초록 ▼

The invention relates to a sabot for fin-stabilized ammunition composed of segments assembled around a sub-calibrated penetrator. The sabot is characterized in that it includes at least three longitudinal bars of a substantially constant width, each having indentations co-operating with an external

The invention relates to a sabot for fin-stabilized ammunition composed of segments assembled around a sub-calibrated penetrator. The sabot is characterized in that it includes at least three longitudinal bars of a substantially constant width, each having indentations co-operating with an external profile of the penetrator to allow it to be driven, as well as a calibrated thrust plate integral with the bars.Application to projectile firings.

대표청구항 ▼

1. A sabot for fin-stabilized ammunition firing in a gun barrel, comprising:calibrated segments assembled around a sub-calibrated penetrator in the form of an elongated bar ending in a fin tail piece;at least three longitudinal bars of a substantially constant width;each said bar having indentations

1. A sabot for fin-stabilized ammunition firing in a gun barrel, comprising:calibrated segments assembled around a sub-calibrated penetrator in the form of an elongated bar ending in a fin tail piece;at least three longitudinal bars of a substantially constant width;each said bar having indentations co-operating with an external profile of said penetrator to allow said penetrator to be driven wherein said indentations are substantially continuous along the length of each bar; anda calibrated thrust plate integral with said bars. 2. A sabot according to claim 1, wherein said bars have a prismatic cross section. 3. A sabot according to claim 2, wherein said bars are of a thickness similar to the diameter of said penetrator. 4. A sabot according to claim 1, wherein each said bar carries a stud on its front part to provide guidance in said gun barrel. 5. A sabot according to claim 1, wherein said thrust plate has a sealing belt that also joins said bars to said penetrator. 6. A sabot according to claim 1, wherein said thrust plate is divided into at least three adjoining sectors, each said bar carrying one sector of said thrust plate. 7. A sabot according to claim 6, wherein each said sector incorporates a radial notch that caps a matching notch carried on said bar. 8. A sabot according to claim 6, wherein said bars and said sectors are made of the same material. 9. A sabot according to claim 8, wherein each said sector is made as a single part with one of said bars. 10. A sabot according to claim 1, wherein said thrust plate is divided into at least three adjoining sectors, each said sector incorporating a footplate applied to said penetrator and integral with a calibrated wall, said walls of two adjoining sectors delimiting a gap to receive said bar. 11. A sabot according to claim 10, wherein each said bar comprises a recess on its face applied to said penetrator that caps said footplates of two adjoining sectors. 12. A sabot according to claim 10, wherein each said bar incorporates two radial slots reducing its thickness at a median part, such said slots receiving said walls of two adjoining sectors of said thrust plate. 13. A sabot according to claim 6, wherein said bars are made of a composite material and said sectors are made of a metallic material. 14. A sabot according to claim 5, wherein said thrust plate is divided into at least three adjoining sectors, each said sector incorporating a footplate applied to said penetrator and integral with a calibrated wall, said walls of two adjoining sectors delimiting a gap to receive said bar. 15. A sabot according to claim 10, wherein said bars are made of a composite material and said sectors are made of a metallic material.