This easy Gluten Free Roast with Gravy is the ultimate comfort food dinner. A tender ribeye roast cooks slowly in the Crockpot with red potatoes, baby carrots, celery, onion, garlic, and simple seasonings before everything is finished with a rich homemade gluten free gravy.
Spray a griddle or large skillet with avocado oil and heat it over medium-high heat.
Add the roast and brown it on all sides. This step adds color and flavor but does not need to cook the roast completely.
Place the red potatoes, carrots, onion, and celery in the bottom of a large Crockpot.
Place the browned roast on top of the vegetables.
Pour two cups of water over the roast. Add the minced garlic, salt, and black pepper.
Cover and cook on high for approximately 6½ hours, or until the roast and vegetables are tender.
Melt the butter in a small saucepan over medium-low heat.
Stir three tablespoons of gluten free flour into the melted butter until smooth and completely combined.
Add the roux to the Crockpot. Sprinkle in the remaining two tablespoons of gluten free flour and carefully stir the cooking liquid until combined.
Cover and cook on low for an additional 30 minutes, or until the gravy has thickened.
Taste the gravy and add more salt or pepper if needed.
Slice or shred the roast and serve it with the vegetables and gluten free gravy. Pair it with homemade gluten free mac and cheese for the ultimate comfort-food dinner.
Notes
Kentucky Kernel Gluten Free Seasoned Flour is my favorite flour for this gravy. The brand also makes wheat-based products, so verify that you purchase the package specifically labeled gluten free.
For a richer flavor, replace the water with two cups of gluten free beef broth.
If you prefer broth instead of gravy, omit the butter and all five tablespoons of flour.
Add more salt and pepper according to your taste.
Cooking times can vary depending on your slow cooker and the size of the roast.
The roast should reach a minimum internal temperature of 145°F followed by a three-minute rest. For a fall-apart tender roast, it will typically need to reach a higher temperature.