David Revivo
Personal information | |||
---|---|---|---|
Date of birth | 5 December 1977 | ||
Place of birth | Ashdod, Israel | ||
Height | 1.76 m (5 ft 9 1⁄2 in) | ||
Playing position | Attacking midfielder | ||
Club information | |||
Current team | Maccabi Yavne | ||
Youth career | |||
1995–1996 | Maccabi Tel Aviv | ||
Senior career* | |||
Years | Team | Apps† | (Gls)† |
1996–2000 | Maccabi Tel Aviv | 32 | (1) |
2000–2009 | F.C. Ashdod | 274 | (37) |
2009–2011 | Hapoel Be'er Sheva | 30 | (4) |
2011–2013 | F.C. Ashdod | 61 | (10) |
2013–2014 | Beitar Jerusalem | 13 | (0) |
2014 | Hapoel Haifa | 10 | (0) |
2014– | Maccabi Yavne | 0 | (0) |
National team‡ | |||
1999 | Israel U21 | 4 | (1) |
2004–2005 | Israel | 3 | (0) |
* Senior club appearances and goals counted for the domestic league only and correct as of 19 January 2014. † Appearances (Goals). |
David Revivo (Hebrew: דוד רביבו; born 5 December 1977) is an Israeli footballer who last played for Maccabi Yavne.
The younger brother of Haim Revivo, he too was recognized early in his youth for having a great footballing potential and joined the youth system of Maccabi Tel Aviv. Later he transferred to his hometown of Ashdod. After six seasons in Ashdod, Revivo finished his contract and went on trial at Los Angeles Galaxy in the American Major League. According to media reports in Israel, Revivo impressed manager Steve Sampson but was not offered a contract because Sampson was sacked shortly after Revivo had returned to Israel. Subsequently, Revivo signed a new deal with Ashdod.[1]
He is the second-greatest goal-assist provider in Israel's history with 104 assists in the Israeli Premier League.[2]
Honours
- Israeli Premier League
- Runner-up (1): 1998–99
- Toto Cup
- Winner (1): 1998–99
- Runner-up (5): 1997–98, 2001–02, 2004–05, 2005–06, 2008–09
References
- ↑ Solomon, Sharon (2005-09-30). "Revivo to return to Ashdod lineup after healing rift with coach". Jerusalem Post. Retrieved 2009-05-06.
- ↑ http://www.sport5.co.il/expandedleaguesummary.aspx?FolderID=3095&lang=he