Free IPTPA The Third Shot: Drop vs. Drive Mechanics Questions and Answers 1

Question 1

When is a third shot drive most strategically advantageous?

Accepted Answer

When one or both opponents are still moving back from the baseline.

Answer

A third shot drive is most effective when the opponents are caught back near the baseline, as it gives them less time to react and get to the non-volley zone. Driving at an opponent who is already at the NVZ line is a low-percentage shot that can be easily countered.

Question 2

What is the primary mechanical difference in the swing path for a third shot drop versus a third shot drive?

Accepted Answer

The drop uses a gentle, ascending 'lifting' motion, while the drive is a more linear, forward motion.

Answer

A third shot drop requires a low-to-high, gentle lifting motion to create an arc that lands softly in the kitchen. In contrast, a drive uses a more linear, forward swing path to generate pace and penetration through the court.

Question 3

A student is consistently hitting their third shot drops into the net. Which is the most likely cause related to their body position?

Accepted Answer

They are bending at the waist instead of bending their knees.

Answer

Failing to get low by bending the knees is a common cause for netting third shot drops. A low body position allows the player to get under the ball and execute the necessary low-to-high lifting motion for a successful drop.

Question 4

The ideal contact point for a soft, controlled third shot drop is typically:

Accepted Answer

Out in front of the body.

Answer

Contacting the ball out in front of the body allows for better control, balance, and use of the proper kinetic chain. It enables the player to see the ball, paddle, and target in their field of vision and execute the gentle lifting motion required.

Question 5

When teaching the third shot drive, what is the key coaching cue for generating power from the ground up?

Accepted Answer

Rotating the hips and torso through the shot.

Answer

Effective power generation for a drive comes from the kinetic chain, starting with the legs and rotating through the hips and torso. This transfers energy efficiently into the arm and paddle, creating pace without solely relying on arm strength.

IPTPA - International Pickleball Teaching Professional Association Practice Test

IPTPA - International Pickleball Teaching Professional Association Practice Test

Free IPTPA The Third Shot: Drop vs. Drive Mechanics Questions and Answers 1