Result: 6-0 6-3 · Calvo / Fernandez vs Ortega / Araujo | Germany P2 2026

P2 · DüsseldorfQuarterOct 9

CalvoFernandez

#8#6

2–0

Finished

OrtegaAraujo

#10#9

Score

Calvo·

Fernandez

2

66

Ortega·

Players in this Match

Padel pairs: Team A Padel pairs: Team B

Martina Calvo Santamaria#8

Claudia Fernandez Sanchez#6

Marta Ortega Gallego

Araujo

0

03

38%

Break Points Converted

50%

100%

Longest Streak

6

4

Aces

0

Double Faults

0

Service Games

8

7

Won on 1st Serve

67%

37%

Won on 2nd Serve

40%

75%

Total Won on Serve

64%

40%

Return Games

7

8

Won on 1st Return

63%

33%

Won on 2nd Return

25%

60%

Total Won on Return

60%

36%

Oct8

Germany P2 2026

Fernandez·Calvo

Aguilar·Escacena

66

20

Oct3

Rotterdam P2 2026

Fernandez·Calvo

Gonzalez·Josemaria

34

Oct2

Rotterdam P2 2026

Fernandez·Calvo

Jensen·Escacena

67

Sep13

Paris Major 2026

Fernandez·Calvo

Ustero·Sanchez

20

Sep12

Paris Major 2026

Triay·Brea

Fernandez·Calvo

42

Ortega·Araujo

W

L

W

L

W

3/5

Oct8

Germany P2 2026

Rufo·Iglesias

Ortega·Araujo

44

66

Oct2

Rotterdam P2 2026

Ortega·Araujo

Josemaria·Gonzalez

63

Oct1

Rotterdam P2 2026

Ortega·Araujo

Godallier·Valenzuela

67

Sep12

Paris Major 2026

Sanchez·Ustero

Ortega·Araujo

566

Sep11

Paris Major 2026

Ortega·Araujo

Josemaria·Gonzalez

277

#10

Sofia Araujo#9

AI Analysis

1Fernandez Sanchez/Calvo Santamaria hold the ranking edge, led by Fernandez Sanchez at No. 6.
2Both pairs arrive with identical recent records across their last five matches, keeping form perfectly balanced.
3The even form gives Ortega Gallego/Araujo a clear chance to challenge Fernandez Sanchez/Calvo Santamaria’s ranking advantage.

66

35

66

2

466

35

741

666

Score

Match Stats

Recent Form

Players in this Match

Where to Watch

Red Bull TV

Match Details

AI Analysis

Martina Calvo Santamaria / Claudia Fernandez Sanchez vs Marta Ortega Gallego / Sofia Araujo

Score

Match Stats

Recent Form

Players in this Match

Where to Watch

Red Bull TV

Match Details

AI Analysis