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Unlock the true potential of your Gen II Hemi build with the Callies Wedge block. This bare block is specifically designed for builders who require a larger 4.315-inch bore and a 10.725-inch deck height to accommodate custom high-displacement rotating assemblies. Constructed from heavy-duty iron, this block is built to withstand the rigors of competitive racing and high-boost environments.
The 4-bolt main configuration provides the necessary clamping force to keep your crankshaft stable at high RPMs, reducing bearing wear and increasing overall engine longevity. By starting with a high-quality Callies casting, you ensure that your cylinder walls remain stable under extreme combustion pressures. This block is the perfect starting point for custom stroker kits or high-compression naturally aspirated setups. Its robust iron construction offers superior heat dissipation and structural rigidity compared to factory alternatives. Experience the difference of premium engineering and find all your high-performance components at GGCRACING.
Unlock the true potential of your Gen II Hemi build with the Callies Wedge block. This bare block is specifically designed for builders who require a larger 4.315-inch bore and a 10.725-inch deck height to accommodate custom high-displacement rotating assemblies. Constructed from heavy-duty iron, this block is built to withstand the rigors of competitive racing and high-boost environments.
The 4-bolt main configuration provides the necessary clamping force to keep your crankshaft stable at high RPMs, reducing bearing wear and increasing overall engine longevity. By starting with a high-quality Callies casting, you ensure that your cylinder walls remain stable under extreme combustion pressures. This block is the perfect starting point for custom stroker kits or high-compression naturally aspirated setups. Its robust iron construction offers superior heat dissipation and structural rigidity compared to factory alternatives. Experience the difference of premium engineering and find all your high-performance components at GGCRACING.
