Coach Sandi Nypaver gives a few reasons why you may notice your hands swelling while exercising!
Reason #1: When you run, your body sends blood and oxygen to the hardest working muscles and systems. Your hands are not included here, so the blood vessels in your hand widen to maintain normal blood flow.
Reason #2: As the blood vessels expand, they can leak some of the fluid into the surrounding tissues, causing your hands to swell.
Reason #3: To cool down when you’re getting hot, blood vessels in your skin swell to allow heat to leave the surface.
Reason #4: Swelling in the hands during a run is generally a normal and temporary reaction, but if it is persistent or accompanied by other symptoms, it may be a sign of hyponatremia or an underlying medical condition and should be evaluated by a healthcare provider
Temps are heating up again, so we wanted to dive a little deeper into the reasons why you may find yourself running slower.
1) Increased body temperature: The body’s internal temperature rises during exercise, and running in hot conditions can cause the body to overheat more quickly, which can lead to fatigue and a decrease in performance.
2) Dehydration: Running in hot conditions can lead to an increased rate of sweating, which can cause dehydration if fluid intake is insufficient. Dehydration can affect performance by causing a decrease in blood volume, which can reduce the amount of oxygen and nutrients that reach the muscles.
3) Increased heart rate: The body’s cardiovascular system has to work harder to cool down in hot conditions, which can increase the heart rate and make it more difficult to maintain a steady pace.
4) Difficulty regulating temperature: Running in hot conditions can make it more difficult for the body to regulate its internal temperature, which can cause fatigue and a decrease in performance.
5) Increased perceived effort: Running in hot conditions can make the activity feel more difficult than it would in cooler temperatures, which can cause runners to slow down or feel like they are working harder than they actually are. Often, the first few hot runs will be the most challenging as your body adapts, however, you will still be significantly slower in warm or hot conditions compared to cool conditions.
It’s okay to be a little tired. It’s not okay to be exhausted.
Feeling a little worn out is normal, especially when you’re training hard—but there’s a line between manageable fatigue and full-blown exhaustion.
When you’re tired you might want an extra cup of coffee, but you can still think clearly, get tasks done and generally feel okay.
When you’re exhausted, it’s harder to focus, you struggle to get things done, and your mood often declines. You may start to see your performance decline as well. Extra caffeine may mask your low energy a little, but you’ll still feel far from 100%. Being constantly exhausted from training can lead to illness, injuries or underperforming. More importantly, it can take the joy out of running.
Even during your peak training weeks, you should enjoy what you’re doing and feel pretty good, even if you’re a little tired some days. This is how you know your training smart and in a position to improve.
We can’t stress it enough: listen to your body. Here at Higher Running, we create running training plans that allow for flexibility, adaptability, and give you tips for when things don’t go the way you expected.
For runners, improving performance isn’t just about logging miles—it’s also about building strength in smart, strategic ways. One often-overlooked aspect of strength training is the type of muscle contractions we’re using. Incorporating different types of muscle contractions—concentric, eccentric, and isometric—can play a major role in boosting efficiency, reducing injury risk, and helping you feel stronger through every stride.
Let’s break down what each of these contraction types is, and how they benefit runners.
Concentric Contractions: Building Power and Propulsion
Concentric contractions happen when a muscle shortens while generating force. In running, this occurs when you push off the ground or drive your knee forward during a stride.
Why it matters for runners: These contractions help develop explosive strength and forward propulsion. Training concentrically can improve your speed, sprint ability, and uphill running power. Exercises like lunges, squats, and step-ups with an emphasis on the lifting phase are great examples.
Eccentric Contractions: Controlling Movement and Absorbing Impact
Eccentric contractions occur when a muscle lengthens under tension—like when you control your descent on a downhill or absorb the landing from a jump.
Why it matters for runners: Eccentric training improves your ability to absorb force and decelerate safely, which is especially important for preventing overuse injuries such as runner’s knee or hamstring strains. It also strengthens connective tissues and improves muscle resilience. Think slow, controlled lowering in strength exercises, downhill running drills, and Nordic hamstring curls.
Isometric Contractions: Stabilizing and Supporting
Isometric contractions involve generating force without changing the length of the muscle—like when holding a plank, balancing on one leg, or stabilizing yourself on uneven terrain.
Why it matters for runners: Isometric strength helps improve joint stability, posture control, and form during fatigue. This is especially critical for core, hip, and ankle stability on technical trails or during long efforts. Isometric holds, wall sits, and single-leg balance work are great additions to your routine.
Putting It All Together
Each contraction type plays a unique and essential role in running performance:
Concentric: Power and propulsion
Eccentric: Control and injury resistance
Isometric: Stability and posture
By intentionally training all three, runners can create a more balanced and durable body—one that’s more efficient, injury-resistant, and capable of handling the demands of both the road and the trail.
Coach Sage discusses how to lengthen your stride to build speed and efficiency!
A common question I get is how someone can run a marathon at a pace of 5:12 per mile (or 3:12 per kilometer) without looking like they’re sprinting. The difference often comes down to stride length. For example, some runners might have a stride of 1.5 meters, while others take a 2-meter stride. At the starting line of the Boston Marathon, I’ve seen top international runners running at 4:40 per mile (or 2:55 per kilometer) with a long stride and a high cadence—often around 180 and up to 190 steps per minute. This combination of stride length and cadence makes their speed look effortless.
The key to running faster is opening up your stride. There’s a lot of misinformation online about how to do this effectively, so I want to share a few essential biomechanical tips to increase your stride length:
TIP 🥇
First, you need to get comfortable with running at high speeds. As a distance runner, whether for a 5K, 10K, marathon, or even an ultramarathon, you might not be used to doing explosive sprints. While exercises like bounding can help, they aren’t essential. Instead, try doing strides: after an easy run, once you’re warmed up, perform four sets of 80-100 meters (or 15-20 seconds each) at a fast pace—around 90-95% of your top speed.
During these strides, you’ll likely hit over 200 steps per minute in cadence, with a high knee drive and strong back kick. This activates your fast-twitch muscle fibers and helps improve neuromuscular coordination, which can correct form flaws and make your running more efficient. Sprinting with good form is essential, and that form should carry over to your 5K, 10K, and marathon paces, making slower paces more efficient. It’s about training movement patterns at the neuromuscular level and building the muscle power and stride length to enhance efficiency across all distances.
A key point about strides is that they shouldn’t be intense anaerobic efforts. Between each 80-100 meter stride, take time to catch your breath and return to a relaxed, fast running pace. This approach will improve your speed, along with other speed workouts.
Ultimately, it’s about efficiency—getting comfortable with fast running while staying as relaxed as possible. We’ll also discuss the cardiovascular strength needed to support this speed at the end of the video.
TIP 🥈
Another key to increasing your stride length is developing specific biomechanical patterns, which can be achieved through drills and strides, focusing particularly on a high knee drive. The height of your knee lift largely determines your stride length. As your speed increases, think about raising your knee higher to open up more height and power in your stride.
TIP 🥉
Another essential aspect of increasing stride length is opening up the hips, particularly through hip flexion on the backswing. Rather than focusing too much on the backswing itself, emphasize lifting your heel and aiming for a high back kick. With greater speed, your back kick naturally becomes higher, helping to open up the hip flexion angle and extend your stride.
Exercises like lunges are excellent for building strength and hip mobility, along with basic hip stretches. Stretching the hip flexors, for example, helps you feel the extension at the back of the hips. Improved hip mobility is crucial for increasing stride length.
THE CAVEAT! 🚨
One important caveat: you can practice these drills and focus on form, but without strong cardiovascular fitness, it will be challenging to sustain the increased effort in a long-distance race like a half marathon or marathon.
Building cardiovascular fitness—developing heart, lung capacity, and blood flow—is essential for supporting this workload. Elite marathoners spend years building a high aerobic base to sustain a powerful, long stride over extended distances. Running with a large stride and high power output is hard to maintain beyond a few minutes without this endurance foundation.
In short, there’s no quick fix to running fast, but implementing these drills can help you run more efficiently and enjoy the process. With practice, you can make incremental improvements in your form and performance.
