Tennis String Cost Per Hour

A cheaper string job is not always the cheaper setup. Compare two options using installed cost and the hours they remain playable for you—then see cadence, monthly spend, and annual spend.

Optional; used for cadence and monthly/annual estimates.
Setup A
Use your own replacement point, not time until breakage.
Cost per job
Cost per playing hour
Restring cadence
Monthly estimate
Annual estimate
Setup B
Estimate the hours the response remains acceptable to you.
Cost per job
Cost per playing hour
Restring cadence
Monthly estimate
Annual estimate
Enter valid costs and playable hours to compare both setups.

How the calculator works

Cost per playing hour = installed string-job cost ÷ playable hours.

If you enter weekly hours, annual cost equals cost per playing hour × weekly hours × 52. Monthly cost is the annual estimate divided by 12. Restring cadence equals playable hours ÷ weekly hours.

Example: A $45 setup used for 14 hours costs $3.21 per playing hour. A $60 setup used for 26 hours costs $2.31 per hour, so the higher checkout price is about 28% cheaper per usable hour in this example.

The calculation excludes racquet purchase, travel, taxes not included in your input, and the value of unused reel inventory. For a hybrid, itemized mode lets you enter the amount of main and cross string actually used.

Use playable life—not breakage life

Define your endpoint

Use the first repeatable point where control, comfort, spin, or confidence leaves your acceptable range.

Track actual hours

Calendar time can hide large differences between someone playing once a week and someone playing daily.

Include labor

Installed cost is the fairest comparison. Reel price alone understates each restring if you pay a stringer.

Revisit the estimate

Replace guessed hours with the average from two or three logged string jobs.

Make playable hours a real number

Track your setup and tension trend so future cost comparisons use your own evidence.

Track With String Tension AI