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Episode
Is Walking The Best Active Recovery? Training vs Recovery in Midlife Women
~9 min
Episode Brief·YouTube

Is Walking The Best Active Recovery? Training vs Recovery in Midlife Women

Stacy Sims
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TL;DR

The four things you'd lose by not watching

4 items

TL;DR

The four things you'd lose by not watching

4 items
1

Walking as active recovery boosts metabolic recovery via increased blood flow that delivers nutrients to muscles, tendons, and bones while removing waste products — a practice both Stacy and the host swear by, especially after leg day.

2

Mobility work must go beyond stretching: it needs to create enough stress within joint capsules and against tendons/ligaments to keep them responsive. This is essential for perimenopausal women who face a spike in plantar fascia issues and frozen shoulder due to estrogen changes.

3

Ditch the rigid Monday-leg-day schedule. An asynchronous 8-10 day training split with 3-4 workouts allows the CNS and tissues to recover according to the non-linear rhythm of a perimenopausal body.

4

When planning de-loads, taking a full week off the gym may be better than reducing volume by 50% — the host finds it mentally impossible to go easy at half-effort, and complete rest gives the nervous system a true reset.

Protocols

Concrete recipes — what, when, how much, and why

4 items

Walking as Active Recovery

WhatGo for a low-intensity walk on recovery days, especially after leg training, to boost blood flow and promote metabolic recovery without adding stress.
WhenOn active recovery days, ideally the day after a heavy lower body session; can be done on any non-training day when the body needs repair.
DoseEasy, conversational-pace walk; no specific duration prescribed — just enough to feel movement and increased blood flow without fatigue.
For whomAll exercising individuals, but especially perimenopausal women who need longer and more deliberate recovery.
WhyWalking delivers nutrient-rich blood to worked muscles, tendons, and bones while sweeping away metabolic waste, speeding tissue repair and enhancing the body’s adaptive response to training.
CaveatsKeep the effort truly low; avoid turning the walk into a cardio session, which would add stress rather than aid recovery.

Both the host and Stacy Sims champion walking as an under-appreciated active recovery tool. The host mentions she finds it “incredibly useful particularly with leg day” and now considers it her favorite. Stacy adds that people often neglect active recovery because they’re stuck in a “go-go” gym mindset, forgetting that low-stress movement is what actually enables adaptation. She also mentions easy aqua jogging or swimming as alternatives, but walking is the most accessible. The segment emphasizes that active recovery is not about burning calories but about creating the internal environment for repair — a concept many midlife women need to embrace as their recovery window widens.

Mechanism

Exercise creates muscle tear-down, inflammation, and bone stress. Active recovery like walking creates low mechanical stress while elevating blood flow, which functions as a nutrient transporter. The increased circulation brings amino acids, glucose, and other repair substrates to the tissues and removes lactic acid and metabolic byproducts. The gentle joint movement also pumps synovial fluid, nourishing cartilage, and helps clear inflammatory markers. This metabolic recovery accelerates tissue repair and adaptation, making it especially important when recovery capacity is blunted by hormonal changes.

Personal experience

Host: “One of the things I have found to be incredibly useful particularly with leg day is walking. So I feel like walking maybe is my favorite … active recovery.”

When we talk about active recovery going for a walk, going for an easy aqua jog or an easy swim, anything that's going to create low amount of stress with increased blood flow to the muscle. Because if we're talking about blood flow to the muscle, that's our nutrient transporter. It's the way that we bring more nutrition to all of the working muscles and tendons and bones, and it's a way we can take away some of the waste product.

Also said
“it really does facilitate more of a metabolic recovery. And this helps with all of our tissue repair as well as our ability to adapt because if we're increasing reparation, then we are increasing our ability to adapt to that training stress.”— Clarifies that metabolic recovery directly feeds into the body’s ability to adapt and get stronger, not just feel better.

Joint and Tendon Mobility Work with End-Range Loading

WhatPerform mobility exercises that deliberately stress the joint capsules and tendons, using resistance bands to pull into the end range of motion, to maintain tissue responsiveness and prevent injuries.
WhenAs a consistent part of each week’s routine — Stacy jokes that she spends more time mobilizing than training. Ideally done before or after lifting, and certainly on active recovery days.
DoseNo set time; focus on creating enough tension within the capsule and against tendons that you feel a controlled stress. Frequency should be high enough that mobility is never skipped, especially in perimenopause.
For whomPrimarily women in perimenopause and beyond, but also any lifter wanting to avoid injuries and maintain full range of motion.
WhyDeclining estrogen weakens tendon responsiveness and fascia pliability, making soft-tissue injuries more common. Mobility with loading keeps joints lubricated, stimulates synovial fluid, and ensures the tissue can handle the varying demands of training.
CaveatsFor acute injuries or post-surgical situations, end-range loading should be supervised by a physio. Pushing beyond a tolerable stress can exacerbate issues; the goal is controlled stress, not pain.

Stacy lists two hallmark injuries of perimenopause — plantar fascia problems (driven by tendon change and calf weakness) and frozen shoulder (a tendon/fascia responsiveness issue) — and argues that mobility work is the primary defense. She clarifies that it’s not just about flexibility; it’s about stressing the structures enough that they remain adaptable. The host confesses that as a 19-year mobility practitioner she used to skip it, but now in her 40s she can’t ignore it because her ankle mobility won’t fix itself. Stacy also highlights that heavy resistance bands are crucial for reaching the true end range, especially when coming back from injuries like a torn meniscus, because they allow you to load the tissue fully and reduce biomechanical compensations. This positions mobility as equally important as — if not more time-consuming than — strength training itself for midlife women.

Mechanism

Hormonal shifts alter the tendon’s and fascia’s capacity to respond to load, increasing injury risk. By pulling on the joint capsule (e.g., opening the hip capsule), you create negative pressure that draws synovial fluid into the joint for lubrication, encouraging blood flow and nutrient exchange. This mechanical stress also signals fibroblasts in tendons and ligaments to maintain collagen synthesis and cross-linking, keeping them responsive. The end-range loading, particularly with heavy resistance bands, provides a strong stimulus for mechanoreceptors, restoring full range of motion and neuromuscular control, which directly improves technique under load and reduces compensation patterns.

Personal experience

Stacy: “we have a joke here where we feel like we spend more time mobilizing than we do actually training.” The host: “Even as a practitioner … I would skip it … But now I find as a woman in her … mid to late 40s, I'm like, okay, I can't I have to do mobility work.”

mobility is super important, not just for increasing our range of motion, but to create enough stress within the joint capsules and against the tendons and ligaments to keep them able to be responsive to different stressors.

Also said
“If we're thinking about pulling and opening up the joint capsule of the hip, then we're going to get more synovial fluid going in there. We're going to be able to keep more lubrication going, encouraging blood flow, and that way we keep our range of motion, which enables us to have a better movement technique when we're looking at being in the gym.”— Gives a concrete anatomical example of how joint-capsule distraction directly feeds technique and performance.
“If you're using heavy resistance bands to get into a tighter or the end range of that motion, you're able to come back from that injury without as many biomechanical issues as you would have if you didn't use the mobility aspects.”— Specifies the tool (heavy resistance bands) and the outcome (fewer biomechanical compensations), making the advice actionable.

Asynchronous Training Split (8-10 Day Cycle)

WhatStructure your training on a rolling 8-10 day window instead of a fixed 7-day week, aiming for 3-4 workouts, and avoid designating specific days for specific body parts (e.g., not every Monday is legs).
WhenThroughout perimenopause and beyond; assess readiness each day rather than following a rigid calendar.
Dose3-4 strength sessions within an 8-10 day block; incorporate de-loads as needed within the cycle.
For whomPerimenopausal and postmenopausal women, especially those with erratic energy and recovery.
WhyCentral nervous system and tissue recovery are unpredictable when estrogen and progesterone fluctuate. An asynchronous split allows you to train when your body is actually recovered, reducing injury risk and supporting consistent progress.
CaveatsRequires self-awareness and flexibility — it may not suit those who thrive on strict routine. Keep a training log to ensure all muscle groups are hit over the block.

The host describes her personal method: an 8-10 day split with 3-4 sessions, plus scheduled de-loads (usually taking a full week off because a 50% volume session is mentally almost impossible). Stacy fully endorses this, pointing out that if a perimenopausal woman tries to squat heavy every Monday, her body likely won’t recover enough in time, and the result is poor performance or injury. The asynchronous approach frees her to hit legs when primed. Stacy ties it to the earlier points about active recovery and mobility — the flexible schedule creates the space needed for walking, mobility work, and genuine de-loads. The episode makes a strong case that this is not just a preference but a physiological necessity for midlife women.

Mechanism

Hormonal variability in perimenopause affects glycogen repletion, protein synthesis, and CNS recovery speed, making a fixed microcycle risky. Asynchronous planning aligns training stress with the body’s actual recovery state, avoiding the cumulative deficit that comes from forcing sessions on days when the organism is still repairing. This reduces chronic inflammation and overtraining symptoms, allowing full adaptation to each stimulus.

doing asynchronous is fantastic. … if you're planning on doing heavy squats every Monday, your body most likely won't be able to do heavy squats every Monday because we have central nervous system that we have to take care of plus all the tissues that we have to take care of.

Also said
“I sort of work on a 8 to 10ish split just based on in in 8 days I'm trying to get in three to four workouts and then I will also structure or schedule in I'll say d loads as well.”— The host’s concrete implementation detail makes the concept actionable.

Full Week Off De-Load (Instead of Half-Volume)

WhatDuring planned de-load periods, take a complete week off the gym rather than trying to train at 50% volume, especially if lowering intensity feels psychologically difficult.
WhenAfter every 8-10 day training block, or whenever accumulated fatigue signals a need for a true reset.
DoseOne full week away from structured training. No gym sessions; replace with walking, mobility, and light activity.
For whomPerimenopausal women and anyone who struggles to moderate effort during de-load sessions.
WhyA complete break allows the central nervous system and tissues to fully restore. For many, it’s mentally easier to unplug entirely than to attempt half-hearted workouts that can cause frustration and undermine consistency.
CaveatsRisk of detraining is low if done every few weeks; however, if taken too frequently it could hinder progress. Use it as a planned part of the block, not a reaction to every bad day.

The host raises that she prefers a week off to cutting volume by 50% because doing the latter is psychologically very hard — she’d rather just not go. Stacy doesn’t comment directly on this preference, but her endorsement of asynchronous splits and emphasis on longer recovery in perimenopause implicitly supports full rest as a legitimate tool. The conversation around injury recovery reinforces that sometimes stepping completely away is the safest route, especially when midlife tissues need more time. The host’s own method of scheduling de-loads in the 8-10 day block makes the full rest a structured, guilt-free part of the program.

Mechanism

Total training cessation removes all mechanical and metabolic stress, allowing full CNS recovery, replenishment of neurotransmitter reserves, and complete tissue repair. The psychological benefit of avoiding the demotivating feeling of a “half-assed” workout also supports long-term adherence.

Personal experience

Host: “I will also structure or schedule in I'll say d loads as well like days where I am reducing volume by like 50% or I'm just not going to the gym at all which is the one that I usually opt for because psychologically it's very hard for me to just go and do 50%. So I'm like all right I just need four days off I need a week off the gym.”

I'm just not going to the gym at all which is the one that I usually opt for because psychologically it's very hard for me to just go and do 50%.

What's new

Personal practice updates, fresh positions, predictions

4 items

mobility-as-joint-stress-training

Stacy Sims reframes mobility as a practice of creating controlled stress on joint capsules, tendons, and ligaments — not just passive stretching — to keep tissues responsive to the demands of training.

Why this matters: This shifts the common “stretch to feel good” approach toward a targeted loading strategy that directly addresses the tendon and fascia changes caused by declining estrogen and progesterone in perimenopause.

Background

Many people think of mobility as flexibility or a low-priority add-on to strength work. Stacy argues that without creating tension in the joint capsule, synovial fluid flow and tissue adaptation remain suboptimal, increasing injury risk as hormonal profiles shift.

Stacy explains that the change in estrogen/progesterone affects tendon responsiveness and fascia ability to handle stress, leading to an uptick in injuries like plantar fascia problems and frozen shoulder. Mobility, in her view, isn’t just about range of motion — it’s a stressor that maintains the tissue’s capacity to respond. She uses the example of opening the hip joint capsule: pulling it apart draws in synovial fluid, improves lubrication, and encourages blood flow, which keeps range of motion and enables better lifting technique. The host admits she used to skip mobility as a practitioner but now, in her mid-to-late 40s, can’t ignore it because “this ankle mobility is not going to fix itself.” The entire segment reframes mobility as a non-negotiable stressor that prevents injuries that take far longer to heal in midlife.

Personal experience

Stacy shares, with a laugh, that in her world they “feel like we spend more time mobilizing than we do actually training.” This reveals how seriously she’s integrated mobility into her routine and her team’s culture.

mobility is super important, not just for increasing our range of motion, but to create enough stress within the joint capsules and against the tendons and ligaments to keep them able to be responsive to different stressors.

Also said
“Even as a practitioner who spent, you know, 19 years in private practice talking about mobility and the importance of mobility, I would skip it … But now I find as a woman in her, you know, mid to late 40s, I'm like, okay, I can't I have to do I have to do mobility work. Like my ankles are not like this ankle mobility is not going to fix itself.”— The host’s personal pivot underlines the suddenness of midlife joint changes and why mobility becomes non-negotiable.
“two of the most common injuries are planter fascia problems because of a change in the tendon and tendon responsiveness, but also a weakening of our calf muscles. We see frozen shoulder as well and it has to do with estrogen and it's change changing its tendon and fashcia I guess ability to be responsive to stress.”— Names specific injuries and ties them to estrogen’s effect on tissues, giving a concrete reason for the mobility protocol.

asynchronous-splits-for-perimenopause

Replacing a strict weekly schedule with an asynchronous training split that flows over 8-10 days lets perimenopausal women train when recovered, not when the calendar says so.

Why this matters: Directly challenges the popular fixed-split dogma by acknowledging the physiological reality that CNS and tissue recovery are unpredictable during perimenopause, making ad-hoc timing superior for adaptation and injury prevention.

Background

Many women follow cycles where Monday is always leg day, Tuesday always back, etc. Under stable hormone profiles this can work, but perimenopausal fluctuation disrupts recovery, so forcing a heavy session on a pre-set day often leads to under-recovery or injury.

The host details her own system: instead of a 7-day week she runs an 8-10 day block, aiming for 3-4 workouts. She also schedules de-loads within that, often choosing a full week off because doing half-volume feels psychologically impossible. Stacy calls this approach “fantastic” and explains that the perimenopausal body is under constant stress variability; planning asynchronous sessions accounts for needing extra CNS and tissue care. She warns that if you plan heavy squats every Monday, your body most likely won’t be able to handle it every time, setting you up for setbacks. The asynchronous model, combined with liberal active recovery and mobility, creates a recovery-friendly environment that respects the shifting internal landscape.

Personal experience

The host’s direct experience with asynchronous splits and de-loads is the basis for this insight, but Stacy endorses it without sharing her own personal use of such scheduling.

doing asynchronous is fantastic. If you are looking at training blocks … because if you're planning on doing heavy squats every Monday, your body most likely won't be able to do heavy squats every Monday because we have central nervous system that we have to take care of plus all the tissues that we have to take care of.

Also said
“I sort of work on a 8 to 10ish split just based on in in 8 days I'm trying to get in three to four workouts and then I will also structure or schedule in I'll say d loads as well like days where I am reducing volume by like 50% or I'm just not going to the gym at all which is the one that I usually opt for because psychologically it's very hard for me to just go and do 50%.”— The host’s personal protocol illustration shows exactly how to execute an asynchronous split with built-in psychological de-load preferences.

walking-as-top-active-recovery

The host discovers that walking, especially after leg day, is her favorite active recovery, and Stacy explains the biological mechanism: low-stress blood flow facilitates metabolic recovery, nutrient delivery, and waste removal.

Why this matters: Elevates a simple, cost-free practice as a superior active recovery strategy over high-tech gadgets or strenuous cooldowns, particularly for midlife women who need enhanced tissue repair.

Background

Active recovery is often neglected because people fixate on the ‘go-go-go’ of gym schedules. Stacy points out that any low-stress, blood-flow-boosting activity like walking or easy swimming supports the body's ability to adapt to training stress, yet few prioritize it.

The host opens by sharing that walking has been “incredibly useful” for her, particularly on leg days, and she considers it her favorite active recovery. Stacy immediately validates this, explaining that exercise-induced muscle tear-down, inflammation, and bone stress all need a reparative phase. Low-intensity movement like walking improves blood flow — the “nutrient transporter” — to muscles, tendons, and bones while simultaneously clearing metabolic waste. The easy range of motion during walking contrasts with the loaded deep ranges of a squat, making it ideal for metabolic recovery without adding stress. Stacy further notes that this enhances tissue repair and the body’s adaptive response, something people routinely miss because they’re locked into a gym-only mindset. The host’s asynchronous split creates space for this kind of active recovery, and together they emphasize that walking is an underused, powerful tool for midlife women.

Personal experience

The host’s affirmation: “One of the things I have found to be incredibly useful particularly with leg day is walking. So I feel like walking maybe is my favorite … active recovery.”

walking's great. You're getting some movement in and around all the joints. You're getting more blood flow to the muscles and the tendons. We're looking at, you know, being able to get through a range of motion that is easier than what you would find in a heavy squat. And so, it really does facilitate more of a metabolic recovery.

Also said
“it tends to be something that people forget or like neglect, right? Because everyone's in this mindset of go go. I got to go to the gym.”— Highlights the cultural barrier to adopting walking as active recovery — the pressure to always be ‘doing more’.

longer-injury-recovery-in-midlife

Both Stacy and the host stress that injuries in perimenopause and beyond take dramatically longer to heal — Stacy’s own lingering injury from February is a stark personal example — making injury prevention through mobility and smart programming far more critical than in younger years.

Why this matters: Shatters the mental model many athletes carry that they’ll bounce back quickly, and instead argues that the physiological cost of an injury in midlife includes muscle loss and extended degradation, which can’t be afforded.

Background

Younger women often recover from soft-tissue injuries in days or weeks. As estrogen declines, tissue repair slows, and the compounding effects of time off lead to sarcopenia and loss of function. This new reality requires a different calculus around risk-taking in the gym.

The host points out that women newly entering the weight section of the gym lack neuromuscular motor patterns and full range of motion, making injury more likely if they go too heavy too fast. She stresses that while injuries always suck, at 20 you bounce back much faster than at 40 or 50, and the degradation that occurs while you’re off in midlife is something you “really can’t afford.” Stacy amplifies this by sharing her own story: she’s been trying to come back from an injury since February——something that 10 years ago would have been a non-issue. Now she must carefully manage loading, muscle maintenance, and rehab, and the frustration is real. The conversation then circles back to the earlier protocols: this is why mobility work, asynchronous splits, and active recovery are not optional extras but essential injury-prevention tools that save months of lost progress.

Personal experience

Stacy: “[I have an injury that I've been trying to come back from since February.] It's very frustrating because, you know, 10 years ago would would have been a non-issue, but now it's like, okay, now I have to really look at how am I loading, how am I maintaining muscle, how am I also rehabbing, and it's much better not to become injured.”

if you are 20 you are going to bounce back much faster than if you are 40 or if you are 50 and you just really can't afford the degradation that happens while you're off in in midlife.

Also said
“Yeah. It's very frustrating because, you know, 10 years ago would would have been a non-issue.”— Stacy’s personal emotional punchline that drives home the shift in recovery capacity.

Recommendations

Products, supplements, and tools mentioned in the episode

1 item

Heavy Resistance Bands

Tool

Stacy recommends using heavy resistance bands for end-range mobility work, especially when rehabbing injuries like plantar fasciitis, tight ankles, or a torn meniscus, as they enable you to safely access full joint range and reduce biomechanical compensations.

In the context of mobility work, Stacy stresses that simply moving through a pain-free range isn’t enough for tissue adaptation or injury recovery. Heavy resistance bands allow you to pull the joint into its end range — creating the necessary tensile load on tendons and capsules — which elicits a healing response. She notes that a physio or physical therapist can only do so much with manual manipulation; using the bands independently helps the individual restore full function without developing compensatory patterns. While no specific brand or resistance level is mentioned, the principle is clear: bands must be heavy enough to provide significant resistance at the end range.

vs alternatives

Compared to bodyweight mobility or lighter bands, heavy bands provide the substantial tension needed to actually stress joint capsules and connective tissue, which Stacy argues is the key stimulus for keeping tissues responsive and for effective rehab.

If you're using heavy resistance bands to get into a tighter or the end range of that motion, you're able to come back from that injury without as many biomechanical issues as you would have if you didn't use the mobility aspects.

Find Heavy

Notable quotes

Lines worth pulling out — contrarian, specific, or perfectly phrased

5 items
we have a joke here where we feel like we spend more time mobilizing than we do actually training.
A vivid, humorous admission that flips the expected training hierarchy and underlines just how central mobility has become in Stacy Sims’ approach.
mobility is super important, not just for increasing our range of motion, but to create enough stress within the joint capsules and against the tendons and ligaments to keep them able to be responsive to different stressors.
Encapsulates the entire reframing of mobility from passive flexibility to active, necessary tissue loading — the episode’s key insight.
it tends to be something that people forget or like neglect, right? Because everyone's in this mindset of go go. I got to go to the gym.
Captures the cultural barrier that causes active recovery and mobility to be skipped, directly challenging the no-days-off mentality.
10 years ago would would have been a non-issue, but now it's like, okay, now I have to really look at how am I loading, how am I maintaining muscle, how am I also rehabbing, and it's much better not to become injured.
A raw, relatable confession from Stacy that brings the theoretical risks into a painful personal reality, making the case for prevention undeniable.
if you are 20 you are going to bounce back much faster than if you are 40 or if you are 50 and you just really can't afford the degradation that happens while you're off in in midlife.
The host’s blunt warning that time-off muscle loss in midlife is far more consequential, adding urgency to injury prevention.

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Topics covered

active-recoverywalkingmobility-workasynchronous-splitde-load-weekperimenopause-recoverytendon-injuriesestrogen-progesterone-changesplantar-fasciitisfrozen-shoulderjoint-capsule-stressheavy-resistance-bandsinjury-recovery-timemetabolic-recoveryneuromuscular-patterning
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Educational summary of the cited expert source — not medical advice. Open the source recording linked above and consult a qualified physician before acting on any protocol.