30-Minute Crispy Keto Coconut Lime Chicken Tenders

Tender chicken strips coated in a zesty coconut-almond crust that delivers satisfying crunch without the carbs. The lime zest brightens the nutty coating while keeping these tenders perfectly keto-friendly. Great for weeknight dinners, meal prep, or entertaining guests who follow low-carb lifestyles. The double-dip coating method ensures each piece stays crispy and flavorful, making these a healthier alternative to traditional breaded chicken that doesn't sacrifice taste or texture.
Ingredients
Instructions
- 1
Combine coconut, ground almonds, lime zest, salt and pepper in a bowl and mix well
- 2
Crack egg into separate bowl and whisk until smooth
- 3
Preheat oven to 400 degrees Fahrenheit
- 4
Dip each chicken tender in beaten egg until well coated
- 5
Coat egg-dipped chicken in coconut mixture, ensuring even thin layer
- 6
Arrange coated chicken pieces in even layer on shallow oven tray
- 7
Bake for 15-20 minutes until completely cooked through and golden brown
- 8
Serve with low carb sides or dipping sauce
Tips
Adjust lime zest and seasonings to your preference for stronger or milder flavor.
Ensure chicken is completely cooked by checking internal temperature reaches 165°F.
Let coated chicken rest for 5 minutes before baking to help coating adhere better.
Good to Know
refrigerate up to 3 days in airtight container
can coat chicken up to 4 hours ahead, refrigerate until baking
best served immediately while coating is crispy
Common Mistakes
don't overcrowd baking tray to avoid steaming
pat chicken dry before coating to help breading stick
Substitutions
Nut-Free Alternatives
General Alternatives
FAQ
Can I use frozen chicken tenders?
Thaw completely and pat dry before coating. Cooking time may need to increase by 5-10 minutes.
What if I don't have ground almonds?
Pulse whole almonds in food processor until fine, or substitute with crushed pork rinds for similar texture.
How long will leftovers keep?
Store in refrigerator up to 3 days. Reheat in oven at 350°F for best texture retention.