Science Spotlight: How Lumaflex Powers Your Full-Body Active Recovery Workout

Active recovery means using gentle movement instead of remaining completely still. A session might include walking, easy cycling, relaxed swimming, mobility drills, yoga, light resistance-band work, or controlled bodyweight exercises.

The difference from a normal workout comes down to purpose and effort. Training asks your body to adapt to a challenge. Active recovery is gentler: you keep moving, but avoid piling on much more stress. If you could not hold a relaxed conversation, the pace is probably too high.

Active recovery is not a requirement after every workout, and it is not automatically better than complete rest. Some days, rest is the more appropriate choice. The right option depends on your training load, sleep, soreness, energy, and general health.

An active recovery session may fit well:

• the day after a demanding strength, conditioning, or endurance session;
• between harder training days;
• during a deload or lighter training week;
• when you want to move without repeating a high-intensity workout; or
• after travel or long periods of sitting, provided movement feels comfortable.

You do not need to schedule active recovery simply because a calendar says it is a recovery day. If you feel ill, unusually fatigued, or injured, a gentle workout may not be the right tool.

Research on active recovery has produced mixed results because studies use different activities, durations, intensities, participants, and performance outcomes. A 2019 systematic review of 26 studies involving 471 athletes found that the research was varied and that conclusions about performance were difficult to generalize. The review reported consistently positive findings in some studies using 6- to 10-minute active-recovery interventions, while the appropriate intensity remained inconclusive. [1]

In other words, active recovery is a broad label, not one fixed protocol.

Keep the effort easy enough to talk comfortably. You may feel warmer and less stiff as you move, but you should not be chasing exhaustion, a high heart rate, or a new training record.

Pay attention to what happens as the minutes pass. Labored breathing, sloppy movement, or rising fatigue are signs to slow down, shorten the movement, or call it a day. The session should give you something back; it should not leave you noticeably more drained.

Pain deserves separate attention. Mild stiffness that improves as you move is different from sharp pain, joint instability, increasing swelling, or pain that changes your movement pattern. Those symptoms are reasons to stop and get appropriate guidance.

The active recovery exercises below combine easy cardio, mobility work, and light full-body movement. Use the sequence as a loose framework rather than a scorecard. Move at a pace you can control, and change any exercise that does not suit your body that day.

Start with a relaxed walk, easy cycling, a gentle elliptical session, or another low-impact activity you can perform comfortably. The purpose is to ease into movement and gradually raise your body temperature without creating significant fatigue.

Keep the pace conversational. If you are using a stationary bike, for example, choose a resistance that lets you pedal smoothly rather than grind through each rotation.

Move through a few controlled drills, spending roughly 45 to 60 seconds on each:

• cat-cow movements;
• thoracic rotations;
• shoulder circles;
• hip circles or supported hip mobility;
• ankle rocks; and
• gentle bodyweight hinges.

There is no need to force a stretch. Stay within a comfortable range and let the movement become smoother gradually. If one drill irritates a joint or aggravates pain, skip it.

Choose three to five movements and perform them at an easy pace. You might use:

• bodyweight squats to a comfortable depth;
• glute bridges;
• bird dogs;
• resistance-band rows; or
• controlled reverse lunges with support if needed.

Complete a few relaxed repetitions of each exercise, then move on. The emphasis is movement quality, balance, and breathing—not completing a demanding circuit. Leave plenty of effort in reserve.

If you are very sore or tired, reduce the range of motion, use fewer repetitions, or return to walking and mobility work instead.

Finish with easy walking, relaxed breathing, and gentle stretches that feel comfortable. The cooldown is a chance to bring the session to a gradual close, not an opportunity to force flexibility.

Foam rolling is optional. It may feel useful to some people, but it is not a required part of an active recovery workout.

Red and near-infrared light are being studied in exercise and muscle-recovery applications under the broader term photobiomodulation, or PBM. In simple terms, PBM means using red or near-infrared light to influence biological processes. Research on red light therapy for muscle recovery has examined soreness, fatigue, performance, and other recovery markers, but results vary with the wavelength, dose, timing, treatment area, and study design. [2] [3]

A review of PBM research in human muscle tissue described clinical studies involving volunteers and athletes. It also emphasized how much treatment parameters can differ between studies. [2]

A 2025 systematic review of whole-body PBM found possible benefits for sleep quality but no clear evidence of improved exercise recovery or performance. Results from one PBM application should therefore not be transferred automatically to another. [4]

Red light therapy can be incorporated into an active recovery routine, although the effects of combining the two approaches are still being studied. The light and the movement are separate parts of the routine; using them together does not establish that one automatically increases the effect of the other.

Lumaflex is one portable option for delivering red and near-infrared light at home. If you use a light-based device, follow its current instructions and intended-use guidance. Do not treat a research protocol as a universal home-use prescription, and do not use light therapy as a substitute for sleep, nutrition, rest, or evaluation of an injury.

There are several practical ways to place light therapy around a low-intensity session, depending on the device and its instructions.

Before movement: Use the device according to its instructions, then begin the easy cardio and mobility portion of the routine.

During movement: This is appropriate only if the device is designed for use while moving and its instructions permit it. Keep the activity easy and make sure the device stays secure without restricting movement or creating a safety hazard.

After movement: Complete the active recovery workout first, then use the device as directed. This option keeps the exercise session and the light exposure clearly separate.

Use the device’s current instructions to determine session length, treatment area, timing, and frequency. More exposure is not automatically better.

Your ideal frequency will depend on how much you train, how well you sleep, how sore you are, and how your body responds to easy movement. There is no weekly schedule that fits everyone.

Some people use active recovery on one or more lighter training days. Others use short walks or mobility sessions most days. The line to watch is the one between gentle movement and a second workout in disguise. If the session starts to reduce your energy for the next planned workout, it is no longer serving its intended purpose.

Active recovery also does not need to replace complete rest. Rest days can be part of a well-designed training week. For detailed guidance on light-therapy session frequency, see how often to use red light therapy.

Leave the session for another day—or get professional advice—if you have an acute injury, significant pain, illness, severe fatigue, unusual swelling, or symptoms that are getting worse. Even gentle movement should be stopped if it clearly makes you feel worse.

If you are returning from surgery, managing a medical condition, or unsure whether exercise is appropriate, ask a qualified healthcare professional for individualized advice. A recovery day should support your broader training plan, not override warning signs from your body.

PBM research covers a wide range of setups. Studies use different light sources, wavelengths, doses, timing, treatment areas, participants, and outcome measures. That variety makes direct comparison difficult.

Here is the short version of what researchers can say so far:

A customer may genuinely feel better after using a product, but that story cannot answer the same question as a controlled study. The same applies to product explanations: a possible mechanism is worth discussing, but it should not be presented as a proven human outcome.

For more on the optional light-therapy component, read red light therapy for muscle recovery and 630 nm and 850 nm wavelengths. For broader athlete-recovery context, see Athlete Recovery: How Red Light Therapy Speeds Healing.

[1]: Ortiz RO Jr, Sinclair Elder AJ, Elder CL, Dawes JJ. “A Systematic Review on the Effectiveness of Active Recovery Interventions on Athletic Performance of Professional-, Collegiate-, and Competitive-Level Adult Athletes.” Journal of Strength and Conditioning Research. 2019;33(8 ):2275–2287. DOI: 10.1519/JSC.0000000000002589.

[2]:  Ferraresi C, Huang YY, Hamblin MR. “Photobiomodulation in human muscle tissue: an advantage in sports performance?” Journal of Biophotonics. 2016;9(11–12 ):1273–1299. DOI: 10.1002/jbio.201600176.

[3]: Leal-Junior ECP, de Almeida P, Tomazoni SS, et al. “Clinical and scientific recommendations for the use of photobiomodulation therapy in exercise performance and post-exercise recovery: current evidence and future directions.” Brazilian Journal of Physical Therapy. 2019. PMCID: PMC6546960.

[4]:Álvarez-Martínez M, Borden G. “A systematic review on whole-body photobiomodulation for exercise performance and recovery.” Lasers in Medical Science. 2025. DOI: 10.1007/s10103-025-04318-w.