The Record
USPSA SMITTY · St. Andrew Parish

Matthew Smith-Barrett

City–
StateFlorida
CountryUnited States
Dec 11, 2020 – Jan 29, 2022
ProductionU
Matches
18
Division wins
0
Podiums
0
Avg % of winner
45.9
Majors
0
Form, last 15

Career percent of the division winner, every match

Hover a match for detail, click to open it. Larger dots are larger fields; gold is a division win. Line is the trailing eight-match average.

Best finishes fields of 10 or more

Head to head same division, 3+ meetings

Match history

  1. Jan 29, 2022
    Production
    7of 10
    51.9
  2. Jan 15, 2022
    Production U
    4of 6
    47.4
  3. Dec 22, 2021
    Paul Smith IPSC Dec 22, 2021
    The Jamaica Rifle Association
    Production U
    2of 2
    80.0
  4. Dec 17, 2021
    FCA-09 USPSA Christmas Hamper Dec 18, 2021
    The Jamaica Rifle Association
    Production U
    8of 11
    65.3
  5. Nov 6, 2021
    Production U
    3of 4
    58.4
  6. Oct 30, 2021
    Production U
    7of 9
    43.7
  7. Oct 2, 2021
    Production U
    5of 5
    52.0
  8. Sep 25, 2021
    Production U
    9of 9
    49.1
  9. Sep 11, 2021
    Production U
    6of 6
    21.2
  10. Sep 4, 2021
    Production U
    12of 12
    47.2
  11. Jun 19, 2021
    Production U
    10of 11
    43.6
  12. Jun 12, 2021
    Production U
    10of 10
    52.8
  13. May 1, 2021
    Production U
    11of 14
    35.2
  14. Feb 13, 2021
    Production U
    9of 11
    22.2
  15. Jan 15, 2021
    Production U
    9of 11
    47.4
  16. Jan 8, 2021
    Production U
    11of 11
    32.0
  17. Dec 19, 2020
    Production U
    9of 9
    47.3
  18. Dec 11, 2020
    Production U
    12of 15
    29.4

Classifier history 5 runs

  1. DateClassifierDivisionHit factorTimeHits
  2. Jan 29, 2022
    Production
    7.49
    13.62s
    15A9C
  3. Jan 15, 2022
    Production
    1.76
    23.91s
    8A6C4D2M
  4. Jan 15, 2022
    Production
    0.24
    12.61s
    6A4C1D3M1NS
  5. Nov 6, 2021
    Production
    1.13
    7.09s
    5A1C2M
  6. Oct 30, 2021
    Production
    0.00
    11.10s
    3A4C2D3M