Brady,
The tool is aligned to the barrel using the v-notch. It is aligned to the scope by centering the objective bell between the vertical lines etched on the tool. Then the rifle and tool are rotated until the spirit level is centered. The rifle must be held in this position during the next step, so it's useful to hold the rifle in a vise.
The tool is removed and placed upside-down on the turret or turret cap. With the rings loose, the scope is rotated in the rings (with the rifle held in place) until the turret is level. Finally, the ring screws are tightened.
At this point you can also level the anti-cant indicator, if you have one. Then remove the rifle from the vise.
No other tool are needed to align the reticle. Other tools are useful for other parts of the installation process. For example, base and ring screws should be tightened using a torque wrench. A boresight collimator is useful for boresight alignment, but not absolutely necessary.
Bruce
The tool is aligned to the barrel using the v-notch. It is aligned to the scope by centering the objective bell between the vertical lines etched on the tool. Then the rifle and tool are rotated until the spirit level is centered. The rifle must be held in this position during the next step, so it's useful to hold the rifle in a vise.
The tool is removed and placed upside-down on the turret or turret cap. With the rings loose, the scope is rotated in the rings (with the rifle held in place) until the turret is level. Finally, the ring screws are tightened.
At this point you can also level the anti-cant indicator, if you have one. Then remove the rifle from the vise.
No other tool are needed to align the reticle. Other tools are useful for other parts of the installation process. For example, base and ring screws should be tightened using a torque wrench. A boresight collimator is useful for boresight alignment, but not absolutely necessary.
Bruce