
A plant-based twist on a British classic featuring golden, fluffy batter and savory sausages. Served with a rich, caramelized red onion and balsamic gravy, it's the ultimate vegan comfort food.
Preheat your oven to 220°C (200°C fan/Gas 7). In a large mixing bowl, whisk together the self-raising flour, chickpea flour, and baking powder. Add the Dijon mustard, soya milk, turmeric, and 1 teaspoon of fine salt, whisking until the batter is smooth.
In a separate jug or bowl, whisk the aquafaba until it becomes light and fluffy. Gently fold the whisked aquafaba into the flour mixture until just combined. Set the batter aside to rest for 10 minutes.
Pour the sunflower oil into a large roasting tin and place it in the oven to heat up. Once the oil is shimmering and hot, carefully add the plant-based sausages. Bake for 10-12 minutes, shaking the tin occasionally to ensure they brown evenly.
Carefully remove the tin from the oven and pour the rested batter around the sausages; it should sizzle immediately. Return the tin to the oven and bake for 25-30 minutes until the batter is risen, slightly puffed, and golden brown.
While the toad-in-the-hole is baking, prepare the gravy. Melt the vegan butter in a saucepan over medium heat. Add the sliced red onions, garlic, and a large pinch of salt. Cook for 10-12 minutes, stirring regularly until the onions are soft and lightly caramelized.
Pour in the balsamic vinegar and simmer until it has almost completely evaporated. Add the vegetable stock and bring to a simmer. Let it cook for 8-10 minutes until the gravy has thickened. Season to taste with salt and pepper.
Slice the toad-in-the-hole into four generous portions and serve immediately with the hot red onion gravy on the side.
For the best rise, ensure the oil and roasting tin are piping hot before adding the batter. Avoid opening the oven door during the first 20 minutes of baking to prevent the batter from collapsing. If you don't have chickpea flour, you can substitute it with more self-raising flour, though the texture will be slightly less dense.




