Lead-free bullets in 100% copper alloy, optimized for precision shooting up to 300 meters. They are made of a special alloy, with high quality standards on weight and dimensions. Hollow-point bullets are also available, so that you can use them in shooting ranges that do not allow FMJ or monolithic bullets.
Made of 100% copper
Build quality with minimal tolerances
Reduce residues in the barrel
Optimal ballistics with various types of rifling
CaliberWeightDiameterLengthCB (G1)CodePrice (x50) + VAT.30152 gr / 9,85 g7,82 mm33,70 mm0,435A186048 euro.30158 gr / 10,24 g7,82 mm32,97 mm0,440A190951 euro
The 158 g version is equipped with an hollow-point, for expansion on impact, where required by the regulations of some shooting ranges.
Leider gibt es für diesen Aussteller kein deutsches Firmenprofil.
Lead-free bullets are increasingly becoming a necessity imposed by the regulations of various countries, both in the hunting world and in that of shooting sports.
The new MRR BULLETS bullets are monolithic copper bullets, a family of bullets intended for the reloading of precision shooting ammunition, able to deal with the best products currently on the market.
The new MRR BULLETS bullets adopt an innovative solution (Registered Patent) which makes the geometry of the empty spaces between the bullet’s driving bands vary from cylindrical to truncated conical.
This solution facilitates the material’s movement during the compression of the bullet in the rifling, decreasing the deposit of residues inside the barrel and improving the constancy of the barrel’s harmonic vibrations, which in turn affect the accuracy of the weapon. These advantages are even more evident in barrels with semi-polygonal or multi-radial rifling, where the contact surface between bullet and barrel is greater, but MRR Bullets have also responded well to the traditional rifling.
The innovative design, combined with the utmost attention to finishes and dimensions, guarantees superior quality and effectiveness. All MRR bullets are built with certified quality materials.