SOLOMON, SYMMONDS TO CHALLENGE 600M RECORD AT MILLROSE GAMES
By David Monti
(c) 2012 Race Results Weekly, all rights reserved
(Used with permission)
NEW YORK (28-Nov) -- America's two best 800-meter runners, Duane Solomon
and Nick Symmonds, will try to break a 26 year-old record at next February's
106th Millrose Games, organizers announced today. The two men, who both made
the 2012 Olympic Games 800m final, will try to break Chip Jenkins's 1987 600-meter
indoor American best of 1:15.80.
"I'm really excited to be participating in the Millrose Games again and even more
excited to take a crack at the indoor 600 American record in front of all the many
track and field fans," said Solomon through a statement. The 27 year-old had the
best year of his career in 2012, finishing third at the USA Olympic Trials, then
running the race of a lifetime at the Olympic Games where he finished fourth in a spectacular personal best of 1:42.82.
Symmonds, 28, won his second Olympic Trials then finished one place behind Solomon at the Olympics, also setting a personal best: 1:42.95. He said he's very
excited to be competing in New York.
"For a very long time it has been a dream of mine to race in the Millrose Games," Symmonds said in a statement. "To have a chance to finally compete in this
meet at The Armory in front of a knowledgeable New York City crowd will certainly be the highlight of my winter season."
The world best for 600m indoors is 1:15.12, run by Germany's Nico Motchebon in Sindelfingen in 1999. The best time in recent years was 1:15.26 by Poland's
Adam Kszczot who made that mark in Moscow in 2012.
This will be the second year that the Millrose Games will be held in the Armory, New York City's best and most active indoor track facility, located in
Washington Heights in Upper Manhattan. The meet is scheduled for Saturday, February 16. More information, including a link to purchase tickets, is available
PHOTO: Nick Symmonds winning the 2009 USA 800m title
(Ed.note: Official release below, and this had to happen. Forget about the global threat from …