What’s This Research About?
This opinion-based guide by Kraemer & Nitka offers advice on how coaches should think about recovery and prioritize different methods. Rather than presenting new experimental data, it organizes existing concepts into a practical hierarchy—start with foundational basics like sleep, hydration, and low-intensity movement, then layer in more advanced tools such as compression, heat, cold, floatation, or red-light only when appropriate. The authors emphasize matching the recovery method to the specific stressor, staying within one’s scope of practice, and monitoring how athletes respond over time. Nutrition and psychological strategies are acknowledged but largely outside the scope here; the focus is on physical methods that can be sequenced around training and competition. They acknowledge that client perception, preference, and buy-in play a meaningful role—a recovery method that feels good or reduces stress for the individual may be more effective in real-world settings than a theoretically superior option they dislike or won’t consistently use.
Recovery according to the authors entails integrated physiological and psychological restoration. It is the body/brain’s process of restoring balance, repairing tissues, and resetting systems after stress so you’re ready to perform again.

TITLE: Understanding Recovery: Practical and Technological Strategies for Coaches
PUBLICATION: Strength and Conditioning Journal
DATE: October, 2025
AUTHORS:Kraemer, William; Nitka, Mike
Recovery: The authors of this paper define recovery as integrated physiological and psychological restoration. It is the body/brain’s process of restoring balance, repairing tissues, and resetting systems after stress so you’re ready to perform again.
Metabolic vs. thermoregulatory recovery: Replacing energy/repairing tissues vs. returning body temperature/heat balance to normal.
Pneumatic compression: Air-inflated sleeves that rhythmically squeeze limbs to enhance venous/lymphatic return.
Cryotherapy/CWI: Using cold water or very cold air to manage temperature and reduce soreness—timing is critical.
Contrast water therapy: Alternating hot/cold immersions—good for short-term relief more than long-term adaptation.
Float-REST / Dry float: Sensory-reduced floatation environments that promote relaxation and perceived recovery; evidence is emerging.
Photobiomodulation (red/near-IR light): Targeted light that may reduce inflammation/fatigue when dosed properly.
Static stretching: Holding a muscle at length (no bouncing) to maintain or improve range of motion after training.