Jump to content
Sturgeon's House

Search the Community

Showing results for tags 'terminal ballistics'.

  • Search By Tags

    Type tags separated by commas.
  • Search By Author

Content Type


  • The Outer Rim
    • Open Discussion
    • Aviation
    • Elon Musk: Making Space Great Again
    • Naval Discussion
    • Mechanized Warfare
    • Ballistics Science Discussion
    • Infantry Tools & Tactics
    • Dr. Strangelove's Nuclear Palace
    • Biosciences
    • History, Culture, and Archaeology
    • Fiction & Entertainment
    • Computers, Software, and Tech Support
    • Historical Warfare
    • Sturgeon's Contests


  • Of IS-7s and Other Things
  • Archive Awareness
  • Unstart's Blog
  • The Sherman Blog
  • U-47

Find results in...

Find results that contain...

Date Created

  • Start


Last Updated

  • Start


Filter by number of...


  • Start





Website URL







Found 2 results

  1. I've noticed a lot of ballistics FEA simulations popping up on Youtube lately. A result of the ever-dropping price of number-crunching power? Who knows. I cannot, of course, vouch for the accuracy of these simulations. They sure are pretty to look at though.
  2. PELE (Penetrator with Enhanced Lateral Effectiveness) rounds are a new type of ordnance developed by Rheinmetall in the late nineties and early two thousands. As the patent shows, they are similar in outward appearance to traditional long-rod penetrators, but are different in cross section: The basic principle of a PELE is that the outer walls of the penetrator are made of a denser material than the core. At the extremely high velocities that the penetrator strikes the target, density (rather than material strength) is one of the most important factors in determining penetration. So the outer walls are able to penetrate the target, but the inner core is not. The outer walls of the penetrator continue moving forward, which compresses the inner core. This presentation from ATK has a helpful diagram: As this Rheinmetall presentation shows, this gives much greater behind armor effect than a traditional long rod penetrator: This new ammunition is available both in large-caliber and autocannon calibers. Compared to traditional high explosive rounds, PELE rounds have the advantage that there is no explosive material in the penetrator. This means that there is no UXO risk at training ranges. Additionally, a tank with APFSDS and PELE ammunition types would be able to tackle most target types. If the ammunition were two-piece, then the inert APFSDS and PELE penetrators could be stored in the turret while the propellant charges could be stored separately in isolation. Britain's chieftain MBT used an ammunition stowage scheme like this, keeping inert APDS projectiles in the turret and propellant bags underneath the turret ring in wet ammunition containers. An ammunition stowage scheme like this would have the advantages of isolated ammunition stowage, but would require a less bulky isolated section of the tank, which often adds to the silhouette of the vehicle (e.g. abrams' enormous turret bustle). The biggest disadvantage of PELE compared to traditional high explosive rounds is that the rounds do not fragment unless they hit something hard. As the presentations above show, the 120mm rounds will produce considerable fragmentation patterns after hitting something as light as 10mm of sheet metal, but they still need to hit something. So airburst or proximity fused options are out.
  • Create New...