2016 Argentina Open – Doubles

Jarkko Nieminen and André Sá were the defending champions, but Nieminen did not compete due to his retirement from professional tennis. Sá played alongside Máximo González, but lost in the first round to Gero Kretschmer and Alexander Satschko.
Juan Sebastián Cabal and Robert Farah won the title, defeating Iñigo Cervantes and Paolo Lorenzi in the final, 6–3, 6–0.

Doubles
2016 Argentina Open
Champions Juan Sebastián Cabal
Robert Farah
Runners-up Iñigo Cervantes
Paolo Lorenzi
Final score6–3, 6–0
Main article: 2016 Argentina Open

Seeds
  1. Juan Sebastián Cabal / Robert Farah (Champions)
  2. Máximo González / André Sá (First round)
  3. David Marrero / Frank Moser (Semifinal)
  4. Guillermo Durán / Leonardo Mayer (First round)

Draw

Key

Draw
First Round Quarterfinals Semifinals Final
1 JS Cabal
R Farah 		77 6
M Demoliner
A Ramos-Viñolas 		65 2 1 JS Cabal
R Farah 		6 65 [10]
D Muñoz de la Nava
J-W Tsonga 		3 5 D Lajović
D Thiem 		4 77 [8]
D Lajović
D Thiem 		6 7 1 JS Cabal
R Farah 		4 6 [10]
3 D Marrero
F Moser 		3 6 [10] 3 D Marrero
F Moser 		6 3 [6]
N Almagro
S Giraldo 		6 3 [7] 3 D Marrero
F Moser 		6 2 [10]
G Pella
D Schwartzman 		6 6 G Pella
D Schwartzman 		4 6 [6]
WC T Lipovsek Puches
M Peña López 		4 1 1 JS Cabal
R Farah 		6 6
F Delbonis
A Molteni 		7 6 I Cervantes
P Lorenzi 		3 0
F Fognini
J Mónaco 		5 3 F Delbonis
A Molteni 		6 77
WC F Argüello
F Bagnis 		4 6 [10] WC F Argüello
F Bagnis 		4 62
4 G Durán
L Mayer 		6 4 [3] F Delbonis
A Molteni 		65 5
P Andújar
P Carreño Busta 		4 4 I Cervantes
P Lorenzi 		77 7
I Cervantes
P Lorenzi 		6 6 I Cervantes
P Lorenzi 		4 6 [10]
G Kretschmer
A Satschko 		6 7 G Kretschmer
A Satschko 		6 4 [6]
2 M González
A Sá 		1 5
gollark: I mean, the atmosphere isn't very dense.
gollark: It *might* be possible to make it somehow, but it wouldn't *weigh* the same as it somehow could on Earth.
gollark: That's not really valid in the context of the entire observable universe.
gollark: *Weight* is mass times acceleration from gravity. The acceleration from gravity is probably going to change wildly across the whole observable universe, but I guess you could sample it at various bits and average it. In any case, that average acceleration probably won't be at the Earth level of 10-ish m/s².
gollark: No it wouldn't.

References
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