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    ITF WomenITF South Korea 04A, Women Doubles

    Dabin Kim / Ayaka Okuno - Hanna Chang / Emily Fanning

    Live Sports Streaming
    Dabin Kim / Ayaka Okuno vs Hanna Chang / Emily Fanning Head 2 Head
    0 - 0
    KIM D / Okuno A
    versus
    Chang H / Fanning E
    05 Jun 19
    canceled
    Dabin Kim / Ayaka Okuno Matches
    KIM D / Okuno A
    versus
    Hsieh S / Lee P
    3
    6
    1
    6
    06 Jun 19
    Finished
    KIM D / Okuno A
    versus
    Dema V / Mdlulwa W
    6
    4
    6
    3
    05 Jun 19
    Finished
    KIM D / Okuno A
    versus
    Chang H / Fanning E
    05 Jun 19
    canceled
    Hanna Chang / Emily Fanning Matches
    KIM D / Okuno A
    versus
    Chang H / Fanning E
    05 Jun 19
    canceled
    Chang H / Fanning E
    versus
    Morisaki K / Yonehara M
    4
    6
    1
    6
    30 May 19
    Finished
    Chang H / Fanning E
    versus
    KIM C / Lee E
    2
    6
    7
    5
    13
    11
    29 May 19
    Finished
    KIM N R / Lee S-R
    versus
    Chang H / Fanning E
    7
    5
    3
    6
    10
    7
    24 May 19
    Finished
    Chang H / Fanning E
    versus
    Hsieh S / Lee P
    6
    4
    6
    3
    23 May 19
    Finished

    You can follow Dabin Kim / Ayaka Okuno - Hanna Chang / Emily Fanning live score and live stream here on Scoreaxis.com, along with full match statistics and video highlights (when available). Dabin Kim / Ayaka Okuno vs Hanna Chang / Emily Fanning live streaming options are also shown on this page. Dabin Kim / Ayaka Okuno vs Hanna Chang / Emily Fanning (2019 ITF South Korea 04A, Women Doubles) will kick off at 06:30 on 05 Jun 19.

    The match will be played on hardcourt outdoor courts in ITF South Korea 04A, Women Doubles ().

    Based purely on odds, the predicted winner of the match is Hanna Chang / Emily Fanning. Our predictions should not be used for betting or gambling on sports and scoreaxis.com accepts no responsibility or liability for any (direct or indirect) financial or other loss that may result from using our statistical data, predictions or any other content present on this website.