly demand. The net base average monthly demand for an item is the base average monthly demand adjusted for the unserviceable return rate and the final recovery rate. Regardless of the discrepancy between Mr. Zaccarine’s and Ms.

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Cite This Page — Counsel Stack

Bluebook (online)
53 Fed. Cl. 420, 2002 U.S. Claims LEXIS 232, 2002 WL 2001226, Counsel Stack Legal Research, https://law.counselstack.com/opinion/hi-shear-technology-corp-v-united-states-uscfc-2002.