Teams

AYTC-Hood

2023 Mixed 18 & Over · 9.0

2 players · average NTRP 4.5 · USTA/PACIFIC NW / NORTHWEST WASHINGTON

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Scouting

Roster averages 4.01 estimated across 1 rated player. No lineup is published in advance, so the column below is where each player has actually been used — a captain's habits are the best available forecast. Sign in and claim your record to see who you have played.

Alexandra van Hoy
usually #3 Doubles 63%, also #1 Doubles 38% · published 4.5
4.01
Kim Hood
usually #2 Doubles 56%, also #1 Doubles 44% · published 4.5
Results5 ties
2022-11-11Won 10
W#3 DoublesAlexandra van Hoy / Alexander Noyes vs Sheryl Brown / Mihir Bharmal6-4, 6-2
2022-10-29Won 10
W#1 DoublesAlexandra van Hoy / Michael Cheong vs Leshya Wig / Lam Nguyen7-5, 4-6, 1-0
2022-10-21Lost 01
L#3 DoublesAlexandra van Hoy / Alexander Noyes vs Katie Lai / Darren Ma6-4, 6-4
2022-10-02Won 10
W#1 DoublesAlexandra van Hoy / Avery Howard vs Jessica Janner / Matt Bruer6-4, 4-6, 1-0
2022-09-18Lost 01
L#1 DoublesWinston Ngo / Alexandra van Hoy vs Adrian Cosma / Liza Skorupski7-6, 3-6, 1-0
A tie can be incomplete. Tell us if someone is missing.
i
Grouped by tie — one fixture, several lines. A line shows only when a player on it is someone we have indexed, so an early-season tie for a newly-added team can look short. This also means the line count here will not match the header, which counts individual player appearances.
Roster

Ordered by our estimated dynamic rating, which is why two players at the same published level are not tied — a published 4.0 says nothing about where inside the band someone sits.

4.5
Alexandra van Hoy
72W–56L career
not enough data
4.5
Kim Hood
151W–135L career
11%89%0%
4.01

Three percentages are the year-end projection — chance of moving down, staying, moving up — and the number on the right is our estimated dynamic rating, which USTA never publishes. Percentages are blank where a player has too few matches this season, or at a level where the model does not yet beat a base-rate guess; the estimate is a weaker claim than a probability and survives where those do not.