Latest / Longevity Fit Life: Fitness, Longevity & Healthspan / Velocity-Based Training and Longevity-Relevant Outcomes
Transcript
- 0:00SPEAKER_00: Velocity-based training for healthy aging.
- 0:02SPEAKER_00: As we grow older, keeping muscles strong and fast is key to staying active and independent.
- 0:08SPEAKER_00: Velocity-based training means watching how quickly we lift weights.
- 0:12SPEAKER_00: Instead of only focusing on heavy lifts, we try to move weights as fast as safely possible.
- 0:17SPEAKER_00: This approach has shown promise for improving strength, power, and everyday abilities like walking speed and standing up from a chair.
- 0:25SPEAKER_00: That matter for healthy aging.
- 0:27SPEAKER_00: Researchers have begun testing whether monitoring bar speed and stopping sets when lifts slow down by a set amount, a velocity loss target, can boost strength and functional outcomes in older adults.
- 0:38SPEAKER_00: Several small trials of older adults suggest yes.
- 0:42SPEAKER_00: In one 12-week study of very old adults, average age, 82, with slow walking speed, a power training program, lifting heavy but moving fast, improved leg strength, and even increased maximum walking speed by about 0.12 meters per second.
- 0:58SPEAKER_00: This is meaningful.
- 0:59SPEAKER_00: Every extra 0.1 meters per second in gate speed is linked to a 12% lower risk of death in older people.
- 1:06SPEAKER_00: Another pilot trial had seniors do arm exercises as fast as possible for 10 weeks.
- 1:11SPEAKER_00: They saw significant improvements in walking speed by the end.
- 1:14SPEAKER_00: In short, moving any weights quickly can help translate to better walking.
- 1:19SPEAKER_00: A recent systematic review of 79 trials found that fast lifting beats slow lifting from many daily tasks in older adults.
- 1:26SPEAKER_00: High speed training gave bigger gains in fast walking speed, timed up and go tests, and quick chair stands, measures tied to mobility and independence.
- 1:35SPEAKER_00: By contrast, very heavy slow lifts did better for some endurance tests, like how many sit stands you can do in 30 seconds.
- 1:43SPEAKER_00: This means if you want to get stronger at walking and standing up quickly, training with speed is especially helpful.
- 1:49SPEAKER_00: What is velocity-based training?
- 1:51SPEAKER_00: VBT is simple.
- 1:53SPEAKER_00: Use a device or smartphone app to measure bar or body speed during each rep.
- 1:57SPEAKER_00: Each session, you might have a velocity loss cutoff.
- 2:00SPEAKER_00: For example, stop a set when you slow down by 10 to 20% from your first rep.
- 2:05SPEAKER_00: This keeps you from pushing so hard that your form breaks down.
- 2:08SPEAKER_00: For example, if your first rep of a squat moves 0.50 meters per second, stopping at a 10% loss means ending the set once speed drops to about 0.45 meters per second.
- 2:19SPEAKER_00: Even if no device is handy, you can focus on lifting as fast as possible each rep and stop when you feel your speed or power drop too much.
- 2:27SPEAKER_00: Using bar speed keeps training intense but short.
- 2:30SPEAKER_00: It helps you do many reps at a strong effort without burning out.
- 2:33SPEAKER_00: For older adults with limited energy, this can be safer and more fun than long grueling sets.
- 2:39SPEAKER_00: Plus, studies show that stopping at a small velocity loss still improves strength and functional skills.
- 2:44SPEAKER_00: Seniors who stopped each squat or chest press set at only 10% speed loss gained leg strength, pressing speed, and were able to stand up from a chair faster.
- 2:53SPEAKER_00: Those who stopped at 20% loss saved more reps and time and also improved walking speed and grip strength.
- 2:59SPEAKER_00: Winning speed for strength and function.
- 3:01SPEAKER_00: Why does speed help?
- 3:02SPEAKER_00: As we age, muscles tend to slow down, and everyday tasks like catching your balance or hurrying to cross a street rely on quick movements.
- 3:10SPEAKER_00: High speed training boosts power, how fast force is produced, which is crucial.
- 3:15SPEAKER_00: Research finds that in layered everyday tests, older folks are more limited by how fast they can move than by raw strength.
- 3:21SPEAKER_00: For example, one study found that to really improve function, seniors needed to train with an average limb movement of about 0.88 meters per second, nearly 1 meter per second, during power exercises.
- 3:32SPEAKER_00: Hitting that speed seemed key to walking faster and getting stronger.
- 3:36SPEAKER_00: In practical terms, pushing weights quickly translates to better walking and rising speed later.
- 3:41SPEAKER_00: Power training studies, where older adults do fast moves, often see big benefits.
- 3:45SPEAKER_00: In one trial, adding fast leg presses and squats improved participants' treadmill speed walking and muscle activation.
- 3:52SPEAKER_00: In another small study, focusing on fast upper body moves, like rapid chest presses, still improved full body outcomes like gait speed.
- 4:00SPEAKER_00: This happens because moving quickly engages the neuromuscular system in an explosive way, making the brain muscle connection stronger.
- 4:08SPEAKER_00: Using RPE as a simple proxy for speed, not everyone has a fancy speed meter, so how can we approximate velocity-based training?
- 4:15SPEAKER_00: The answer is RPE, rate of perceived exertion, on a 1 to 10 scale, based on how hard a set feels.
- 4:22SPEAKER_00: Studies have found that RPE, especially a version called Repson Reserve Scale, lines up very well with bar speed.
- 4:29SPEAKER_00: In one experiment, trained adults doing 1 rep max tests showed very strong links between RPE and actual lift velocity, correlation around negative 0.8 to negative 0.9.
- 4:40SPEAKER_00: In simple terms, as a rep slows, hard to push, your RPE goes up.
- 4:45SPEAKER_00: So a simple way, perform each rep at maximum safe speed, and stop the set around RPE 7 to 8, meaning you feel you have about 2 to 3 reps still left.
- 4:55SPEAKER_00: This typically means your speed has only dropped modestly, roughly matching a 10-20% velocity loss.
- 5:01SPEAKER_00: In practice, it might sound like stop when you feel you could do only two more reps if you pushed.
- 5:06SPEAKER_00: This humble rule of thumb mirrors what velocity devices would tell you.
- 5:10SPEAKER_00: For example, one coaching article notes that using RPE and velocity together can inform training mode and stopping points.
- 5:17SPEAKER_00: In summary, no gear needed, just lift each rep as fast as you can, and quit the set when your pace or form noticeably slows.
- 5:24SPEAKER_00: You'll get the same drop in bar speed as cutting at the 10-20% marks.
- 5:29SPEAKER_00: Over time, you will also recalibrate how fast different RPE feels.
- 5:33SPEAKER_00: The more you do it, the better you gauge it.
- 5:36SPEAKER_00: Building a velocity-focused workout.
- 5:38SPEAKER_00: To apply these ideas, older trainees or their trainers can structure workouts like this.
- 5:43SPEAKER_00: Exercises.
- 5:44SPEAKER_00: Choose 3 to 4 movements hitting major muscle groups.
- 5:47SPEAKER_00: Good choices are leg press or sit to stand, squats to a chair, chest press or wall push-ups, and seated row or band rows.
- 5:55SPEAKER_00: Always have a safe setup.
- 5:57SPEAKER_00: For example, squat near a support.
- 5:59SPEAKER_00: Loads use moderate weight, roughly 40 to 65% of your one rep max, the max you could lift once.
- 6:05SPEAKER_00: If you do not know your 1RM, use a weight you can comfortably lift 8 to 12 times with effort.
- 6:11SPEAKER_00: Research protocols often use 50% of 1RM for older adults.
- 6:15SPEAKER_00: Sets and reps.
- 6:16SPEAKER_00: Do 2 to 3 sets of each exercise.
- 6:18SPEAKER_00: Perform about 8 to 12 reps per set, but pay attention to speed.
- 6:22SPEAKER_00: Speed.
- 6:23SPEAKER_00: On every rep, push or lift as fast as safely possible.
- 6:26SPEAKER_00: It should feel explosive, for instance, explode up from a squat or press the weight up quickly.
- 6:32SPEAKER_00: Stopping rule.
- 6:33SPEAKER_00: Stop each set when you notice you can no longer move fast.
- 6:36SPEAKER_00: This might be when you feel you could only do one to two more reps, or roughly, when the bar speed has dropped 10 to 20% from its best.
- 6:43SPEAKER_00: Either way, end the set before full fatigue sets in.
- 6:46SPEAKER_00: Rest.
- 6:46SPEAKER_00: Take full breaks between sets, 1 to 2 minutes or more, so you're ready to go fast each set.
- 6:51SPEAKER_00: This helps keep each rep speedy.
- 6:53SPEAKER_00: Frequency, aim for 2 to 3 sessions per week, with rest days between, as was done in studies.
- 6:59SPEAKER_00: For example, a sample session might be 3 sets of 10 fast chair squats, sit lightly on chair, then stand up explosively.
- 7:05SPEAKER_00: Stop each set when form slows.
- 7:07SPEAKER_00: 3 sets of 10 fast chest presses, with dumbbells or machine, press up quickly.
- 7:12SPEAKER_00: 3 sets of 10 fast leg presses or sit-stand practice.
- 7:15SPEAKER_00: 3 sets of 10 band ruing or arms pulls at speed.
- 7:19SPEAKER_00: The exact exercises can vary, but the key is quality, speed over quantity.
- 7:23SPEAKER_00: Studies noticed big gains even with these modest schemes.
- 7:27SPEAKER_00: One trial even found doing just 2-3 sets of 8-12 recs at moderate load with 10% velocity loss, boosted leg press power, and sit-to-stand times.
- 7:36SPEAKER_00: Using 20% loss added benefits for walking speed and grip strength.
- 7:40SPEAKER_00: Tailor the threshold.
- 7:42SPEAKER_00: If you mainly want to improve sit stand and pressing speed, use the 10% rule.
- 7:46SPEAKER_00: If gate speed is a key goal too, try accepting up to 20% loss per set in a few sets.
- 7:51SPEAKER_00: If you cannot measure loss, just stop when you sense a strong drop in speed.
- 7:56SPEAKER_00: The field-based pause is usually when RPE minus 8.
- 7:59SPEAKER_00: Over each week, you can try to gently increase weight or reps, but always keep the focus on fast reps.
- 8:06SPEAKER_00: Moving faster, living better.
- 8:08SPEAKER_00: In sum, evidence is growing that moving weights quickly and watching for slowing down can improve longevity-relevant outcomes.
- 8:15SPEAKER_00: Faster walking speed and quicker chair rise are linked to independence and longer life.
- 8:20SPEAKER_00: By using velocity-based cues, older exercisers can train their muscles and nerves to fire faster, which pays off in daily life.
- 8:28SPEAKER_00: Unlike pushing to full exhaustion, VBT encourages stopping before huge fatigue, making it more enjoyable and less risky.
- 8:35SPEAKER_00: For older adults looking to stay strong and mobile, velocity-based training offers clear guidance.
- 8:40SPEAKER_00: Be explosive, be safe, and listen to your body.
- 8:43SPEAKER_00: Using either a speed sensor or just good old RPE, you can fine-tune your workouts.
- 8:48SPEAKER_00: Starting at around 40 to 60% effort and going fast can be surprisingly effective and fun.
- 8:54SPEAKER_00: Over months, as studies show, this can lead to measurable improvements in strength, power, and walking speed.
- 8:59SPEAKER_00: Remember, any exercise is better than none.
- 9:02SPEAKER_00: But if you or a loved one are doing resistance training, try adding some zip into each lift and see the difference.
- 9:07SPEAKER_00: With each quick rep, you're training not just muscles, but the ability to move well years into the future, which is a gift of longer, healthier living.
- 9:15SPEAKER_00: All links to sources are available in the text version of this article.
- 9:19SPEAKER_00: You can find the full article at longitivityfit.lifeslash blog.
- 9:23SPEAKER_00: Thanks for listening.
- 9:24SPEAKER_00: For more research driven guides on fitness, longevity, health span, and healthy aging, visit longitivityfit.life.