Lee Valley Indoor, Edmonton

3 Dec 2023

Contact Details: 

[email protected]

Please contact the organiser, not OpenTrack, for all queries

Results Competitors   (448)

Lee Valley Athletics Centre is delighted to host our Winter Open Meet this December.

Final Track Timetable - Click Here

In the hurdles we will start with U13 moving through to Senior heights. Men/Women will be seeded and run as separate races with Women running first followed by Men and run fastest to slowest.   

Final Field Timetable - See Start List Times

Useful Information

Call Room Schedule - Click Here 

Each athlete shall have 4 straight throws or jumps.  

Entry Desk - Opening Time: 08:45

Registration for your race will close 1 hour before your start time. The races will then be seeded and displayed in reception and in Call Room. 

Please note 6mm Christmas Tree spikes are required to compete on the Lee Valley Indoor Track.

Summary Statistics (click to expand):

Events: 11 Competitors: 448 Results: 94

Best/10th/100th age grades: 85.66% / 73.25% / 0.0%

Best/10th/100th (% WR): 67.25% / 59.11% / 0.0%

This calculated data is experimental, and not guaranteed to be correct and consistent

Lee Valley Indoor, Edmonton

Best age graded performances during the meeting
% WR % Age Grade Name (Age) Event Perf
66.98 85.66 Remi Salako (13) F1 LJ - Pool 1 of 1 4.97
63.48 85.55 Talia Junaid-Evans (12) F1 LJ - Pool 1 of 1 4.71
64.56 82.56 Elysia Chilvers (13) F1 LJ - Pool 1 of 1 4.79
67.25 81.97 Ismae Abomeli (14) F1 LJ - Pool 1 of 1 4.99
56.74 76.47 Evie Boygle (12) F1 LJ - Pool 1 of 1 4.21
65.23 76.17 Florence Lee-Rubis (15) F1 LJ - Pool 1 of 1 4.84
59.11 75.07 Oscar Chan (13) F1 LJ - Pool 1 of 1 5.29
58.49 74.8 Fenya Treece (13) F1 LJ - Pool 1 of 1 4.34
61.12 73.52 Charlie Broad (14) F1 LJ - Pool 1 of 1 5.47
57.28 73.25 Kayla Robbins (13) F1 LJ - Pool 1 of 1 4.25
% WR is World Masters Athletics age grade as if aged as senior; effectively a percentage of world best in 2010.
This calculated data is experimental, and not guaranteed to be correct and consistent
robot check