3.0mm Ball Hex Driver Wrench Gen 2 (MIP9243)
3.0mm Ball-End Hex Driver Wrench, Gen 2—a precision tool designed for fastening 3.0mm hex screws on RC models and related gear. The ball-end tip provides access at angles that are hard to reach, making assembly and maintenance smoother even in tight spaces.
Gen 2 updates bring laser-etched size markings that stay crisp and legible, plus a color-coded ring for instant identification. The redesign creates a cohesive look across the Gen 2 tool family, with the signature amber handles easy to spot in a busy toolbox. While the core remains rock-solid with tight tolerances and high-quality construction, these refinements deliver smoother, faster use and a more confident, reliable performance.
3.0mm Ball-End Hex Driver Wrench, Gen 2—a precision tool designed for fastening 3.0mm hex screws on RC models and related gear. The ball-end tip provides access at angles that are hard to reach, making assembly and maintenance smoother even in tight spaces.
Gen 2 updates bring laser-etched size markings that stay crisp and legible, plus a color-coded ring for instant identification. The redesign creates a cohesive look across the Gen 2 tool family, with the signature amber handles easy to spot in a busy toolbox. While the core remains rock-solid with tight tolerances and high-quality construction, these refinements deliver smoother, faster use and a more confident, reliable performance.
Description
3.0mm Ball-End Hex Driver Wrench, Gen 2—a precision tool designed for fastening 3.0mm hex screws on RC models and related gear. The ball-end tip provides access at angles that are hard to reach, making assembly and maintenance smoother even in tight spaces.
Gen 2 updates bring laser-etched size markings that stay crisp and legible, plus a color-coded ring for instant identification. The redesign creates a cohesive look across the Gen 2 tool family, with the signature amber handles easy to spot in a busy toolbox. While the core remains rock-solid with tight tolerances and high-quality construction, these refinements deliver smoother, faster use and a more confident, reliable performance.
