Pull Fat Loss Workout - 60min Intermediate
This high-intensity pull session is engineered to maximize caloric burn while sculpting a powerful back and defined biceps. By pairing heavy barbell compounds with high-volume handle finishers, you will stimulate metabolic stress and muscle growth simultaneously. This is a comprehensive blueprint for shedding fat without sacrificing your hard-earned strength.
This session is designed for intermediate lifters who want to lean out while maintaining a solid strength foundation. It is ideal for those looking to improve their posture and arm definition through high-density training blocks.
Equipment
Workout Plan
Maintain a fast pace with only 30-45 seconds of rest between exercises within supersets, and 60 seconds between major blocks.
Why this order
The workout begins with heavy barbell compounds to recruit maximum motor units while your energy levels are highest. We then transition into unilateral and isolation handle work to address muscular imbalances and create metabolic stress. We finish with stability-focused movements like the Suitcase March to keep the heart rate elevated and maximize the fat-burning effect.
Want this personalized for you?
This is a template workout. Connect your Tonal and the AI coach adjusts weights to your strength scores, swaps exercises around injuries, and progresses you week over week.
Start Free with AI CoachFrequently Asked Questions
Should I use Tonal's dynamic weight modes for this workout?
Yes, I recommend turning on Burnout mode for the Biceps Curls and Chains for the Barbell Rows to maximize intensity during this fat-loss phase.
How heavy should I set the weight for the higher-rep finishers?
Aim for a weight where the last 2-3 reps of every set are challenging but your form remains perfect. Tonal will automatically adjust if it senses you struggling.
Can I swap the Barbell Seated Lat Pulldown if I don't have a bench?
If you don't have a bench, you can perform the move in a tall kneeling position on the floor, which will also increase the core stability demand.