Too much cardio can backfire, but so can avoiding it. Here’s why metabolic conditioning will boost your gains, plus two workouts to try.
Can conditioning or aerobic work support your muscle-building goals? Yes. Better aerobic fitness means you’ll be able to bring more oxygen and nutrients to muscles. Aerobic work actually helps us develop more capillaries, which is like having more roads that nutrient-filled blood can travel through to reach more organs and muscles.
This is a big deal. Recovery and repair are fueled by oxygen and nutrients. Someone with more roads (capillaries) can cover more ground faster and improve the whole muscle function. And more capillaries mean there’s a greater ability for waste products (such as lactate) to leave muscle and not impair the recovery process. Aerobic fitness leads to better delivery and better clearance.
It also leads to more mitochondria and, therefore, more factories to process the oxygen to generate more energy for repair. Plus, having better aerobic fitness will improve your chances of tolerating and recovering from intense strength and hypertrophy work.
Aerobic conditioning isn’t a detriment to your gains. The opposite is true. You’ll be able to make more progress by having better aerobic fitness. Oh, and it’ll actually improve your chances of living longer. There’s that.
Researchers analyzed the potential interference effect aerobic training may have on strength and hypertrophy work. The general consensus? You get more benefits by doing your cardio. If you can, just do your cardio or metcon work at a different time than your weight training.
Also, don’t go overboard. Monitor these two things:
Aerobic conditioning doesn’t have to mean walking on an inclined treadmill for 60 minutes. That’s fine, but it isn’t the only way to skin the aerobics cat. In fact, if you’re keeping your heart rate in the correct zone, you’ll find a few different ways to accomplish this work without getting bored.
Every minute on the minute, or EMOM, is a great way to force you to maintain a sustainable pace for longer durations. In this case, we’ll be using EMOM for longer durations with minimal rest between movements.
The guidelines:
Here’s an example:
Exercise | Sets | Time | Rest | |
---|---|---|---|---|
A1. | Air Bike (moderate pace) | 10 | 45 sec. | 15 sec. |
A2. | Side Step Kettlebell Swings (light load) | 10 | 45 sec. | 15 sec. |
A3. | Battle Ropes (moderate effort) | 10 | 45 sec. | 15 sec. |
A4. | Jumping Rope | 10 | 45 sec. | 15 sec. |
Track your heart rate. You should be in the 60-70% range for the duration. If you’re not, reduce your effort level. None of this work should be even close to max effort, more like a rate of perceived exertion (RPE) of 6 or 7 – a pace you can maintain for a long time.
Do this for shorter durations with a slightly higher RPE (around 8). Use a 1:3 work-to-rest ratio. This type of workout requires more effort.
The great news about mixed modality work is that there are more options, it tends to be more “enjoyable,” and it’s even a sneaky way to a little more body-part specific training volume.
Here are the guidelines:
Here’s an example:
Exercise | Sets | Reps | |
---|---|---|---|
Kettlebell Complex | |||
A1. | High Pull | 5 | 6-8 |
A2. | Push Press | 5 | 6-8 |
A3. | Snatch | 5 | 6-8 |
A4. | Rack Overhead Carry | 5 | 100 ft* |
If one round takes you about 1 minute to complete, rest for around 3 minutes or until your heart rate comes down to 110. This one will take you roughly 20 minutes to complete.
Here’s an example:
If you’re strapped for time and still want to improve your conditioning, your split may look like this:
If you’d like to do the bare minimum of conditioning and still make gains, try this: