The Jump

Davina McCall presents the celebrity winter sport show, with contestants Bradley Wiggins, Spencer Matthews, Robbie Fowler, Caprice, Jade Jones, Louis Smith, Kadeena Cox, Lydia Bright, Mark Dolan, Vogue Williams, Jason Robinson, Gareth Thomas, Josie Gibson and Emma Parker Bowles risking life and limb. The first challenge they face is a gruelling parallel slalom down a mountain course, with the losers of each head-to-head race facing the jump to determine which one of them will be eliminated from the contest.

The contestants' second challenge is to compete in snowcross, an event that requires them to race downhill on snow skates across a winding course littered with turns, jumps and obstacles. The losers must then face The Jump to determine which of them will be eliminated from the contest. Presented by Davina McCall.

The remaining celebrity contestants compete in the skeleton event, which requires them to ride down a twisted track on a heavy metal sled with their faces millimetres from the ice. The losers in each race will then have to face the jump to decide who will be the next to leave the series. Presented by Davina McCall.

The remaining contestants compete in two different disciplines. First, they face a speed ski challenge, the results of which will determine the line-up for the second event - the relatively new winter sport of ski cross, in which they will navigate a winding course of sprints, drops, rollers and banks. Presented by Davina McCall.

The remaining contestants compete for a place in the final, battling it out in the air jump, an event that requires them to gain the most height during a ski jump. They then move on to the Giant Slalom - the fastest event in the competition. on a much longer and steeper course than previous slalom events.

The surviving celebrities face the final stage of the winter sports challenge to determine the overall champion. They go head to head in the Snow Cross and Ski Cross events, before heading to the top of the ski jump one last time to see who can cover the longest distance.