CONFIRMATORY TEST (TYPE I) OF RETROFITTED RECOVERY VEHICLE, FULL-TRACKED, LIGHT, ARMORED, M578.

Abstract

Confirmatory Test (type I) of Code A Retrofitted Recovery Vehicle Full-Tracked: Light, Armored, M578 was conducted to determine suitability of vehicles for issue and adequacy of quality control improvements and modifications. The test was performed at Fort Knox, Kentucky from 9 December 1965 to 22 March 1966 on vehicle, serial no. 12AY95. Findings, based on 2,060 miles of operation reveal that 6 deficiencies experienced in previous tests have not been satisfactorily corrected, and 15 new deficiencies were reported. It was concluded that: Code A, Retrofitted, Recovery Vehicle, as tested, was unsuitable for issue for Army use; 6 deficiencies determined in previous tests have not been satisfactorily corrected by the retrofit program; however, they appear to be readily correctable; 15 new deficiencies were revealed of which 12 appear to result from poor quality control, and all appear to be readily correctable; the level wind device was suitable in performance, durability, and reliability. It was recommended that: determination be made of the cause for the unusually high number of torsion bar failures, and considerations be given to replacement in existing vehicles by attrition; Code A, Retrofitted Recovery Vehicle, Full-Tracked: Armored, M578 not be issued for Army use until all other deficiencies and as many shortcomings as feasible listed in appendix 2 are corrected; and tow winch level wind device be incorporated in M578 vehicles prior to issue to trooops.

Document Details

Document Type
Technical Report
Publication Date
Apr 22, 1966
Accession Number
AD0482537

Entities

People

  • Homer L. Pease

Tags

DTIC Thesaurus Topics

  • Attrition
  • Deficiencies
  • Kentucky
  • Quality Control
  • Recovery
  • Recovery Vehicles
  • Reliability
  • Resilience
  • Torsion Bars
  • Vehicles

Fields of Study

  • Engineering

Readers

  • Facility/Structural Engineering.
  • Logistics and Supply Chain Management.
  • Systems Analysis and Design