Earmark Declaration
Madam Speaker, pursuant to the Republican Leadership standards on earmarks, I am submitting the following information regarding earmarks I received as part of H.R. 3326, the Department of Defense Appropriations Act, 2010: Name: Advanced…
Madam Speaker, pursuant to the Republican Leadership standards on earmarks, I am submitting the following information regarding earmarks I received as part of H.R. 3326, the Department of Defense Appropriations Act, 2010:
Name: Advanced Autonomous Robotic Inspections for Aging Aircraft
Bill #: H.R. 3326
Account: Operations & Maintenance, Air Force
Legal Name of requesting entity: Veracity Technology Solutions, LLC
Address of requesting entity: 2701 Liberty Parkway, Suite 311; Midwest City, OK 73110
Description: Provide an earmark of $1 million for the purposes of providing military aviation with an inspection system vehicle which will be utilized for the autonomous gathering of nondestructive inspection (NDI) data for the detection of corrosion and cracking on the KC-135 wing skins as well as other aging aircraft. This funding will allow Veracity Technology Solutions (VTS) to complete development and implement a precise and cost-effective autonomous vehicle that can provide these needed inspection results. This system will allow for condition assessment of aircraft structures, as well as continuous assessment through the historical comparison of previous and present inspection results. Currently the method for inspecting the wing skins of the KC-135 aircraft is with traditional NDI methods that are both antiquated and time consuming. Veracity, in collaboration with the Air Force have proven the ability to reduce the time of inspection on the KC-135 wing skin by a factor of 5X through the successful demonstration of a semi-autonomous automated inspection vehicle. With the addition of these congressional funds, Veracity will be able to implement a fully automated autonomous robotic vehicle that has the capability to inspect for corrosion as well as crack detection around fasteners. This system will allow maintenance personnel to set up the automated vehicle, perform the scan, analyze data real time, and perform visual inspection of fasteners which is currently not available to maintenance personnel. This system will decrease the maintenance downtime and unnecessary refurbishment of serviceable components. Without this system there is the increased risk of the catastrophic failure of these critical components. This project will provide a state-of-the-art NDI system and training that have the potential to decrease costs while assuring safety and airworthiness. This plan provides information regarding the development and deployment of two platforms. The first 60% of
the granted earmark funds will be utilized on the deployment of the Autonomous Robot with the Eddy Current and Ultrasonic Inspection capabilities. The remaining 40% will be utilized for the deployment of additional proof of project concept between the KC-135 program office and Veracity. These inspections will help eliminate the need for hazardous x-ray technology, reduce idle workers, due to the use of x- ray technology, reduce flow delays, and greatly improve efficiency. There are as many as 126 inspections on the KC-135 that are meeting these criteria according to Boeing and Air Force officials, which are expected to save more than $1.5 million annually. If this inspection were to be deployed fleet-wide the savings could grow to more than $55 million. These requirements are based upon US Air Force's needs for a more reliable and sensitive inspection system.
Name: Joint Fires and Effects Trainer System Enhancements
Bill #: H.R. 3326
Account: RDT&E, Army
Legal Name of requesting entity: Creative Technologies, Inc.
Address of requesting entity: 6255 W. Sunset Blvd., Suite 716; Los Angeles, CA 90028
Description: Provide an earmark of $2,500,000 for the purpose of testing and developing a handheld interactive application that will develop the capability of the Artillery branch to export the JFETS Training capability to forces not located at Fort Sill, OK. The application of precision fires and effects is an essential capability not only in current theaters of war, but in virtually the entire spectrum of conflict for which US defense forces prepare. Live fire training cost and environmental impact are limiting factors in the volume and frequency of Soldier training in this domain. Virtual simulation training for Joint Fires and Effects is intended to mitigate these limitations, for both initial training and currency, by reducing total cost and increasing the total number of training repetitions Soldiers may experience. The Joint Fires and Effects Trainer System (JFETS) at the Fires Center of Excellence (FCoE), Fort Sill, Oklahoma has received funding to develop an excellent prototype; Joint Forces Command rates the JFETS Close Air Support Module as the best in existence. The current system design, however, limits throughput and, as a result, Instructors at the FCoE are unable to use the system to its fullest potential for their classes. Accordingly, the FCoE Fires Battle Lab in 2008 commissioned a study to increase throughput in the JFETS Open Terrain Module (OTM): a key venue for Call For Fire Training. The results of this study propose a technological enhancement that will allow a single Instructor to manage nine concurrent discrete call for fire training sessions in the OTM facility: an 800% increase in efficiency over the current configuration. While the underlying technology in the proposed solution is mature and sound, the question remains as to whether the enhancement will work as planned. In effect, there is a need to determine whether a single instructor will be able to manage nine concurrent sessions as predicted. Notwithstanding this increase in efficiency, the JFETS OTM will still be, relatively speaking, a scarce resource at the FCoE. Additionally, students will need to review training received on the OTM and other JFETS modules in the field after training in the school house. To maximize the value of Soldier training time in the JFETS, an interactive application is required to drill Soldiers in the five essential elements of accurate predictive fires to prepare them before they train in the immersive environment and reinforce that training once they leave. An extension to the JFETS suite of capabilities, the application will be designed to work on a variety of platforms. FCoE leadership has expressed interest in an application to work on a Personal Digital Assistant (PDA), Smartphone or other portable platform in addition to a desktop computational environment.
Name: Tactical Metal Fabrication System (TACFAB)
Bill #: H.R. 3326
Account: RDT&E, Army
Legal Name of requesting entity: IMTEC
Address of requesting entity: IMTEC Plaza, 2401 North Commerce; Ardmore, OK 73401
Description: Provide an earmark of $1 million for TacFab. 63% will be used for a Shelterized Integration of a Low-End (TacFab) Capability. An additional 37% will be used for the Integration of Full-Up Deployable (TacFab) Capability. TacFab demonstrates a tactically mobile, rapid metal fabrication capability that will be a companion unit to the MPH to provide spare and replacement parts to our Warfighters in theater, and also as a stand-alone metal casting resource provided to domestic organic Army depots and industrial facilities in support of RESET activities. TacFab provides a containerized, mobile foundry to the U.S. Army, allowing deployed forces to produce spare and replacement parts in the field. This cuts the order time from weeks or months to 24 hours. The Army uses its Rapid Manufacturing System to provide deployed forces with critical spare and replacement parts to keep its tanks, helicopters, guns and other systems operating under the extreme wear and tear of battle. The system provides troops on the ground with parts that they would otherwise need to wait weeks or months for, if they were being ordered through the standard supply chain and shipped to the front. However, because the existing system does not include a mobile foundry, the system cannot address the need for cast parts, which make up a large percentage of needs. The Tactical Metal Fabrication (TacFab) System will provide a complementary capability to the RMS to cut the time required to produce parts by 90%.
Name: UAV/UAS Test Facility
Bill #: H.R. 3326
Account: RDT&E, DefenseWide
Legal Name of requesting entity: University Multispectral Labs
Address of requesting entity: 500 West South Avenue; Ponca City, OK 74601
Description: Provide an earmark of $3 million to advance the National Unmanned Aerial Vehicles/System (UAV/S) Test Facility initiated in FY2009. The test facility is located adjacent to restricted Fort Sill, Oklahoma airspace and established on behalf of the United States Special Operations Command. 68% is for material, engineering support, range equipment and renovations, and 32% is for further creation of high-technology jobs consisting of technicians, engineers and scientists. Facility will also support Army Fires Center of Excellence and foster a positive impact on the surrounding areas. The UML has a fully executed Memorandum of Agreement with the Garrison Commander supported by the Fort Sill Commanding General.
Name: Infrared Materials Laboratory
Bill #: H.R. 3326
Account: RDT&E, Navy
Legal Name of requesting entity: Amethyst Research Inc.
Address of requesting entity: 1405 4th Ave. NW, Box 345; Ardmore, OK 73401
Description: Provide an earmark of $3.5 million for advanced infrared systems development. Approximately 83% is for research, development, testing and evaluation; approximately 14% is for research equipment lease, and approximately 3% is for building lease. This project has the support of key officials within the Department of Defense and from U.S. suppliers of key defense-related technologies to the U.S. Government. This request is consistent with the intended and authorized purpose of the ONR, RDTE, N account. While not required to do so, the State of Oklahoma and the host community City of Ardmore have committed non- federal dollars toward this national priority. The Infrared Materials Laboratories are overcoming the technical and financial barriers preventing the use of HgCdTe (Mercury Cadmium Telluride) on large- format Si (Silicon) substrate infrared focal plane arrays (IRFPAs) and also are resolving related DoD challenges of the highest national priority. This research, performed by a highly respected team of former NVESD, Oak Ridge National Lab, Sandia National Labs, General Electric, ONR, and USAF scientists at Amethyst Research Inc. as well as at collaborating research universities and DoD equipment manufacturers will: (1) dramatically lower the cost of high-performance IR devices for DoD applications, (2) create a stable, domestic supply of wafers for IRFPA fabrication at all major U.S. infrared houses, and (3) put superior technologies into the hands of the U.S. warfighter more quickly. DOD requirement for funds is: ``Passivation of Dislocation Defects by Hydrogenation for High Performance LWIR HgCdTe on Si''-- NVESD W15P7T-05-C-F401; ``Si Based Large Area Substrates for HgCdTe Infrared Detectors''--ARO W911 NF-06-0074; ``Defect Mapping of Wafers for Increasing Yield and Operability of Infrared Focal Plane Arrays''-- MDA, Pending; ``Passivation Technologies for Improved Operability and Radiation Hardness of VLWIR HgCdTe Focal Plane Arrays--MDA HQ006-07-C- 7705, B063-025-044. This program will eliminate complete DoD dependency on a single, foreign source for a key component of infrared sensors. Further, this program will reduce DoD's cost to acquire and deploy high-performance IRFPAs (including 3D LADAR technologies) and improve the ability of DoD assets to distinguish, track, and target well- camouflaged enemy assets in highly cluttered environments and in space. The goal of this program is to reduce by a factor of five (5) DoD's current --$200,000 cost per IRFPA. DoD estimates that the program's integral proprietary defect characterization system alone will result in taxpayer savings of $100,000,000 over 10 years. This effort is rooted in proprietary hydrogenation, wafer mapping and repair techniques that dramatically improve the operability and yield of infrared focal plane arrays used in military and homeland security applications. It will result in the production of large-area HgCdTe on Si wafer substrates and defect mapping and repair/mitigation on existing CdZnTe wafer substrates. The major U.S. infrared manufacturing houses are collaborating
with Amethyst Research Inc. on this effort. The President of the United States has determined that certain components of this program are of the highest national priority.