2011 Bet-at-home Cup Kitzbühel – Doubles

Dustin Brown and Rogier Wassen were the defending champions, but decided not to participate together.
Brown plays alongside Michael Kohlmann, while Wassen partners up with Lukáš Rosol. Brown lost in the first round to Santiago Giraldo and Pere Riba and Wassen lost in the second round to Franco Ferreiro and André Sá.

Doubles
2011 Bet-at-home Cup Kitzbühel
Champions Daniele Bracciali
Santiago González
Runners-up Franco Ferreiro
André Sá
Final score7–6(7–1), 4–6, [11–9]

Daniele Bracciali and Santiago González won the title, defeating Franco Ferreiro and André Sá 7–6(7–1), 4–6, [11–9] in the final.

Seeds
  1. František Čermák / Filip Polášek (First Round)
  2. Christopher Kas / Alexander Peya (Quarterfinals)
  3. Marcel Granollers / Marc López (First Round)
  4. Daniele Bracciali / Santiago González (Champions)

Draw

Key

Draw
First Round Quarterfinals Semifinals Final
1 F Čermák
F Polášek 		2 3  
  V Hănescu
F Moser 		6 6     V Hănescu
F Moser 		6 6  
  D Brown
M Kohlmann 		4 4     S Giraldo
P Riba 		4 3  
  S Giraldo
P Riba 		6 6     V Hănescu
F Moser 		3 4  
4 D Bracciali
S González 		6 6   4 D Bracciali
S González 		6 6  
WC T Haun
S Koubek 		2 3   4 D Bracciali
S González 		6 4 [10]
  J Cerretani
P Marx 		77 6     J Cerretani
P Marx 		4 6 [8]
  J Knowle
I Zelenay 		64 4   4 D Bracciali
S González 		77 4 [11]
  P Starace
F Volandri 		2 3     F Ferreiro
A Sá 		61 6 [9]
  L Rosol
R Wassen 		6 6     L Rosol
R Wassen 		65 3  
  F Ferreiro
A Sá 		6 5 [10]   F Ferreiro
A Sá 		77 6  
3 M Granollers
M López 		4 7 [8]   F Ferreiro
A Sá 		77 63 [12]
WC A Haider-Maurer
T Muster 		3 5     I Andreev
D Gimeno-Traver 		65 77 [10]
  I Andreev
D Gimeno-Traver 		6 7     I Andreev
D Gimeno-Traver 		6 6  
  D Marrero
R Ramírez Hidalgo 		3 5   2 C Kas
A Peya 		3 3  
2 C Kas
A Peya 		6 7  
gollark: They just defined Planck's constant as a fixed value, and the only other units used in it are metres and seconds, which have a definition.
gollark: kg.
gollark: I don't know what the thing is, but that's your problem.
gollark: So if you just divide Planck's constant by something in m^2 s^-1, you get kilograms out!
gollark: Planck's constant is J s = N m s = kg m s^-2 m s = kg m^2 s^-1.

References
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