David Caldwell vs Justin Bower, Aptos Challenger 2000, Qualifying R2

Challenger · Qualifying R2 · Hard · Sun 16 Jul

Final

David Caldwell

WinnerRank #796

Caldwell won in 2 sets

2–0

Set 17–6³

Set 26–3

Justin Bower

LostRank #874

Venue

Seascape Sports Club, Aptos

Aptos, USA· Hard

Court speed

What is court speed?

How much the court helps the server, judged from aces and serve points won and adjusted for who played. 100 is the average ATP tournament court that season.

Very slow< 92Monte Carlo, Rome
Slow92–97Roland Garros, Indian Wells
Average97–103US Open, Dubai
Fast103–108Wimbledon, Shanghai
Very fast108+Basel

Challenger and ITF courts usually read lower: partly the venues, partly the balls and conditions at those levels.

How court speed works

Know how fast this court plays before the first serve

See it with Pro

Wind

21 km/h

Moderate

Humidity

81%

Humid

Temperature

19°C

Mild

Altitude

38 m

Sea level

Historical daily weather

Head to head

1Caldwell

0Bower

1 meeting

Aptos ChallengerQualifying R2 · 16 Jul 2000HardThis match
David Caldwell
Sets won: 2Set 1: 7⁷Set 2: 6
Justin Bower
Sets won: 0Set 1: 6³Set 2: 3

Form and path

David Caldwell

Aptos CHThis week

WQualifying R1
David Caldwell
Sets won: 2Set 1: 6Set 2: 6
Brian Cummings
Sets won: 0Set 1: 3Set 2: 1

Justin Bower

No recent matches recorded.

Match research

Pro

Everything that shapes this match: each player’s run-in and travel, records side by side, and results against similar opponents and in similar conditions. Better information, better-informed decisions.

Run-inEvery match in the last 28 days, rest days and travel between venues.
Tale of the tapeRecords and serve numbers side by side, filtered by period and surface.
Record by opponent rankingHow each player does against the top 10, top 50 or any ranking range.
Similar conditionsResults in comparable heat, humidity, wind and altitude before scheduled matches.

Get the edge with Pro

David Caldwell vs Justin Bower, Aptos Challenger 2000, Qualifying R2

Final score

Venue and conditions

Head to head

Form and path

Match research