REVEALED: Location of missing £33M Lotto winner
The location of the missing Lotto winner from the massive £66M draw can now be revealed. As the prize remains unclaimed around two weeks after the draw, we can now release that the ticket was bought in the City of Worcester.
This ticket is now worth a truly life-changing Lotto jackpot prize of £33,035,323. All players are urged to check, double-check and triple-check their tickets for the chance to claim this record-breaking prize in time.
The ticket matched all six main balls in the draw on Saturday 9th January, 2016. The lucky numbers you need to find are 26, 27, 46, 47, 52, 58 - do this and the jackpot is yours. If you’re the lucky ticket-holder you have until Thursday 7th July, 2016 to come forward with the ticket and make your claim.
The Lotto draw on Saturday 9th January, 2016 saw the biggest ever Lotto jackpot won by two tickets. One has been claimed and paid to David and Carol Martin from the Scottish Borders.
As with all major prizes £50,000 and over approximately two weeks after the draw, if no valid claim has been received, the area in which the ticket was purchased is released. This area is provided by Camelot’s security team in line with its licence obligations and is designed to encourage tickets to be checked but also to enable the ticket-holder to remain anonymous if they wish.
To learn more about unclaimed prizes read here.
With all National Lottery draws, players have 180 days from the day of the draw to claim their prize if they have the winning ticket. Anyone who has any queries or who believes they have the winning ticket for any of the National Lottery draws within the 180-day deadline should call the National Lottery Line on 0333 234 50 50∞ or email help@national-lottery.co.uk.
The National Lottery has been changing the lives of winners and supporting good causes across the UK since 1994. In that time, there have been more than 7,400 new millionaires created and by playing The National Lottery you raise over £4 million for Good Causes every dayΔ.
Discover more