DPM MS-SI/27 Sig Sauer P225-A1 nouvelle version B.O.S.S

2.

Système de recul amélioré pour Sig Sauer P225-A1

Ce système fonctionne grâce à une tige complexe multi-ressorts, composée de trois ressorts, qui contrôle la fonctionnalité de l'arme. Le troisième ressort, contenu dans la tige, gère le mouvement de la culasse pour éviter qu'elle ne vienne percuter le cadre. De plus, le système comprend deux ressorts séparés, permettant au propriétaire de régler l'arme selon ses normes personnelles.

B.O.S.S : L'acier inoxydable noir oxydé est une technologie de revêtement innovante généralement appliquée aux parties visibles du système de recul.

Avantages globaux

• Tirs de suivi plus rapides
• Vitesse de tir améliorée
• Protection de la culasse et du cadre
• Élimination des bourrages
• Réduction significative du recul TRADUCTION GÉNÉRÉE PAR IA, CERTAINS TERMES TECHNIQUES PEUVENT NE PAS ÊTRE TRADUITS CORRECTEMENT

  Enhanced Recoil System for Sig Sauer P225-A1

  This system operates through a multi-spring intricate rod, consisting of three springs, which controls the functionality of the gun. The third spring, contained within the rod, manages the movement of the slide to prevent it from ramming on the frame. Additionally, the system includes two separate springs, allowing the owner to fine-tune the weapon to personal standards.

  B.O.S.S: Black Oxide Stainless Steel is an innovative coating technology typically applied to the visible parts of the recoil system.

  Overall Advantages

  • Faster follow-up shots
  • Improved firing speed
  • Slide and frame protection
  • Elimination of jams
  • Significant recoil reduction
  • Better double-tap concentration
  • Better control and greater accuracy

  System of Multiple Springs

  Three or more springs of different sizes are used for specific compression, housed in a metal tube. The system's mission is to control the backward motion of the slide at the moment of the bullet's firing. The initial pressure exhibited by the system is almost the same as the standards of the factorial springs. However, at the final phase of the system's coiling, the pressure exerted on the slide increases by 80% - 100%. Consequently, the slide never rams against the frame, and jams are eliminated.

  Materials

  All metal elements are made of stainless steel W.-Nr./Grade 1.4301 (AISI 304), manufactured in a factory compliant with ISO9000 standards.

  All springs are made of steel or high carbon steel with a cadmium (Cd) finish. The cadmium finish, which adds considerable cost to the manufacturing process, makes the spring impervious to the elements, including salt water.

  DPM Code: MS-SI/27