Reading Time: 6 minutes, 30 seconds
BY: ISSA
DATE: 2025-04-04
The perimenopausal transition can begin in a woman's 40s and can last anywhere from 4-10 years before menopause. During this time, fluctuating estrogen and progesterone levels accelerate muscle loss, decrease bone density, and alter fat distribution patterns. Strength training becomes not just beneficial but essential for maintaining physical function and metabolic health.
Declining estrogen during perimenopause directly affects muscle protein synthesis and bone mineral density. Research shows that women can lose up to 3-5% of their muscle mass per decade after age 30, with losses accelerating during perimenopause. Without intervention, this can lead to significant strength deficits by menopause.
While many women seek strength training for body composition benefits, the functional improvements are equally valuable during perimenopause:
Increased insulin sensitivity and glucose management
Enhanced connective tissue health and joint stability
Improved stress hormone regulation
Better sleep quality and energy levels
Reduced risk of osteoporosis and fractures
Maintained metabolic rate despite hormonal changes
Compound exercises that engage multiple muscle groups simultaneously deliver the greatest hormonal and metabolic benefits during perimenopause. These movements should form the core of any strength training program during this life stage.
The squat engages the largest muscles in the body, making it particularly effective for hormonal optimization and bone loading. Key variations include:
Bodyweight squats for beginners focusing on proper form
Goblet squats to develop core stability and proper depth
Front squats for advanced core engagement and posture
Back squats for maximum strength development
Split squats for addressing unilateral imbalances
Form Considerations for Perimenopausal Women
Joint changes during perimenopause may require adjustments to traditional squat form. Focus on:
Appropriate stance width for hip comfort
Depth that maintains pelvic neutral position
Core bracing techniques that support the lower back
Controlled tempo to maximize muscle tension without joint stress
Upper body strength becomes increasingly important during perimenopause for maintaining functional independence and supporting bone density in the wrists, arms and spine.
The push-up and its variations provide exceptional upper body benefits with minimal equipment:
Wall push-ups for those beginning strength training
Incline push-ups using a bench or stable surface
Standard push-ups with proper core engagement
Decline push-ups for increased upper chest activation
Push-up variations with rotation for core integration
Overhead movements particularly target the upper spine and shoulders—areas vulnerable to bone loss during perimenopause:
Seated dumbbell presses for beginners
Standing barbell presses for core and shoulder integration
Landmine presses for those with shoulder mobility concerns
Push presses for power development and hormonal response
As hormonal changes affect collagen production, maintaining upper back strength becomes crucial for posture and spinal health during perimenopause.
Row exercises counteract the forward-rounded posture common during aging:
Supported dumbbell rows for beginners
Bent-over barbell rows for comprehensive back development
Cable rows for consistent tension throughout the movement
Inverted rows as a bodyweight progression toward pull-ups
Single-arm rows for rotational stability and core engagement
While challenging, pull-up variations offer tremendous upper body benefits:
Assisted band pull-ups to develop initial strength
Negative pull-ups (lowering phase only) for eccentric strength
Isometric holds at various positions in the pull-up range
Full pull-ups with appropriate grip variations for wrist comfort
The hip hinge pattern targets the hamstrings, glutes, and lower back—muscle groups that support spine health and lower body function during perimenopause.
The deadlift and its variations create significant hormonal responses beneficial during perimenopause:
Kettlebell deadlifts for learning proper hip hinge mechanics
Romanian deadlifts for hamstring and glute emphasis
Sumo deadlifts for inner thigh and hip focus
Trap bar deadlifts for reduced spinal loading
Single-leg deadlifts for balance and unilateral development
These movements specifically target the gluteal muscles which are critical for hip stability and power:
Bodyweight bridges for beginners
Single-leg bridges for addressing imbalances
Weighted hip thrusts for maximum glute development
Elevated hip thrusts for increased range of motion
Marching bridges for core and hip stabilizer activation
Hormonal fluctuations during perimenopause often affect fat distribution around the midsection. Beyond aesthetics, strong core muscles support spine health and prevent injuries.
These exercises focus on resisting movement rather than creating it:
Planks and side planks with appropriate progressions
Pallof press variations for rotational stability
Farmer's carries and suitcase carries for lateral stability
Bear crawl holds for integrated shoulder and core stability
Specific core exercises can help manage cortisol levels, which often become dysregulated during perimenopause:
Diaphragmatic breathing exercises to activate the deep core
Gentle rotational movements for nervous system regulation
Cat-cow and spinal waves for mobility and stress reduction
Bird-dog progressions for mind-muscle connection
Exercise frequency and recovery needs often change during perimenopause, requiring strategic planning for optimal results.
A sample weekly structure might include:
2-3 full-body strength sessions focusing on compound movements
1-2 lighter sessions emphasizing specific movement patterns
1-2 active recovery days with walking and mobility work
At least 2 full rest days for recovery and stress management
Perimenopause often brings unpredictable energy levels, requiring flexible approaches to intensity:
Use RPE (Rate of Perceived Exertion) scales rather than fixed percentages
Implement autoregulation techniques like flexible set and rep schemes
Plan deload weeks every 4-6 weeks to prevent overtraining
Track recovery markers to identify when more rest is needed
Nutritional needs shift during perimenopause, requiring adjustments to support strength training goals effectively.
Research suggests higher protein needs during perimenopause:
Aim for 1.4-1.8g of protein per kg of bodyweight daily
Distribute protein intake throughout the day in 20-30g servings
Focus on leucine-rich protein sources for muscle protein synthesis
Consider timing protein around workouts for optimal recovery
Fluctuating hormones can affect carbohydrate metabolism:
Prioritize carbohydrates around training sessions
Focus on fiber-rich, complex carbohydrates for stable energy
Monitor individual tolerance as insulin sensitivity changes
Adjust intake based on training intensity and recovery needs
Absolutely not. Research consistently shows that women of all ages, including those in perimenopause and beyond, respond well to strength training. Many women actually experience their greatest strength gains after age 40 when training appropriately.
The appropriate weight varies by individual and exercise, but the general principle is to use a weight that creates significant challenge in the target rep range while maintaining proper form. For most women, this means progressively working up to weights that feel substantial rather than focusing only on high repetitions with light weights.
No. The hormonal environment during perimenopause makes significant muscle bulk highly unlikely. Instead, strength training creates a firm, functional physique while supporting metabolism and bone health. The modest muscle gain possible during this phase helps offset the natural tendency toward fat gain during hormonal transition.
Most perimenopausal women notice improvements in energy and mood within 2-3 weeks of consistent strength training. Physical changes typically become apparent within 6-8 weeks, though significant body composition changes may take 3-6 months of consistent training and appropriate nutrition.
Rather than avoiding specific exercises, focus on proper form and appropriate progressions. Some women may need to modify certain movements based on joint comfort or pre-existing conditions, but these adjustments should be individualized rather than categorical.
Strength training during perimenopause isn't just about maintaining physical appearance—it's a powerful intervention for hormonal optimization, functional capacity, and long-term health. By focusing on compound movements, appropriate intensity, and consistent progression, women can not only navigate perimenopausal changes successfully but emerge stronger and more resilient.
The exercises outlined in this article provide a comprehensive framework for perimenopausal strength development, but remember that individual needs vary. Working with an ISSA-certified personal trainer who understands the unique considerations of perimenopausal fitness can help you design a program perfectly tailored to your body's changing needs.
Remember that consistency trumps perfection, and that strength training during this transition is one of the most valuable investments you can make in your long-term health and quality of life.