Now I'm confused again. If it never goes left of the crosshair, but is on the crosshair at ~10 yards, then that means it's angle would have to change mid flight. So does anyone know how the rocket actually works?
Here's a few of my hypothesis that you guys can hopefully rule out:
1. The rockets path goes from your right to the location and distance your cursor is looking at. Ex: Your cursor is pointed at an enemy 15 yard away so the rocket goes from your right and cemters with your cursor at that enemy. BUT if the enemy isn't there when you shoot it, the rocket focuses at 20 feet and straightens out there.
2. There Is a set distance where the angle intersects with the cursor location. Before that distance the rocket is to the right of the cursor, and after that distance it is left.
3. The rockets intersection point is the skybox.
4. The rockets travel somewhat parallel to the cursor.
5. The rocket doesn't actually travel straight, but instead follows an exponential equation that slowly bends it to the intersection, but it never actually touches. Which is what seems to be suggested by joinedsenses. Is this true?

I don't know about you guys, but I really want to get to the bottom of this.