How Long and How Cold Should Your Ice Bath Be? Cold Plunge Tips Based on Science
We unravel the minimum effective dose for cold plunge including how cold and how long should your ice bath sessions be
How long and how cold should your ice bath be?
Whether you are new to cold plunge or experienced with taking ice baths for things like improving exercise recovery, mental health, weight loss and increasing mental resilience, the question of “how long should I stay in the ice bath” and “how cold should an ice bath be”, might still be unanswered.
We have been writing about hacking your health with ice baths for years now, and the benefits of ice baths are well and truly out there, with new research and studies coming out regularly, giving us more reason to expose the body to the cold.
In this article, we will cover a few basic ways to get the most out of your cold plunge session and answer important questions about cold plunge like the best temperature for ice baths, the best time to cold plunge, how to breathe during an ice bath, and how long to spend in an ice bath.
The rise in using cold plunge for accessing better health has become a more mainstream approach, thanks to people like Wim Hof, Dr. Andrew Huberman, Joe Rogan, Dr. Rhonda Patrick, Susanna Soeberg and more promoters and experts chiming in on the benefits of cold exposure.
After exploring cold plunge as a recovery protocol and following and researching the many benefits of taking an ice bath, we have some cold plunge tips to get the most out of your next ice bath session.
See the Best Ice Bath Tubs for Cold Plunge in 2024
Why Take a Cold Plunge?
We have gone into detail about the various benefits of cold plunge in other articles the scientific backing for exposing the body to the cold is strong and expanding.
Some of the main benefits of ice baths and the reasons I ice bath at least 3 times per week include:
Cold water exposure causes massive release of norepinephrine which regulates mood and can help regulate anxiety and depression
Shivering and non-shivering thermogenesis from cold plunge can improve metabolic health and burn calories for improved body composition and weight management
Vasoconstriction of the blood vessels can help reduce inflammation and swelling which can in turn reduce pain and improve recovery time
Cold exposure can activate the vagus nerve and promote the activation of the parasympathetic nervous system or ‘rest and digest’ state, reducing stress and increasing relaxation
Ice baths encourage the activation of brown fat which can improve mitochondrial function and increase energy levels
Ice baths can help improve sleep cycles by promoting relaxation
Cold plunge can assist in developing mental resilience in order to overcome challenges in other areas of life
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How Long To Stay In An Ice Bath
Based on the latest research, the minimum effective dose to achieve the benefits of ice baths is 11 minutes over the period of a week, spread out in smaller session of 2-4 minutes.
Yes, if you are already conditioned to the cold and exposing the body to extreme cold temperatures, then 11 minutes of cold plunge over a week may seem insignificant to you. It is also important to remember that the length of time you spend in an ice bath should be guided by the temperature of the water you are setting your ice bath to.
Studies conducted by Soerberg et al 2021 suggests that the ideal exposure parameters for a cold plunge is to fully submerge your body up to the neck in water below 15 degrees Celsius or 59 degrees Fahrenheit. Soeberg says that this is enough to have a positive impact on metabolic function.
The length of the time spent in an ice bath should also be adjusted according to the temperature of your cold plunge. For example, some of the ice bath tubs we have tested out, can reach temperatures of close to zero degrees Celsius. When taking an ice bath temperatures 10 degrees Celsius and lower, you can adjust your exposure time to whatever length of time suits your level of conditioning.
For a cold plunge novice, 30 seconds exposure in an ice bath of 3-5 degrees Celsius exercising slow and controlled breathing would still promote benefits associated with cold exposure. Much like adapting to a cold climate over time, if you regularly ice bath, you will become more conditioned to the cold temperatures and may require, and be able to withstand, exposures of 5-10 minutes in the same temperature. Adjusting your exposure time and temperature according to you individual level of cold conditioning is essential.
What Temperature Should An Ice Bath Be?
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The ideal temperature range for ice baths is between 10-15 degrees Celsius or 50-60 degrees Fahrenheit, according to research. Again, it is important to establish your base levels of cold tolerance if you are new to cold plunge as cold plunge should be approached from an individual level.
When I first started taking ice baths, a 3-5 minute cold shower at 15 degrees Celsius was enough to achieve some noticeable cold exposure benefits relating to increased alertness, focus, energy and mood boost.
As I progressed and became more conditioned to the cold, I found that exposures of 2 minutes at 10-12 degrees Celsius submerged up to the neck was a challenging yet achievable temperature to accumulate 15-20 minutes per week of cold exposure.
Now, I aim for temperatures of 5-8 degrees Celsius with exposure lengths of 2-3 minutes long, taking 3-4 of these exposures per session or per week. Although the experts like Susanna Soeberg, can’t really confirm the exact threshold of temperature where we start to experienced the benefits, it is more important to practice habituation of cold plunge and base your ice bath temperature and length of time in the cold plunge on your base level of cold conditioning.
Getting the water to the desired temperature for cold plunge is an easier task when you are working with an ice bath tub that has its own built in chiller unit that allows you to set the temperature of the cold water to the degree, like the Cold Plunge, Stoic Ice Bath Australia or Polar Monkeys Ice Bath. These types of ice bath tubs are a plug-and-plunge type of setup and generally give you ice cold water on demand.
When using a more rudimentary ice bath tub that requires ice bags to cool down the water for each session, like the Ice Barrel, I would recommend investing in a floating thermometer like this one, so that you can set a more accurate ice bath temperature. In my experience, the Ice Barrel takes about 6-8 bags of ice to get the tub down to about 10-12 degrees celsius which is where I like to set most of my cold plunge sessions.
For similar inflatable ice bath tubs or steel tubs for cold plunge, the best method for maximising the ice bags is to first fill the tub with water 3/4 full, then add your ice, saving 1-2 bags for re-cooling if you are doing multiple rounds of cold plunge, letting the ice sit for a few minutes to really cool down the water. Throw your thermometer in for an accurate and measured approach. By setting a clear ice bath temperature, you will be able to recognise when you are becoming more adapted to the cold and start to decrease the temperature to keep reaping the benefits.
When Is The Best Time To Do An Ice Bath?
Knowing the best time of day to take an ice bath is important to get the most out of the practice and understand the physiological effects of cold plunge. According to experts, the ideal time to do an ice bath is in the morning, taking advantage of the large spikes in norepinephrine from ice baths that causes increased in focus, attention, mood and energy.
Taking an ice bath within 30 minutes of waking is a practice that can be used as an alternative to caffeine, giving a strong dopamine boost without the crash associated with caffeine.
It is also important to determine the main reason you are practicing cold plunge in the first place. When taking ice baths for recovery from exercise, it is more beneficial to minimise the time between your activity, effort or race and getting into the ice bath. For optimal recovery after a cardiovascular based or endurance style activity like running or cycling, taking an ice bath within 24 hours is best, to take advantage of the benefits of minimising swelling, inflammation, and pain.
In terms of taking ice baths close to bedtime, I generally avoid this. It is true that sleep experts like Matthew Walker discuss the benefits of lowering the core body temperature at bedtime to promote more efficient transition to sleep, but this does not apply to taking an ice bath.
Despite the fact that ice baths initially lower core body temperature, because the body is constantly attempting to return to a natural resting temperature, we experience somewhat of a rebound effect in our temperature after cold plunge that results in the body heating itself back up. This temperature rebound is not ideal to promote sleep, so it is best to avoid ice baths before bed or close to sleep.
Ice Bath Vs Cold Shower
Considering that 11 minutes per week is the sweet spot for ideal amount of time to spend in an ice bath, does the same apply for taking a cold shower?
While cold showers are great for people starting out on a cold exposure journey, if you really want to access the most benefits from cold plunge, it is best to fully expose and submerge the body up to the neck with cold water. While a cold shower will still give some degree of cold shock, especially if you live in a very cold climate, a cold shower does not give the same body coverage and consistency as a proper ice bath.
If a cold shower is all you have, sure, a 3-5 minute cold shower each morning exposing the head, neck, chest and back to cold water while controlling the breathing will still have a positive effect on mind and body.
Ice Bath Vs Sauna
When using recovery protocols, many people want to know what gives them the most value. The ice bath vs sauna debate, and which is better for recovery, is one that we have touched on in our other article.
The truth is, both ice baths and saunas are super beneficial for exercise recovery, sleep, mental health, body composition and more. Science tells us though, that ice bath are more beneficial when used within 24 hours of your activity, strain or exercise and far better for recovering from things like running, cycling, team sports and long endurance style activity or when your recovery window is short.
Sauna, on the other hand has been shown to be more beneficial for recovering from strength training, where ice baths may actually be detrimental, and can be used where a longer recovery window is available with the goal of adaptation from the exercise or training activity.
Frequently Asked Questions About Ice Baths
1. What is the ideal temperature for an ice bath?
The ideal temperature for an ice bath ranges from 10°C to 15°C (50°F to 59°F). This range is cold enough to effectively reduce inflammation and aid in recovery without causing excessive discomfort. Cold water immersion at these temperatures constricts blood vessels and decreases metabolic activity, which helps to minimize swelling and tissue breakdown following intense physical activity or injury.
Moreover, the cold temperature induces vasoconstriction, which reduces blood flow to the affected areas, thereby limiting the inflammatory response. This process can alleviate soreness and expedite the repair of muscle micro-tears, facilitating faster recovery between training sessions or competitions.
It's important to note that individual tolerance to cold temperatures can vary. Some athletes may find temperatures towards the lower end of this range (around 10°C or 50°F) to be more intense but still beneficial, while others may prefer slightly warmer temperatures closer to 15°C (59°F) for a more comfortable experience without compromising the therapeutic effects.
When preparing an ice bath, it's essential to use a thermometer to ensure the water temperature is within the recommended range. Adding ice cubes or cold water as needed can help maintain the desired temperature throughout the immersion period. It's also advisable to limit the duration of the ice bath to around 10-15 minutes to avoid prolonged exposure to cold, which could potentially lead to adverse effects such as hypothermia or skin damage.
In addition to cold water immersion, some athletes incorporate contrast water therapy, alternating between cold and warm water baths, to further enhance circulation and recovery. This method involves alternating between brief periods (typically 1-2 minutes) in cold water and warm water (approximately 38-40°C or 100-104°F) for multiple cycles. The contrast between cold and warm temperatures can promote vasodilation and vasoconstriction, improving blood circulation and flushing out metabolic waste products more effectively.
Overall, ice baths are a valuable recovery tool when used appropriately and in conjunction with other recovery strategies such as rest, hydration, and proper nutrition. Integrating ice baths into a comprehensive recovery regimen can help athletes and active individuals recover more quickly, reduce the risk of injury, and maintain optimal performance over time.
2. How long should I stay in an ice bath?
The recommended duration for an ice bath is typically between 10 to 15 minutes. This timeframe allows enough exposure to cold water for therapeutic benefits without prolonging the risk of adverse cold-related effects. During this period, the cold water immersion constricts blood vessels, reduces inflammation, and numbs nerve endings, providing relief from muscle soreness and accelerating recovery.
Prolonged exposure beyond 15 minutes can increase the risk of hypothermia, where the body loses heat faster than it can produce it. Hypothermia symptoms include intense shivering, numbness, confusion, and potentially life-threatening complications if not promptly treated. To mitigate this risk, athletes and individuals using ice baths should strictly adhere to the recommended time limits and monitor their body's response throughout the session.
It's important to note that individual tolerance to cold varies, and some may find shorter durations (closer to 10 minutes) more comfortable and effective, while others may benefit from slightly longer sessions within the recommended range. Using a thermometer to monitor water temperature and a timer to track immersion time can help maintain safety and consistency in ice bath practices.
After completing the ice bath, gradually warming up the body with layers of dry clothing or a warm blanket is essential to prevent a rapid rebound in core body temperature, which can stress the cardiovascular system. Additionally, hydrating with room temperature fluids and consuming a balanced post-recovery meal can replenish electrolytes and support muscle repair and recovery.
Athletes and fitness enthusiasts should consult with a healthcare professional or certified sports therapist to determine the most suitable recovery strategies, including the frequency and duration of ice baths, based on individual training intensity, fitness level, and overall health. Integrating ice baths judiciously into a comprehensive recovery plan can optimize physical performance, reduce injury risk, and support long-term athletic success.
3. How often should I take ice baths?
For most people, taking an ice bath 2 to 3 times a week is typically sufficient to reap the benefits of cold water immersion. This frequency allows the body adequate time to recover between sessions while promoting muscle repair and reducing inflammation. Regular use of ice baths can complement a well-rounded recovery regimen that includes rest, hydration, and proper nutrition.
Athletes or individuals engaged in intense training regimens may benefit from more frequent ice bath sessions, depending on their training volume, competition schedule, and recovery needs. These individuals often incorporate ice baths as part of their post-workout routine to accelerate muscle recovery, alleviate soreness, and prepare for subsequent training sessions or competitions.
However, it's crucial to listen to your body's signals and avoid overdoing ice baths, especially if you're new to cold water immersion or have underlying health conditions. Gradually introducing ice baths into your routine and monitoring how your body responds can help determine the optimal frequency and duration for your individual needs.
In addition to frequency, the timing of ice baths within your training schedule is also important. Many athletes prefer to use ice baths immediately after intense workouts or competitions to capitalize on the anti-inflammatory and pain-relieving benefits. This timing can help minimize the buildup of metabolic waste products in the muscles and support faster recovery.
It's advisable to consult with a sports medicine specialist, athletic trainer, or healthcare professional to develop a personalized recovery plan that includes ice baths. They can guide on incorporating ice baths safely and effectively into your overall training and recovery strategy, ensuring you derive maximum benefit while minimizing the risk of overuse or injury.
4. Can ice baths help with muscle soreness?
Yes, ice baths can help reduce muscle soreness by several mechanisms. The cold temperature of the water constricts blood vessels, which reduces blood flow to the muscles and limits the inflammatory response. This constriction helps to minimize swelling and tissue damage that can occur after intense physical activity or exercise.
Furthermore, ice baths facilitate the removal of metabolic waste products, such as lactic acid, from the muscles. Lactic acid buildup contributes to muscle fatigue and soreness, and by constricting blood vessels, ice baths assist in flushing out these waste products more efficiently. This process accelerates the muscle recovery process, allowing athletes and active individuals to recover faster between workouts or training sessions.
In addition to reducing inflammation and promoting waste product removal, the numbing effect of cold water immersion can provide immediate pain relief. This can be particularly beneficial for athletes who need rapid recovery to maintain performance levels or individuals managing chronic muscle soreness.
It's important to note that while ice baths are effective for reducing muscle soreness, their benefits may vary among individuals. Factors such as water temperature, duration of immersion, and individual tolerance to cold can influence the effectiveness of ice baths as a recovery tool. Therefore, athletes and fitness enthusiasts may need to experiment with different protocols to determine the optimal conditions for their specific needs.
Integrating ice baths into a comprehensive recovery strategy that includes rest, hydration, proper nutrition, and other recovery modalities can maximize their effectiveness. Consulting with a sports medicine professional or certified athletic trainer can provide personalized guidance on incorporating ice baths into your training regimen safely and effectively. This ensures that you derive the greatest benefits from cold water immersion while minimizing the risk of overuse or adverse effects.
5. Are there any risks associated with ice baths?
While ice baths can be beneficial for muscle recovery, they also carry potential risks that individuals should be aware of. One of the primary concerns is hypothermia, a condition where the body loses heat faster than it can produce it, leading to dangerously low core body temperatures. Symptoms of hypothermia include intense shivering, confusion, fatigue, and in severe cases, loss of consciousness. To mitigate this risk, it's crucial to limit the duration of ice baths and monitor your body's response throughout the session.
Another risk associated with ice baths is frostbite, which occurs when skin and underlying tissues freeze due to prolonged exposure to cold temperatures. Areas most susceptible to frostbite include extremities such as fingers, toes, ears, and nose. To prevent frostbite, ensure that these areas are adequately protected during ice baths and avoid direct contact with ice or prolonged immersion without breaks.
Additionally, ice baths can impose cardiovascular stress, especially if the water temperature is very cold or if the individual has underlying cardiovascular conditions. The cold water immersion can cause blood vessels to constrict, increasing blood pressure and heart rate temporarily. Individuals with hypertension, heart disease, or other cardiovascular issues should consult with a healthcare professional before using ice baths as a recovery modality to ensure it is safe for them.
To safely use ice baths as part of a recovery routine, it's important to follow recommended guidelines and protocols. Start with shorter immersion times (typically 10-15 minutes) and gradually increase exposure as tolerated. Use a thermometer to monitor water temperature and maintain it within the recommended range (10°C to 15°C or 50°F to 59°F). After the ice bath, warm up gradually with dry clothing and consider hydrating with warm fluids to aid in the body's recovery process.
Individuals who are new to ice baths or have concerns about their ability to tolerate cold temperatures should seek guidance from a sports medicine specialist, athletic trainer, or healthcare provider. They can provide personalized recommendations and help develop a safe and effective ice bath protocol based on individual needs and health considerations. By understanding the potential risks and practicing ice baths responsibly, athletes and active individuals can harness their benefits while minimizing the likelihood of adverse effects.
6. Should I warm up before taking an ice bath?
It's a good idea to cool down with light activity after intense exercise before taking an ice bath. This gradual transition from intense physical activity to rest and recovery helps to prevent a sudden shock to your system when you enter the cold water. Cooling down with light aerobic exercises such as walking or gentle stretching allows your heart rate and breathing to gradually return to normal levels. It also helps redistribute blood flow and metabolic by-products throughout the body, preparing your muscles and cardiovascular system for the subsequent cold exposure.
By cooling down first, you can optimize the benefits of the ice bath for muscle recovery and soreness reduction. The combination of post-exercise light activity followed by cold water immersion promotes vasodilation and vasoconstriction cycles, which enhance circulation and facilitate the removal of metabolic waste products like lactic acid from the muscles. This process aids in reducing inflammation and accelerating muscle repair, ultimately supporting quicker recovery between workouts or training sessions.
In addition to aiding physical recovery, cooling down before an ice bath can also contribute to mental relaxation. The transition period allows you to mentally unwind from the intensity of exercise, promoting a calm state of mind that enhances the overall therapeutic effects of the ice bath. This mental relaxation can further optimize the body's response to cold water immersion and contribute to a more effective recovery process.
Timing is key when integrating cool-down activities and ice baths into your post-exercise routine. Aim to begin your cool-down immediately after completing the main phase of your workout, gradually decreasing the intensity over 5 to 10 minutes. Once adequately cooled down, proceed to the ice bath, maintaining a mindful approach to ensure a smooth transition and maximize the benefits of both cooling strategies.
Overall, incorporating a thoughtful cool-down period before an ice bath is a strategic approach to enhancing recovery and minimizing the potential shock to your system. By practicing gradual transitions and listening to your body's cues, you can optimize the effectiveness of your recovery regimen and support long-term athletic performance and well-being.
7. Can everyone use ice baths for recovery?
Most healthy individuals can safely use ice baths as part of their recovery regimen, benefiting from reduced muscle soreness and accelerated recovery. However, it's essential to consider that ice baths may not be suitable for everyone, particularly individuals with certain health conditions. Conditions such as cardiovascular issues, including hypertension or heart disease, can pose risks when exposed to cold water immersion. The constriction of blood vessels and temporary increase in blood pressure and heart rate associated with cold water immersion can exacerbate these conditions, potentially leading to complications.
Another condition to be cautious of is Raynaud's disease, a condition characterized by narrowed blood vessels in response to cold or stress, causing reduced blood flow to fingers and toes. Exposure to cold water during an ice bath can trigger Raynaud's symptoms and potentially worsen the condition. Individuals with Raynaud's disease should avoid cold water immersion or consult with a healthcare provider before considering its use in their recovery routine.
Furthermore, individuals recovering from recent injuries, or surgeries, or those with open wounds or infections should also avoid ice baths or seek medical advice before using them. Cold water immersion can delay wound healing and increase the risk of infection, making it important to prioritize wound care and healing before considering ice baths as a recovery modality.
To ensure safety and effectiveness, it's crucial for individuals with pre-existing health conditions or concerns to consult with a healthcare provider, sports medicine specialist, or certified athletic trainer before incorporating ice baths into their routine. These professionals can provide personalized guidance, assess individual risks, and recommend appropriate modifications or alternative recovery strategies based on your specific health needs and circumstances.
For those who are cleared to use ice baths, it's important to start gradually, monitor your body's response, and adhere to recommended guidelines for water temperature, duration, and frequency. By prioritizing safety and seeking professional guidance when needed, individuals can safely incorporate ice baths into their overall recovery regimen and optimize their athletic performance and well-being.
8. Is it better to take an ice bath immediately after exercise?
Taking an ice bath soon after exercise can be effective in reducing muscle soreness and enhancing recovery by promoting vasoconstriction and decreasing inflammation. However, it's not always necessary to take an ice bath immediately after exercise. Research suggests that similar benefits can be achieved by taking an ice bath within a few hours post-exercise, allowing for a more flexible approach to recovery timing.
The decision of when to take an ice bath can depend on individual preferences, training schedules, and logistical considerations. Some athletes and fitness enthusiasts may find it more convenient or beneficial to delay their ice bath until they have access to appropriate facilities or after completing other post-exercise routines such as stretching or refueling with nutrients.
Delaying the ice bath by a few hours does not diminish its effectiveness. The key is to ensure that the timing aligns with your overall recovery goals and supports optimal muscle repair and recovery. For example, taking an ice bath later in the day or evening can still capitalize on the anti-inflammatory effects and muscle recovery benefits, especially after intense workouts or competitions.
It's important to note that while ice baths can aid in recovery, they are just one component of a comprehensive recovery strategy. Factors such as hydration, nutrition, sleep quality, and active recovery techniques also play crucial roles in supporting overall muscle recovery and performance improvement.
Ultimately, the timing of an ice bath should be tailored to individual needs and preferences, considering factors such as workout intensity, training volume, and personal recovery preferences. Experimenting with different timing strategies and listening to your body's signals can help determine the most effective approach to integrating ice baths into your post-exercise recovery routine.
9. What should I wear during an ice bath?
To maximize the effectiveness of an ice bath, it's advisable to wear minimal clothing, such as a swimsuit or shorts, to ensure maximum skin exposure to the cold water. This allows for better direct contact between the cold water and the skin, enhancing the therapeutic benefits of the ice bath.
Exposing a larger surface area of skin to the cold water promotes more efficient cooling of the body, which can facilitate quicker vasoconstriction (narrowing of blood vessels) and aid in reducing inflammation and muscle soreness. This direct contact also helps to distribute the cooling effects evenly across the body, ensuring that all muscle groups and areas of potential soreness receive the benefits of cold water immersion.
Moreover, wearing minimal clothing during an ice bath enhances comfort and mobility, allowing for ease of movement and flexibility while sitting or standing in the cold water. This can be particularly important for maintaining a relaxed posture and ensuring a comfortable experience during the immersion period.
It's important to note that the water temperature and duration of the ice bath should still be monitored and controlled according to recommended guidelines, regardless of clothing choice. Using a thermometer to ensure the water temperature is within the optimal range (typically 10°C to 15°C or 50°F to 59°F) and limiting the duration of immersion (around 10-15 minutes) helps to maximize safety and effectiveness.
After completing the ice bath, drying off promptly and changing into dry, warm clothing can help prevent a rapid rebound in core body temperature and facilitate the body's gradual return to normal temperature levels. Additionally, maintaining hydration by drinking fluids at room temperature can support the body's recovery process following cold water immersion.
By wearing minimal clothing and following proper guidelines for ice bath preparation and usage, individuals can optimize the benefits of this recovery modality as part of a comprehensive approach to muscle recovery and overall athletic performance.
10. How should I prepare for an ice bath?
To prepare for an ice bath, start by filling a bathtub or container with cold water. The ideal temperature range for an effective ice bath is typically between 10°C to 15°C (50°F to 59°F). You can achieve this temperature by gradually adding ice cubes or bags of ice to the water. Use a thermometer to monitor the water temperature throughout the process, ensuring it stays within the recommended range for optimal therapeutic benefits.
Before entering the ice bath, gather essential items to enhance your comfort and safety during and after the immersion. Have a timer nearby to track the duration of your ice bath session, as recommended durations typically range from 10 to 15 minutes. This ensures that you adhere to safe exposure times and avoid potential risks such as hypothermia or skin damage from prolonged cold exposure.
Prepare warm clothing, such as a robe or thick towel, to quickly cover yourself after exiting the ice bath. This helps to retain body heat and prevent a rapid drop in core temperature, supporting a smoother transition back to normal conditions. Additionally, having dry clothing ready allows you to change out of wet swimwear or minimal clothing promptly after the ice bath, minimizing discomfort and maintaining warmth.
It's also beneficial to create a relaxing and comfortable environment around the ice bath area. Consider dimming the lights or playing soothing music to promote relaxation and mental calmness during the immersion. This environment can enhance the overall experience and facilitate deeper relaxation, which is beneficial for both physical and mental recovery.
Lastly, maintain hydration before and after the ice bath by drinking fluids at room temperature. Cold water immersion can cause fluid shifts in the body, and adequate hydration supports the body's recovery process and helps regulate core temperature. By following these preparation steps and guidelines, you can safely and effectively incorporate ice baths into your recovery routine to promote muscle recovery, reduce inflammation, and enhance overall well-being.
Conclusion on Ice Bath Tips
Ice baths can be an extremely beneficial practice and people should aim to practice cold plunge at a temperature tolerable to your own level of cold water conditioning, and for a exposure time as much as can be managed.
The science tells us that the minimum effective dose of ice baths is 10-15 degrees Celsius for 11 minutes exposure per week spread over 3-4 sessions.
For beginners to ice baths, cold showers are a great way to test your base level of cold threshold, and adjust your length and temperature from there. Start slow and build up your tolerance to cold water and take a deliberate, mindful approach to ice baths.
Always ice bath with a partner and make sure that you have ready access to a means of heating the body back up safely.
People who suffer from heart issues are not advised to take ice baths and you should always take the advice of your doctor around taking ice baths. If you are already sick, it is best to wait for your body to recover from your sickness, cold and flu before adding more stressors to the body in the form of cold water.
