CARAMELIZED ONION MAYO:
- 2 tablespoons oil or butter
- 4 onions, sliced thinly
- 1 cup mayonnaise
- 2 pounds good-quality sausage meat
- 4 tablespoons chopped fresh sage
- 1 teaspoon bacon salt (or substitute regular salt)
- 2 teaspoons ground black pepper
- 2 juicy red apples, chopped
- 1 onion, finely chopped
For the apple chutney: Combine the hard cider, brown sugar, cider vinegar, allspice, Worcestershire and apples in a saucepan and place over medium-high heat. Bring to a simmer, lower the heat and simmer until the liquid has evaporated, about 30 minutes. Set aside and let cool.
For the caramelized onion mayo: Heat the oil over medium-low heat in a pan, add the onions and cook down, stirring frequently, until the onions are amber in color and sticky, 20 to 30 minutes. Let cool, and then combine with the mayonnaise. Set aside.
For the porker: Preheat the oven to 350 degrees F.
Combine the sausage, sage, bacon salt, pepper, apples and onions in a large bowl and mix well. Lay a piece of aluminum foil on the counter, place the sausage mixture on the foil and roll it into a large sausage. Roll the foil around the sausage, being careful not to squash the mix.
Place on a baking sheet and cook until the temperature of the meat reaches 160 degrees F, 30 to 40 minutes. Let sit until the meat is cool enough to handle, and then slice into approximately 3/4-inch slices.
For the plate: Heat a grill pan and cook the bacon to the desired doneness. Set the bacon aside but keep the bacon fat in the pan. Sear the porker slices in the bacon fat until crisp and warmed through.
Lay the flatbreads open and smear a good dollop of the onion mayo to one side on each, followed by some cheese and apple chutney. Place two beautiful porker slices and three slices of the bacon on each sandwich or wrap, and add a good handful of arugula.
This recipe was provided by a chef, restaurant or culinary professional and may have been scaled down from a bulk recipe. The Food Network Kitchens have not tested it for home use and therefore cannot make any representation as to the results.