Sighting in – Traditions Lightning Ebolt Buckhunter User Manual
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Method 2
1. Open the bolt or plunger and carefully remove the percussion cap
from the nipple.
2. Using a range/bench ramrod, with a ball puller screw in one end,
insert the screw end into the muzzle until the screw makes contact
with the projectile.
3. Apply pressure to the end of the ramrod while at the same time
turning it, allowing the ball puller screw to bite into the projectile.
4. Continue turning the ramrod until you can determine that the ball
puller screw is well anchored into the projectile.
5. Firmly grasp the exposed end of the ramrod with projectile
attached, pull it through the barrel and out the muzzle. One
continuous non stop pull is generally best.
NOTE: When extracting patched round balls it is helpful to pour
warm soapy water down the barrel to aid in the removal of fouling
from within the bore. This also lubricates the rifling to make the
process easier.
NOTE:
When extracting saboted bullets the first few inches of the pull
will separate the projectile from the plastic sabot. At that point the
bullet will be free from the sabot and will come out easily. It will then
be necessary to reinsert the ball puller screw back down the barrel and
screw it into the plastic sabot and also pull it out.
6. Remove powder, if any.
7. Clean and dry the bore of the barrel making sure the breech area is
dry before reloading fresh powder.
8. Dispose of the old powder safely.
SIGHTING IN:
Start your sighting in at approximately 25 yards with a large target.
You want to achieve a grouping of shots no matter where on the target
first. After you are able to shoot at least 3 shots in the same 2” area,
then adjust your sight to the center bullseye.
To adjust:
Move the rear sight in the
direction you want the bullet to go.
Note:
Traditions recommends while
sighting in your muzzleloader that you
clean the bore between each of your shots.
By doing this you are starting out with a fresh, seasoned bore that will
help prevent some shooting errors such as powder build up that
could cause inaccuracies.
Fig. 28