Prepare a crossing for the floor-level ball
Cut a path through the central purple divider, then guide the bowling ball toward the basket on the right. Begin with the ball’s actual starting position. Look for it on the floor beside a block and prepare to receive it at that height.
A plan borrowed unchanged from Alley Oop can fail at that first step. You must receive the floor-level ball, carry or guide it through the opening and arrange a final approach to the elevated hoop.
Receive the ball first, test the crossing next, then set up the shot at the basket.
Build the receiving shape around the ball
Inspect the ball and the space beside the starting block. Choose which character receives it while the partner prepares the divider or shapes the carrier.
A cradle offers a receiving surface. Shape the recess while the character holds still, rotate it toward the ball and check that its edge can approach at the ball’s current height.
Do not infer a particular weight or launch rule from the bowling-ball appearance. Observe how the object sits on your chosen surface and adjust the support accordingly.
Open the divider for the intended transfer
The tall paper barrier separates the starting ball from the hoop. Plan the opening around the route you intend to use, including the carrier’s body.
Cutting a gap does not guarantee a clear transfer if a thin strip remains at the wrong height. Inspect the gap after snipping, then position the partner on the receiving side before moving the ball into it.
- Identify a useful receiving position beside the ball.
- Shape and orient the carrier.
- Open the central paper along the crossing route.
- Prepare the far-side receiver or support.
- Transfer the ball through the opening deliberately.
- Set up its approach to the hoop and check the result.
Use these as planning stages rather than a guaranteed cut sequence. The current divider, character shapes and ball position determine the final route.
Control the final approach to the basket
After the ball reaches the right side, you still need to score. Compare its resting height and direction with the hoop before the next movement.
Keep the receiver still while the carrier approaches. If a handoff is needed, prepare the receiving boundary before changing the supporting angle.
Watch the ball during the transfer. If it passes beside the receiver or drops from an open edge, adjust that contact point. Cutting more paper elsewhere will not fix a delivery miss near the rim.
| Failure | First correction |
|---|---|
| Ball stays beside the starting block | Receiving height and approach space |
| Ball catches at the central paper | Opening and any remaining strip |
| Carrier crosses but loses the ball | Support orientation during the movement |
| Ball reaches the far side too low | Planned support toward the basket |
| Final delivery misses | Contact direction and position near the hoop |
Keep working geometry while fixing one error
Preserve a usable opening while testing the carrier. Preserve a usable carrier while testing the final height. Changing every part after each miss makes it difficult to identify the actual failure.
Reform when the character’s boundary needs rebuilding, not automatically after a position error. Check whether rotation or a small movement would keep the successful part of your setup.
The Bowling for Baskets chapter starts at 08:33. Corner Pocket adds stepped obstacles to another cradle-based route. Alley Oop uses a different starting height.
FAQ
What is the goal of Bowling for Baskets?
Clear a route through the purple paper and guide the bowling ball into the basket.
Why should I not copy Alley Oop unchanged?
The bowling ball begins at floor level beside a block. Prepare a receiver for that starting position.
Does its appearance establish special ball physics?
Observe the live object’s movement and support. Do not assume a weight or launch rule solely from the bowling-ball design.
Why does the ball stop at my paper opening?
Inspect remaining strips and compare the gap with the intended transfer height and carrier size.
When should I reform the carrier?
Rebuild when its geometry is unsuitable. Try position and orientation corrections first when the receiving shape already works.