Mayhew 14118 42" Dominator Pro Curved Pry Bar, Red Handle
- This Mayhew 14118 Dominator Pro curved pry bar offers a 42-inch overall length with a curved blade and red two-composite handle, designed for high-leverage prying and lifting in confined areas.
- Features:
- Curved blade provides enhanced leverage and access for prying components like oil pans and axles in tight spaces
- Two-composite ergonomic handle absorbs shock and reduces hand fatigue during impact
- Hardened, tempered alloy steel shaft runs through the handle to maximize force transmission and durability
- Black oxide finish resists corrosion while maintaining structural toughness
- Specifications:
- Manufacturer: Mayhew
- Part Number: 14118
- Blade Style: Curved
- Overall Length: 42 inches
- Handle Material: Two-composite ergonomic handle (red)
- Shaft Material / Finish: Hardened alloy steel with black oxide finish
- System Compatibility: General purpose prying and lifting automotive and industrial use; universal, no vehicle-specific fitment required
- The Mayhew 14118 Dominator Pro Curved Pry Bar may also be referred to as Dominator Pro pry bar, 42-inch curved pry bar, red-handle pry tool, high-leverage curved bar, and long-reach pry bar.
Mayhew manufactures heavy-duty pry bars engineered in the USA, combining durable alloy steel shafts with ergonomic dual-composite handles for leverage, impact resilience, and long service life.
Q: What is this pry bar best used for?
A: It is ideal for prying and lifting heavy components such as oil pans, bearings, or axles in tight or hard-to-access areas, thanks to its curved design and extended 42-inch length.
Q: How does the two-composite handle improve user comfort?
A: The handle absorbs shock and reduces hand fatigue during impact or heavy leverage tasks, while maintaining ergonomic grip and protection against damage.
Q: Why is the through-shaft construction beneficial?
A: The hardened, tempered alloy steel shaft runs through the handle to deliver maximum force without flex or breakage, ensuring reliability under heavy loads.
