NTRA Mystery Mutuel Vouchers Worth $2 Million Mailed Nationwide

The National Thoroughbred Racing Association announced Aug. 8 that vouchers worth nearly $2 million, including a $1 million grand prize, had been mailed to more than 325,000 consumers as part of the NTRA Mystery Mutuel Voucher promotion Aug. 12. The voucher giveaway is the NTRA's 12th such promotion dating back to August 2000. The vouchers are redeemable for cash Aug. 12 at participating racetracks and OTBs.

Mystery Mutuel Vouchers are coded tickets worth $2 to $1 million that are distributed in local markets via direct mail, accompanied by customized brochures. During the first 11 Mystery Mutuel Voucher promotions, more than $31 million worth of vouchers were circulated, resulting in double-digit increases in pari-mutuel handle and attendance at most participating sites compared to the same weekend date from the prior year.

The 12 sites participating Aug. 12 are as follows: Arlington Park; Bay Meadows; Canterbury Park; Churchill Downs; Delaware Park; Ellis Park; Emerald Downs; Hoosier Park; Monmouth Park; Mountaineer Park; Oaklawn Park; and Suffolk Downs.

The Mystery Mutuel Voucher redemption coincides with major stakes, including the Arlington Million (gr. IT) at Arlington Park and the Sword Dancer Invitational Handicap (gr. I) at Saratoga.

"Based on redemption rates that far surpass the marketing industry norm, we think the Mystery Mutuel Voucher promotion is one of the most effective direct mail initiatives in all of sports," said Keith Chamblin, NTRA senior vice president of communications. "We hope to again drive attendance and handle at all 12 of our participating NTRA member sites, and we'd love to see someone win our grand prize and go home $1 million richer."

The promotion features model lists for tracks to augment their mailings, provided at no cost by the NTRA, and volume-generated discounts on printing and mailing by Presort Services, the NTRA's official supplier for integrated marketing services, which offers customized post-event analysis for each site.