Big Shot Install Info

Use a Phillips head screwdriver to remove the two screws holding the flip clip onto the fork.

When it comes to recreational shooting, pest control, or competitive slingshot sports, few names carry as much weight as the Big Shot . Known for its durability, power, and ergonomic design, the Big Shot slingshot is a favorite among enthusiasts. However, owning this piece of gear is only half the battle. The real secret to accuracy and longevity lies in the big shot install —the process of properly attaching the rubber bands (tubes or flats) to the fork and pouch. big shot install

Take one end of the latex tube and fold it back onto itself to create a small loop. Insert this loop through the hole in the fork from the front (shooting side) to the back (grip side). Use a Phillips head screwdriver to remove the

Repeat the process on the other side. Align the pouch so it hangs perfectly straight. If the pouch cants to the left or right, you will shoot unpredictably. The Golden Rule: Symmetry Regardless of which method you choose for your big shot install, symmetry is king . Measure the length of latex from fork to pouch on both sides. A difference of just 2 millimeters will cause the projectile to curve left or right (known as "shooting around the fork"). However, owning this piece of gear is only half the battle

Replace the flip clip over the band. Tighten the screws evenly. Do not overtighten—you want to compress the latex, not shear it. The latex should bulge slightly out the sides but not be cut by the metal edge.

Using unwaxed dental floss, tightly wrap the knot 10 to 15 times. This prevents the knot from slipping under tension. Many beginners skip the wrap; experienced shooters know that dry latex on smooth aluminum will slide. Finish the wrap with a surgeon’s knot and a drop of superglue (optional).

A poorly executed install can lead to inconsistent aim, reduced velocity, or even catastrophic failure (known as a "blowout") that could injure the user. Conversely, a perfect big shot install transforms a simple catapult into a precision instrument.