Barbell Complex Workout For Fat Loss

Combination lifts are a great way to shed pounds and induce a conditioning effect to your resistance training routine. Combination lifts utilize two or more free weight exercises in a series with no rest or change in load between exercises, and are typically multi-joint exercises that recruit a large amount of muscle mass. In recent times combination lifts have been referred to as a complex with the implement being used, for example barbell complex. Utilizing barbell complexes is the most advanced way to utilize combination lifts.

Barbell Complexe
Below is a list of barbell complexes to be followed in order from top to bottom. The exercise wherein you would normally lift the least dictates how much load is on the bar the load remains unchanged - for example in Complex A this is the upright row, so if you can only row 115 lbs for the prescribed repetitions then that is the load you will use for the following exercises. Each exercise will be completed in a series non-stop without rest in between exercises, then once each exercise is completed and the entire barbell complex is completed you may rest.

Each exercise should be done with a maximum of 5 repetitions and each complex should be completed for 3-5 sets. All repetitions for each exercise are to be completed before moving onto the next exercise in the complex. Rest anywhere in between 2-5 minutes in between sets.
Each exercise should be completed with little rest in between and without losing grasp of the barbell. Each complex is designed to move from exercise to exercise with non-restrictive flow to the series, for example in Complex C after the final rep of the overhead press the bar will be brought behind the neck to initiate the back squat exercise. Strive to complete the entire complex without putting the barbell down with exception to the exercises that be gin from the floor.

Below is a sample 16-week complex program to follow:

Complex Lift Definitions


Take-home Message
Combining several multi-joint lifts in a series will enhance the cardiac benefit of the resistance training program, and his style of resistance training can increase excess post-exercise oxygen consumption (EPOC). Research has shown that EPOC may be the result of energy restoration processes that maintain homeostasis such as restoration of adenosine triphosphate (ATP) creatine phosphate (CP), and increased ventilation, heart rate, body temperature, substrate utilization, and fatty acid utilization. Research has shown that multi-joint exercises that recruit a large amount of muscle elicit a greater acute metabolic response than single joint isolation exercises.
