The Bore-Max Speed Jags & Patches Multi-Cal Pack heralds a new era in firearm maintenance delivering up to 4x more bore contact for superior cleaning results. This comprehensive system includes ten specially designed jags for both handguns and rifles covering an impressive range of calibers from .22 to .45 for handguns and .22/.223 to .30/7.62mm for rifles. Each jag is nickel-plated ensuring longevity and resistance to chemical breakdown. Paired perfectly with these jags are the Speed Jag Patches engineered from micro-pore fibers to offer superior absorbency and a grit-grabbing surface texture. The patches are uniquely designed to conform to the jags avoiding the issue of bunching and thus enabling deeper and faster cleaning of your bore. Together this caliber-specific set brings efficiency to a new level saving you both time and effort while ensuring your firearms are maintained in peak condition. Use caution: Speed Jags and Speed Jag Patches are compatible exclusively with each other and should not be used with standard jags or patches to prevent damage or less effective cleaning.

• Integrated system specifically designed for caliber-specific bore cleaning including ten distinct jags 4 for handguns and 6 for rifles.
• Nickel-plated jags ensure increased chemical resistance contributing to longevity and consistent performance.
• Precision engineering of jags facilitates up to four times the bore contact area compared to conventional cleaning jags.
• Enhanced bore contact area allows efficient removal of fouling copper and carbon deposits reducing the number of required cleaning passes.
• Micro-pore fiber construction of patches provides high absorbency levels for effective solvent and lubricant application.
• Grit-grabbing surface texture of patches improves fouling removal during the cleaning process.
• Patches are dimensioned precisely to fit corresponding jags ensuring optimal caliber-specific fitment and minimizing bunching.
• Mutual compatibility between jags and patches is crucial; designed to work in tandem for maximized cleaning efficiency.
• Use of incompatible components can result in suboptimal cleaning and may lead to bore damage.
• Strict adherence to compatibility guidelines is strongly recommended for optimal bore cleaning results.