Fueling the Long Run

The cocktail that I use to fuel my long runs is a mixture of Gatorade (the powder not the stuff in the bottle), table sugar, and salt. Sometimes I throw caffeine into that mixture, usually if I will be running for 2.5+ hours. I prefer mixing my own drink as opposed to using a prepackaged gel or beverage because I can craft it for that specific run. It is also cost effective to mix my own.

In terms of the amount of carbs to use, I recommend 45-90g of carbs for every hour after the first 60 minutes of running. Of course someone who is larger will need more carbs than someone who is smaller, and someone who runs faster will need more carbs per hours than a person who runs slower.

In my cocktail I aim for a 2:1 glucose-to-fructose ratio. A 2:1 ratio seems to be optimal for replenishing muscle glycogen and liver glycogen. The Gatorade powder comes in a 3:1 ratio and table sugar (sucrose) comes in a 1:1 ratio. To get the mixture to a 2:1 ratio, I use two parts gatorade to one part table sugar.

For example, if I use one serving of Gatorade, that is 24g of sugar. Since it is a 3:1 ratio, it has 18g of glucose and 6g of fructose. Then the one part of sugar will be 12g and since it has a 1:1 ratio, that means it has 6g of glucose and 6g of fructose. Combining it all together we get (18g +6g) of glucose and (6g + 6g) of fructose, which gives us 24g of glucose and 12g of fructose. And there we go, a 2:1 ratio of glucose to fructose.

I add the salt to make sure I am replacing the sodium that I am sweating out. The Gatorade comes with sodium, but not enough. Depending on the individual, one can sweat out between 500-100mg of sodium per hour. I usually recommend adding 500-800mg for a two hour run. Of course if you still have signs of low sodium, then you may need to add more.

 

The New Shoes Trap

When you find a good pair of running shoes, you know it. That’s how I felt with my Brooks Adrenaline GTS 18.  Before that, I wore the New Balance 860v7. I liked them, but I didn’t love them. I would run with them and feel good, but I felt like I was constantly having minor injuries in my ankle and foot.

I bought the Brooks Adrenalines in October of 2018. I knew these were the right shoes for me. There was something different about the way they felt. I still run in them almost every day. At the time they were the newest shoe in the Brooks Andrenaline series, so I paid full price (~$120) for them. I definitely got every penny out of them. I put over 1000 miles on these shoes. I know most recommend replacing after 300-500 miles, but I couldn’t find the pair I liked. 

I started looking for new shoes in the summer (July 2019), when they had around 500 miles on them, but no other shoe cut it for me. I tried the Brooks GTS Andrenaline 19, but I didn’t love them. They were also going for $120, and I didn’t want to spend that again. I tried some other shoes (Asics, Saucony, New Balance) but didn’t love any of them. I am really picky about my shoes because I have had a bunch of lower leg injuries from football. I then thought about buying another pair of 18’s but I couldn’t find them anywhere. Most of the new models come out at the beginning of the year, so by July the 19’s were everywhere and there were no 18’s left. 

The running shoe industry is cyclical, they produce a new shoe every year, slap a new number on it and some, mostly useless features and then charge $100-200 for it. Yes, some of the upgrades tend to be real improvements but most of the time it isn’t much.

The Nike Vaporfly 4% is a counterexample, they changed the market. It was a new shoe with new features. I can see someone going out to buy them, but most of the time the new features aren’t anything special. Brooks has now released the Andrenaline GTS 20, and it seems pretty similar to the 19. Screen Shot 2020-04-01 at 6.38.36 AM

They both have a 12mm drop and they have the same support rails. They were able to shave off a measly 11.3g from the shoe. They market this as an “improved upper to reduce weight”. I am not here to rip on Brooks because I really like their shoes. I am just using them as an example for the whole shoe industry. The new models tend to be nothing special.

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Brooks Adrenaline GTS 19
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Brooks Adrenaline 20

Buy the Previous Year Model

My new way to go about buying running shoes is when the new model comes out, I just buy the model from the previous year. It always goes on sale. I just ordered my Brooks Andrenaline GTS 19 for $69 with free two-day shipping (yeah I know two-day shipping is the norm now).

Doing so still allows me to get new shoes with “new” technology,  I am just a year behind. This doesn’t worry me too much because I don’t expect my shoes to make a huge difference in my performance. Along with that, I don’t expect the technology to change much from year to year. Of course, some shoes will have improvements but most of the time the improvements aren’t groundbreaking. 

The other perk of always being a year behind on the shoe models is that you get to hear what other people have to say.  At the end of the day you have to like the shoe, but getting feedback on the shoe is great. Other runners can still tell you about the durability of the shoe and things of that nature

Focus on Running

At the end of the day, the shoe isn’t going to make a huge difference. As long as it fits well and feels good it will work. That’s why I think it is more important to find the shoe model that works and sticking with it. Occasionally you will see these shoe models change over time and no longer work for the runner or the runner will change and no longer like the model.

 When Brooks came out with the Adrenaline 19’s, they removed the stability post and added support rails. I know some runners who loved the previous models of the Andrenalines but don’t like the rail, so they don’t wear them anymore. In that case, its time to find a new model to stick with.  

I think many runners, and athletes in all sports get too hung up on how they look and what they are wearing. That doesn’t mean you have to wear old ratty clothes when you are running but focus more on training, nutrition, and recovery, and less on the gear. Find what works for you and stick with it. There’s always new stuff on the market that seems interesting to try, but it’s probably not going to help performance.

I’m not saying you have to buy cheap stuff. Just find what works and stick with it. If it ain’t broke don’t fix it. For example, when it comes to shorts, I wear the Lulu Lemon 4″ Surge Shorts. They are expensive, but they work for me, and I have no desire to try other shorts out. 

Runners need stuff that is comfortable and functional. Once you have that you are set. Then maybe spend that money that was going to new gear on a coach, or a training book. At the end of the day, the gear is going to eventually break down and need to be replaced. I find it more beneficial to invest in yourself rather than spending on gear. 

Heart Rate, Intensity of Training, Base Building and Why Low-Intensity is King

For all runners, the majority of their training is going to be low intensity. But for more advanced runners who are training for a race, they are going to have more high-intensity training than someone who is building an aerobic base. Any average runner who is not closing in on a race should be focused on building that base. The amount of time spent training is directly correlated with faster race times. The best way to increase training time is by focusing on building a base and growing that capacity to run more. That base is built with low-intensity training.

Training runs can generally be broken up into two categories. Low-intensity and high-intensity. The divide between low-intensity and high intensity can be based on feel or on heart rate. Many runners use heart rate to determine what “zone” they are in. Runners use either a 5 zone system or the less popular 3 zone system.

These “zones” are ranges of the percent of the athlete’s max heart rate. Yeah, that is a mouthful, but the table below makes it easier to understand. Low-intensity training takes place in Zone 1,  Zone 2, and the lower end of Zone 3. Higher Intensity training takes place in the other zones. High-intensity training includes thresholds, intervals, and repeats.  Zone 1 training is easy running. This would be something like a recovery run or a light jog. Zone 2 is where most of the training should take place. This is where the long run and other easy runs should be. Zone 3 would be a long run at marathon pace or higher.

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Calculating Max Heart Rate

The maximum heart rate is the highest beats per minute the athlete’s heart will reach during exercise. This is different for everyone. A quick rule of thumb is to subtract the athlete’s age from 220.

Max Heart Rate = 220-Age

For example, someone who is 30 years old would have an estimated max heart rate of 190. That means their zone 1 training would be 95-114 bpm. The problem with this equation, the Fox method, is that multiple studies have found it to be inaccurate. It gives a decent estimate, but it can easily be off by 10-15 bpm.

The more accurate way of testing it is on the track. Basically trying to get the heart rate as high as possible. I recommend running an 800m sprint and seeing how high the heart rate reaches. Then resting a few minutes and running one again. If the heart rate does not reach any higher then the athlete is done. If the athlete’s heart rate reaches a higher bpm then rest a few minutes and do it again. This is continued until the athlete does not have their heart rate increase from one sprint to the next.

Rough Estimate

Personally, I find heart rate training to be a little too much. It stresses me out. I find myself constantly looking at my watch. For many, they like the accuracy of heart rate training; knowing that they are in the correct zone. For me, I would rather be off by a little and not feel worried about the numbers. But this is all preference. Plus, I spent some time doing heart rate training so I have a good idea of how I should feel during different training runs.

I like having the basis of heart rate training to help understand what is going on in my training. But, when it comes to what zone I am in, I prefer to use rough estimates or “landmarks.” Zone 1 is the recovery zone. This is a very easy jog, barely breathing hard and can hold a conversation with no problem. Zone 2 is a conversational pace but running harder. This is a steady jog and if the pace is picked up the conversation will be harder to hold continuously. Zone 3 is where the more intense long steady-state runs will take place. Zone 4 is a difficult pace. This is where the lactate threshold pace falls into. Breathing heavy and cant talk more than a few words. Zone 5 is running as hard as possible, gasping for air.

For me, Zone 3 tends to be the hardest to judge. I always think of it as in between easy run pace and lactate threshold pace. But that doesn’t really help. It is a pace that is fast but can be held for 60+ minutes.

when I’m really in tune with my training, I find it better to use pace rather than heart rate zone. Using pace allows me to make sure that I am on the right track with my training. If I have a specific goal in mind then I can tell if I have a good shot of hitting it baed on my pace in training runs. This also allows planning of runs in order to hit a specific goal.

Pace and heart rate zone are opposite sides of the same coin. Both get to the same place, but sometimes pace may be less accurate. When running uphill, downhill, or if it is very windy, then pace will be less accurate than zone. For example, if my zone 4 pace is usually 6:50 min/mi, but it is very windy then my zone 4 pace might be 7:20 min/mi for the day.

Zone 2 is Where Most Training Should be

Zone 2 is where the aerobic base is built. This is where the resting heart rate is lowered and muscular vascularity is improved. Since this zone allows us to run longer distances and at a less intense pace, I like to think of it as “getting reps in.” It allows the form to be improved and strengthens connective tissue over time.

Research as well as case studies done on elite runners lead us to believe it may be necessary to build up a large amount of zone 2 training before moving into the higher intensity stuff. It is important to build the base early in a training cycle. When training for a race, that base needs to be there so the higher intensity running can be done closer to the race.

The goal is to increase training volume. Running is improved by running more. But most of the time the higher intensity training cannot be increased so the lower intensity training needs to be increased to increase volume. High-intensity training is more fatiguing and leaves runners more prone to injuries. Since the goal is to increase volume, we can generate more volume and less fatigue with easy runs than with high-intensity training.

If injuries are more likely to happen with high-intensity training, then high-intensity training should be minimalized with respect to the return that we get from it. Meaning, we know there is a benefit of high-intensity training, but as more is added we see less benefit from it. The marginal benefit of high-intensity training is decreasing. There needs to be just enough high-intensity training to get the benefits of it, but not anymore since that will lead to unnecessary injury risk.  Injuries will lead away from increasing volume.

Even if we were able to forget about injury risk and increase high-intensity training (assuming some high-intensity training is in the training plan already) this would make it harder to recover, thus making it hard to increase the volume again.

Where does High-Intensity Training Belong?

In the short term more results may be seen from high-intensity training, but over the long term, building up a lot of zone 2 training seems to be more beneficial. Plateaus also occur quickly with high-intensity training. The focus should be on building an aerobic base. 1-2 sessions per week of high-intensity training is plenty. If you are closing in on a race, or test, then the higher intensity stuff should definitely be incorporated.

Polarization of Training

This is very important for amateur athletes, i.e your average joe runner. The polarization of training intensity is the difference between your training sessions based on intensity. For example, 1 mile repeats and 100m sprints have a much smaller polarization than a 10 mile easy run and 100m sprints.

Studies have shown, including one on the German national rowing team, that polarization is extremely important. It is what makes the difference between the elite and the sub-elite. The elite are able to make their low-intensity training LOW and their high-intensity training HIGH. They are able to turn the intensity down very low for low intesity training and crank it up very high for high-intensity training.

Many casual runners fall into the trap of always running pretty hard. They run their low-intensity runs too hard and their high-intensity runs too easy. They think that the easy runs dont seem challenging so they run them faster. This is a common issue in all areas of athletics with many casual athletes. They think every day should be pedal to the floor, balls to the wall, posting Instagram pictures of their “sweat angel” hard. But then after pushing themselves too hard on all the easy runs and not recovering, they can’t push it hard on the high-intensity runs and they end up running their repeats slightly faster than their easy runs.

Each training run has it specific purpose and it needs to be used for that purpose. I know that it seems beneficial to always be pushing hard but that could be hindering performance.

Takeaways

  • Run your easy runs EASY and your hard runs HARD. 
  • The goal is to increase training volume over time
  • High-intensity training causes quick improvements and plateau quickly
  • Focus on building an aerobic base and use high-intensity closer to race

Running Program for Tactical and Strength Athletes

Being strong and running fast means finding a delicate balance of strength training and running. Tactical athletes come to mind when I think of people who need to run while staying strong. These individuals are expected to cover long distances, sprint, and have the strength to defend themselves and move equipment. Being able to do both requires a proper training plan.

Running any distance more than 1 mile is mostly aerobic rather than anaerobic. Loosely speaking this means your body is using oxygen to produce its energy.  In order to improve in running aerobic distances, it is important to create an aerobic base. I believe this is were many beginners go wrong. They tend to think that training for a 1.5-mile time trial is best done by running 1.5-mile time trials multiple times a week. Time trials definitely have their place in a program, but only running those time trials, means missing a lot of opportunities to improve. Think about it, 100m sprinters don’t only run 100m sprints in training, and powerlifters don’t do 1 rep maxes every training session.

Slow Steady State

It will sound counterintuitive but most of the training needs to be done at a slow pace. We need to run slow and long. This is what I call our slow steady-state (SSS) runs. Some call it LISS (Low-Intensity Steady State). Jack Daniels, the running coach not the whiskey, calls them easy runs or long runs. There are a bunch of other names out there but they all mean the same thing; running at a slow pace for 30-90mins. SSS runs are beneficial because they increase muscular vascularity which improves blood flow to the muscles. SSS also decreases heart rate at various intensities, which enabling running harder before reaching max heart rate.

The pace should be slow enough that a conversation can be held while running. Running with a partner makes this easy to identify.  When I am not running with anyone, I will occasionally call someone, it helps me keep my pace in check.  This may sound weird, and the people I call always think it’s crazy, but it works.

There should be one long run a week, of 60-90 mins. These are usually done on the weekend since they are time-consuming but as long as they get done it doesn’t matter. I also recommend at least one shorter SSS. Shorter SSS runs should be 30-60 mins long.

It is extremely important that these are done at a slow pace. These SSS runs have a purpose and it doesn’t help by running these hard.

Threshold/Tempo

A threshold run is done at a higher speed than SSS runs. These runs also go by tempo runs. This can be confusing because different types of training get called “tempo runs”, but I always use tempo runs to mean threshold runs. It should be at a pace that is comfortably hard. A pace that could be held for 30-40 minutes. Threshold runs are beneficial because they train the body to better clear lactic acid. This allows running at lactic threshold for a longer period of time.  These runs also help the body acclimate to running at faster paces.

These will be done in one of two ways. They will either be a “straight threshold run” or a “repeat threshold run”. A straight threshold run is where the workout is just running at threshold pace for a set amount of time. An example of this would be:

  • 10-minute warmup @ an easy pace
  • 20 minute @ threshold pace
  • 10-minute cooldown @ easy pace or walk

A repeat threshold run is a run at tempo pace for multiple sets while taking a break in between. An example of this is:

  • 10-minute warmup @ an easy pace
  • 2×12 minute @ threshold pace w/ 3 minute rest
  • 10-minute cooldown @ easy pace or walk
Each threshold run has its benefits. For the straight threshold run, the threshold pace is held for a longer period of time without stopping. But with the repeat threshold, it allows a higher accumulation of time at threshold pace. Both types of tempo runs are challenging and beneficial, which is why I don’t use one as opposed to the other. I choose to switch it up between the two.

Intervals/Repeats

Although intervals and repeats are two different types of training modalities, I have decided to combine them for this article.
Interval runs are used to increase V02 max, which increases oxygen consumption. V02 max is synonymous with maximum oxygen consumption. This will be done by running at V02 max pace. Since it takes the body about 2 minutes to reach maximum oxygen consumption these runs will be structured around running for 2-5 minutes at interval pace and then resting for an equal or slightly less amount of time. These intervals are capped off at 5 minutes. After that, the body begins to accumulate too much lactic acid, which will interfere with the purpose of the run.
The rest time is equal to the work-time to prevent full recovery. This is known as a 1:1 work-to-rest ratio. A 1:2 work-to-rest ratio would mean resting for twice as long as the run time.  When the body doesn’t recover all the way, it reduces the time that it takes to reach maximal oxygen consumption, thus giving more time of training at V02 max.
I want to take a minute to talk about using different training modalities. All the training modalities have their own purpose. The purpose of threshold runs is to improve the ability to clear lactic acid. The purpose of intervals is to increase V02 max. The goal is to focus on accomplishing what each modality is made to do.  This is why intervals arent ran for longer than 5 minutes. Doing so will cause the accumulation of too much lactic acid. Lactic acid accumulation affects the ability to hold interval pace. At first glance, it seems like it is ok to accumulate too much lactic acid and slow down. But it’s not the purpose of intervals. The goal is to use each run for its specific purpose.
For these runs, the pace should be the same as a 1-mile time trial. Assuming that no one reading is an advanced runner (running in low 5 minutes for 1 mile), the distance should be a distance of 400-1000m. So that is 1-2.5 laps on a standard track.
An example workout would be:
  • 15min warmup
  • 4x800m w/ 3min rest
  • 10 min cooldown

Repeats are run at a slightly faster pace than interval pace, but they are run for a shorter period of time. When using repeats the rest period is long enough to fully recover. The goal of repeats is to improve maximum velocity and improve running economy. Improving running economy means being more efficient at running, using less energy to run. Repeats should be run at a distance of 100-600m for the average trainee. An example workout would be:

  • 15min warmup
  • 8x200m w/ 2-4min rest (or enough to fully recover)
  • 10 min cooldown.

 

Strides

Although strides are not a specific type of workout, I want to touch on strides since they are very beneficial for improving running economy and form. Strides are done by accelerating from an easy pace to a fast pace (not a full out sprint) for 20 seconds before decelerating back down to an easy pace for 40 seconds. I like to add strides to the end of shorter SSS runs. But they can be tacted on to the end of threshold runs, before cooling down, although I do find that to be disheartening. So an easy run may look like this;
  • 30 min easy run + 10 strides

 

Putting it all together

Now to put the training program together we are going to break it up into 3 mesocycles, or phases. Mesocycle one can be as short as 4 weeks long but is better if it is 6-8 weeks long. This will be the base mesocycle. It will consist of one long run (60-90 mins) at an easy pace. At least one but up to three shorter easy runs (30-60 mins) with some strides optionally added in. And one threshold run of 15-20 mins at threshold pace. The threshold run can be switched out for another easy run because the main goal in this mesocycle is to build an aerobic base.

The second phase or mesocycle will be one long run, one or two shorter easy runs, a threshold run, and an interval run. In this phase, the focus moves more on speed and V02 max.

In the third mesocycle,  repeats will be included. The mesocycle will still have one long run per week, one to two shorter easy runs, one threshold run. This meso can have both an interval and a repeat workout every week or alternate between them every week.

Moving from week to week the goal is to increase mileage and/or increase the amount of higher intensity workouts being done. The higher intensity workouts need to be eased into.

Tactical Athletes

For tactical athletes, they are usually weight training, bodyweight training, and potentially swimming or rucking. It is important to prioritize your training, meaning focusing on one or two things to improve. It’s very hard to improve your squat, bench, deadlift, swim time, run time, and pullups all at the same time. But it is pretty easy to maintain your other numbers while focusing on improving your run times. This means you need to lower the amount of training you are doing in other areas and focus on running. This is known as periodization and is extremely important in training for all athletes, but especially tactical athletes, who are expected to be pretty good at many different facades of athletics.

Strength Athletes

For strength athletes who are looking to get into running, they can probably fit this into their normal schedule with making some minor adjustments. If they are just starting out I would have them keep the running to only 3 days a week and I would reduce lower body volume. For someone just starting out, I would do 2 shorter SSS runs and one longer SSS run.  Along with that, I would try to not have a lower body workout on the same day as the long run.

When combining strength training and running, it is beneficial not to have strength training and running on the same days. Obviously, for many athletes that is not possible. The second best option would be to have at least 6 hours of rest between the strength session and the running session.  I usually approach this by doing my run early in the morning and then strength training after work.

 

The First Mesocycle

The first four weeks of training are going to be focused on building an aerobic base. Each week there is one long SSS, at least two short SSS, and one threshold. The goal is to increase the duration of the long SSS each week.  It’s optional to increase the duration of one of the short SSS runs each week or every other week. It is also optional to add some strides into the short SSS runs.

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That’s all I got right now, get after it!

Five Lower Body Exercises for Runners

Strength training is important for runners. It can improve efficiency and reduce injury risk. Adding in two strength training sessions per week can be beneficial for all athletes. I prefer 3-4 days for myself, but I enjoy strength training.

Runners need to focus on strengthing their glutes, quads, and hamstrings. These muscles stabilize the hips and knees. For runners, I like to focus on single-leg exercises, because runners spend most of their time on one leg. To train efficiently for running, we want to focus on exercises that have us on one leg.

Singe Leg Split Squat

The split squat is excellent for runners. It gets them into a similar position as running. It is a great strengthener for the glutes and the quads. Focus on keeping the chest up. Aim for a full range of motion (back knee touching the ground) but don’t force it.

Single-Leg Deadlift

The single-leg deadlift is great for building the glutes and other muscles used in hip extension. The single-leg deadlift is also great for improving balance. Runners spend most of their time running on one leg, good balance is definitely useful. Make sure to keep a neutral spine, and focus on using the glutes when extending the hips (standing up).

Lunge

The lunge is a great exercise for the same reasons as the split squat. The lunge and the split squat are similar movements and stimulate the same muscles. Some find the lunge to be easier than the split-squat, so pick what feels good.

Back Squat

The back squat strengthens the quads, glutes and less noted, the core. This is because the back squat forces the athlete to brace their core when executing the movement.  For runners, I would choose the single-leg split squat or the lunge over the back squat. Still, the back squat is one of the best exercises anyone can do.  The back squat has the perk of training both legs at the same time. This will speed up the workout for those in a rush. For stronger athletes, the back squat will cause more fatigue than one of the single-leg movements.

Back squats should always be done with a full range of motion. That means aiming to squat down until the ass touches the calves. But that depth shouldn’t be forced. If that depth cant be reached, then the squat should be done as low as possible without pain. Over time, the weighted stretch of squatting will help get to a full-depth squat. 

Deadlift

The deadlift is a great lower body exercise. If I had to pick one exercise to do for the rest of my life, it would be the deadlift. The deadlift trains the glutes, hamstrings, and spinal erectors. It also has carryover to the quads and the core. The deadlift is not a single-leg exercise so it won’t have as much specificity to running. Like the squat, the deadlift can cause a large amount of systematic fatigue. I would not have heavy deadlifts the day of or before a hard running workout. Like the single-leg version, neutral spine, and focus on the glutes. Also, focus on having all the tension on the hamstrings before starting the pull.