| Tennis Fitness: Increase Your Quickness By | | | | Total Working Time |
| Increasing the Power of Your First Step | | | | Take 2 players, Player A and Player B. |
| Many tennis players ranging from the weekend | | | | Each can squat 135 pounds for 8 reps. |
| warrior to the competitive athlete sometimes find | | | | It takes player A approximately 30 seconds to |
| themselves down in the dirt late in a match - Kicked | | | | Perform 8 reps and Player B it only takes 27 |
| out wide and unable to recover to the ball. | | | | Seconds to perform 8 reps. |
| Did you need to work on your footwork? | | | | Power Output for Player A: |
| Endurance? | | | | 1080 (135x8)/ 30 seconds = 36lbs/second |
| Strength? | | | | Power Output for Player B: |
| The answer may shock you. | | | | 1080 (135x8)/27 seconds = 40lbs/second |
| Training to Recover From Wide, Crosscourt Shots | | | | Player B has greater power output moving 40 lbs per |
| The logical assumption in this instance is that you | | | | second and will be able to recoveralot quicker than |
| may have footwork problems. | | | | player A if he's kicked out wide by his opponent. |
| That may be the case, but what if your footwork is | | | | Increasing your power output on your first step will |
| sound, your endurance is great, your strength is | | | | greatly increase the chances of youfully recovering |
| there, yet you're still getting pushed out of the point | | | | from a wide shot from your opponent. Increasing |
| from across the net? | | | | your total power outputdoesn't necessarily mean |
| Well, frankly, sometimes it will happen. You won't be | | | | increasing the amount of weight lifted. Here are a |
| able to recover. I'm not goingto sugar coat that for | | | | few ways toincrease your total power output. |
| one second. | | | | -1-> Total reps increase, while total working time |
| But sometimes, a lot of times, you're able to | | | | remains the same |
| *almost* recover, bringing your racquetto within | | | | -2-> Total working time decrease, while the total |
| inches of the ball, but it's still not enough. | | | | weight and total reps remain the same |
| A fraction of a second determines whether the ball | | | | -3-> Total weight increase, while the working time |
| zips by you or whether you smack | | | | and total reps remain the same |
| It back across the net - maybe for a winner. | | | | -4-> All of the above occur at the same time? Total |
| So what gives? | | | | weight increases - total reps increases - total working |
| It could be your first step back towards the ball - | | | | time decreases. |
| lack of power output. | | | | Shave a fraction of a second off your recovery time |
| Measuring Power Output | | | | in tennis by increasing your power output and your |
| Power Output = | | | | opponent may have unknowingly just set you up to |
| Total Weight X Total Reps | | | | smash a winner. |
| {divided by} | | | | |