

RCBS Summit Press Freedom Camo
SKU RC9295 · MFR# 9295
The Summit Press in Freedom Camo Limited Edition is the result of decades of research development manufacturing expertise and handloading experience delivering a durable and innovative single-stage reloading press designed for precision and consistency. Built from the ground up to produce accurate repeatable handloads the Summit Press features a unique design that sets it apart from traditional reloading presses. Instead of raising the case into the die the Summit lowers the die onto a stationary case promoting smooth controlled operation. At the heart of the press is a massive 2-inch diameter solid steel ram polished to a mirror finish for exceptional durability and a smooth cycling action. The Summit is constructed from a rugged cast iron frame with heavy-duty steel linkage to provide the strength and stability serious handloaders demand. Its distinctive C-frame design offers unrestricted access to the work area with a generous 4.5-inch opening that provides full frontal access to cases without the obstruction of a conventional frame. Because the linkage is contained above the mounting surface the Summit can be positioned virtually anywhere on a reloading bench. Compatible with standard 7/8 -14 threaded dies as well as 1-1/4 -12 dies when the reducing bushing is removed the Summit offers flexibility for a wide range of reloading applications. The ambidextrous design accommodates both right- and left-handed users while the integrated zerk fitting allows for easy lubrication and long-term maintenance. Finished in a distinctive Freedom Camo pattern and proudly made in the USA the Summit Press combines innovative engineering durability and user-friendly operation in a reloading press designed to deliver years of dependable performance. Features: Exclusive Freedom Camo finish Massive 2 diameter mirror-polished solid steel ram Heavy-duty cast iron frame with steel linkage Unique C-frame design with unrestricted frontal access 4.5 opening for enhanced workspace visibilit


