Freddie Roach On The Heavy Duty Sweatsuit

Freddie Roach On The Heavy Duty Sweatsuit

Hall of Fame trainer Freddie Roach owns and operates the Wildcard Boxing Club. He also trains his fighters at the Wildcard. Roach fought as a pro himself out of Las Vegas with Eddie Futch ending his pro career with a record of 41wins and only 13 losses. Upon retiring as a professional boxer in ’87-‘88, Roach began working alongside Mr. Futch and eventually began training fighters on his own – his first World Champion was Virgil Hill. Freddie Roach has since gone on to train and produce a total of 17 World Champions. Roach has also been honored as Trainer of the Year in 2003 by the Boxing Writers of America and has been inducted into the World Boxing Hall of Fame, the New England Boxing Hall of Fame, and most recently the California Boxing Hall of Fame. Freddie Roach continues working as one of the most sought after trainers in the world and looks to add to his already long and impressive list of World Champions.

“I recommend the Sweat Suit to all my fighters.” Freddie Roach – Boxing Hall of Fame Trainer, Voted P4P Top Boxing Trainer in the World.

The Heavy Duty Sweatsuit is our best selling sauna suit that uses your natural body heat that is generated from any type of physical exercise to increase perspiration during training. The increase in your body temperature due to the sauna effect the sweatsuit creates helps increase your calorie burning. This enables you to maximize the weight loss in your workout and in certain circumstances doubling or tripling your workout results. The entire body is stimulated through perspiration therefore helping to rid the body of excess water weight gain and helps melt away unwanted body fat. The sweatsuit is used from top professional sportspersons in boxing, rugby, bodybuilding, horseracing jockeys to the everyday person.

This really is a great sweat suit!.

Available in S/M, Large, XLarge, XXLarge and NEW XXXLarge.

You can buy one from us Here

Our Sweat Suit Design

Our Sweat Suits are designed to ensure minimal air flow is allowed in or out of the suit creating a rise in temperature within the Sweat Suit known as the “sauna effect” hence the suits are also referred to as Sauna Suits. Wearing the Sweat Suit in any form of physical activity will cause an increase in your body temperature causing your body to sweat.

The Science behind Sweat Suits

The misconception amongst people is the Sweat Suit will only help lose water weight. It is true the Sweat Suit will help lose water weight and this can be a great benefit to those that hold excess water weight but the Sweat Suit does so much more to battle weight loss.

The Sweat Suit accelerates weight loss during exercise by increasing your metabolic rate. This means not only does exercising in the Sweat Suit require more energy but the Sweat Suit stimulates your body to burn fat. This means that instead of using carbs or muscle tissue, fat is the fuel of choice, meaning you lose weight in an effective manner. It is fact that exercising in the heat really can “burn off” the pounds.

More Sweat Suit Use = More Sweat

The fitter and better acclimatised you become to exercising in warm conditions, the more readily you sweat due to better thermoregulation. This is great for athletes using the Sweat Suit to acclimatise to hotter climates and also means the more often you use the Sweat Suit the more you will sweat.

Losing Fat while you Rest

During the hour or two after exercise in the Sweat Suit, you continue burning calories faster than normal as your body pays of the oxygen debt, replenishes its energy reserves and repairs muscle tissue. The longer and more intense the work out in the Sweat Suit, the greater this “after burn” will be. This post exercise increase in Resting Metabolic Rate (RMR) is called the excess post exercise oxygen consumption or “after burn” and comes chiefly from the body fat stores.

Increases Health and Well Being

Sweating has proven its effectiveness in flushing out toxins and disease and maintaining optimal physical as well as mental health. Sweating helps the body cleanse itself and replace older dead cells and also sweat clears bacteria out of surface layers of the skin. The process of sweating helps improve circulation from the blood vessels, and gives the skin a fresh look and feel. It also helps to remove toxins from our body and other minerals and chemicals our body might have absorbed from the environment or from food or drink we’ve ingested.

Don’t just take our word for it

Here is an article written in 2010 by leading Elite Sports Nutritionist Freddy Brown currently working with Professional Rugby Clubs, having supported Great Britain Wrestling Team, Great Britain Boxing Team and a host of professional boxers. Freddy is currently working for the Rugby Football Union’s head nutritionist under his Perform and Function banner.

Benefits of Sweats Suits by Elite Sports Nutritionist Fred Brown
Sweating Down – Rationale for “turning up the heat” in training
Firstly it should be said that, as with many strategies in boxing, there is a compromised to be reached between the advantages that may be gained by achieving a certain weight, physique, and body composition, compared with the negative impacts these may have on our performance and health. Undoubtedly dehydration impairs athletic performance (as little as 2% bodymass), as well as concentration and cognitive function. Indeed a recent fMRI study showed that dehydrating 3 kg (modest by the standards of many boxers) can reduce the volume of fluid around the brain by as much as 30% (Dickson, et al., 2005). I am not yet aware of any studies that indicate how efficiently this brain fluid is replenished when we rehydrate. However, there is method to this madness. Here are some of the reasons some may choose to “dry out”…

Size Matters
Amateur boxing rules aim to prevent disparities on club shows over 2kg; that’s how much size matters! When one considers that lean mass (ie our muscle) is 74% water, you can see how feasible it is to artificially “make a weight” far below your natural size. In addition, carbs in the muscle are stored with an excess of water in a ratio of 3:1 (Mackay, 1932). This means that when fully “carbed up” your muscles and liver may hold up to an additional 500g of carb and 1.5L of water – a total of 2Kg. This is on top of normal cellular hydration. If you’ve sweat-down as well, you can see how fighters like Ricky Hatton can pile on 6-8Kg in the 24 hr between weigh-in and fighting.

Killer Calorie Control
Exercising in the heat really can “burn off” the pounds. For example, populations in tropical climates often have a basal-metabolic rate 5-15% higher than those in cooler climates (Henry, 2005). Observations are frequently made that, for exercise carried out at the same power-output (e.g. running at a predefined speed), an increase in temperature can increase energy expenditure by over 5% (CONSOLAZIO, 1961; Pugh, Corbett, & Johnson, 1967). This is often a whole weight-category (ie the difference between welter and light-welter). This is thought to happen by a process called cardiovascular drift. Your blood-vessels relax in order to dissipate the extra heat, meaning your heart has to beat faster to maintain the flow to your muscles – even though your running-speed/exercise intensity may be the same.

Effective Fat-Fighting
Not only does exercising in the heat require more energy and so help with energy-balance, but the it stimulates your body to burn fat (Cheung & McLellan, 1998). This means that instead of using carbs or muscle tissue, fat is the fuel of choice, meaning you lose weight in an effective manner.

Train hard, fight easy!
This mantra favoured by old-school boxing coaches has some “real weight behind it” when it comes to physiological adaptations. Training in a depleted state is known to enhance adaptations to endurance training, while “heat shock proteins” released in training at high temperatures are known to switch on genes involved in aerobic and anaerobic fitness adaptations and to impact on inflammation (Morton, Kayani, McArdle, & Drust, 2009). Training in these conditions will decrease the subsequent negative effects of inflammation and muscle break-down (Morton, et al., 2009), meaning that if you suffer in the short term, you’ll be a cool, calculating fighter come fight-night.

Freddy Brown is an Elite Sports Nutritionist currently working with Professional Rugby Clubs, having supported GB wrestling, GB boxing and a host of professional boxers. Currently working for the RFU’s head nutritionist under his Perform and Function banner.

Cheung, S. S., & McLellan, T. M. (1998). Heat acclimation, aerobic fitness, and hydration effects on tolerance during uncompensable heat stress. J Appl Physiol, 84(5), 1731-1739.
CONSOLAZIO, C. S., R; MASTERSON, JE A. (1961). Energy Requirements of Men in Extreme Heat. Journal of Nutrition, 73.
Dickson, J. M., Weavers, H. M., Mitchell, N., Winter, E. M., Wilkinson, I. D., Van Beek, E. J., et al. (2005). The effects of dehydration on brain volume — preliminary results. Int.J.Sports Med., 26(6), 481-485.
Henry, C. (2005). Basal metabolic rate studies in humans: measurement and development of new equations. Public Health Nutrition, 8(7a), 1133-1152. Mackay, B. B., M. (1932). THE RELATION BETWEEN GLYCOGEN AND WATER STORAGE IN THE LIVER
Morton, J. P., Kayani, A. C., McArdle, A., & Drust, B. (2009). The exercise-induced stress response of skeletal muscle, with specific emphasis on humans. Sports Med, 39(8), 643-662.
Pugh, L. G., Corbett, J. L., & Johnson, R. H. (1967). Rectal temperatures, weight losses, and sweat rates in marathon running. J Appl Physiol, 23(3), 347-352.

Sweat Suit Advice

A sweatsuit is sometimes referred to as a sauna suit or Vinyl Suit, they are very popular with boxers and its main objective is to aid weight loss by increasing the temperature of the body, which in turn
encouraging sweating and speeding up the burning of energy (calories).

The main advantage of the sweat suit is to maximize the effect of the exercise, working you harder, the suit causes the build up of body heat and an increase in sweating that makes the body react as if it were getting a much tougher workout than it actually is. This in turn makes it possible to have a comparatively short and sedentary exercise workout, but for that workout to have the same beneficial effects as a much tougher and longer session.

The overall result of any activity performed whilst wearing a sweat suit is the loss of weight and this loss comes from water loss and calorie burning, both of which are good for the body and the scales.

These suits normally have elasticized necks, cuffs and trouser bottoms to retain heat and moisture. They are lightweight and offer very little restriction to movement, but they do make the body feel warm very quickly wearing a sweatsuit will make your exercise more uncomfortable and you very hot and sweaty, even though the exercise performed in the suit may be quite light. It is always necessary to take a shower or a bath after performing any exercise in a sweat suit.

Much of the weight you lose from wearing a sweatsuit is from sweating and water loss, but the work out session will be harder you should be to replace 100% sweat loss during exercise. If you’re performing high intensity exercise, a sweating rate may be between 1-2.5 litres per hour when it’s hot. While it’s not really realistic to consume more than a litre per hour, it’s best to minimize dehydration as much as possible.

You can purchase a sweatsuit from here

To avoid Dehydration please read the article below

J Starsky


Dehydration is bad for you and your work out! you’re just about to start off on
a long training session. But if you want to make it to the end in the best possible condition and with the maximum training benefit, you need to be thinking of drinking long before you feel thirsty.

What is dehydration?

During high intensity exercise, the watery part of your blood – the plasma volume – decreases as you sweat and the concentration of substances such as sodium, chloride and glucose in your blood
increases. In an effort to keep the right balance, known as homeostasis, your body triggers a cascade of physiological processes to try and maintain cardiovascular function for the exercise you’re
doing. For instance, your heart beats faster, blood flow increases and your breathing quickens. Then, as your body temperature rises, you sweat more to cool down.

Dehydration is a downward spiral, which is made faster by a hot day, hard training or insufficient fluid intake, and since you also need water to absorb carbohydrates and electrolytes from your digestive tract, exhaustion is the natural consequence.

A much more subtle cause of dehydration – but with the same result – involves our adrenal glands, known as the stress glands, which sit on top of our kidneys. These produce various hormones including cortisol, adrenalin and aldosterone. Aldosterone helps control sodium, potassium and fluid levels. The problem is that under the stress of ongoing, intense training sessions or long run’s without sufficient recovery, levels of aldosterone can fall, and as they do, sodium levels in the blood drop too. The knock-on effect is that the body pulls sodium and water from surrounding body tissue into the blood to maintain balance, leaving the cells dehydrated and sodium deficient.
The result? Apart from craving for salt and vinegar crisps or other salty snacks, again it’s fatigue, poor performance and potential burnout.

Fluid needs for Exercising
In general, we need to drink about two litres of fluid a day to be properly hydrated. However, it’s quite likely that exercise will increase our fluid needs. The more you sweat, the more you need to drink to replace the lost fluid. Some people naturally sweat heavily, but even small losses can cause fatigue. Plus, the fitter you are, the more effectively you keep your body cool – so the more you sweat! Training harder, running longer or exercising in hot and humid surroundings will also make you sweat more.

How much is enough?

Since we all have different sweat rates, different exertion levels and training lengths in varied conditions, there’s no set rule for hydration volume. So the answer is a frustrating ‘it depends’.

Even slight dehydration, such as a 1-2% loss in body weight (or 640-1600ml in an 80kg fighter) can have up to a 20% negative effect on performance, according to research. A loss of just 2% in your body weight may affect your ability to exercise; a 4% loss can cause exhaustion. If you’re competing, for every 1% drop in body weight there’s about a 5% drop in performance

Crucially, don’t wait until you’re thirsty to start drinking. You need to drink regularly enough during the day to prevent the subtle signs of dehydration, becoming evident (thirst, headache, growing
fatigue, irritability, inability to concentrate and so on).

Current fluid replacement guidelines advise that the goal should be to replace 100% sweat loss during exercise. If you’re performing high intensity exercise, a sweating rate may be between 1-2.5 litres per hour when it’s hot. While it’s not really realistic to consume more than a litre per hour, it’s best to minimize dehydration as much as possible.

Drinking too much has risks of its own and can lead to hyponatremia, which is a dilution of sodium levels, and something you might want to watch out for.

The only accurate way to determine exactly how much to drink is to record your nude body weight before and after exercise or training session, taking into account whatever you drink during your workout. So if you lose a pound (453ml) during a exercise session, you should drink at least that much extra in future sessions of the same intensity and in similar conditions.

A good way to monitor your hydration state is during, or before any training session, is to look at urine colour and smell – ideally it should be light yellow and clear in appearance, with no distinctive
smell! In practical terms, always take in fluid at regular intervals during and after your workout ends.

Sports Drinks

Water on its own is a poor rehydrator because it dilutes the concentration of sodium too much in the blood, reducing thirst before you are truly hydrated and affecting cell function. Conversely, a
sports drink containing sodium will stimulate thirst and help maintain the desire for drinking.

Your drink is not just about hydration though, it’s one of the best sources of riding fuel too. If you’re exercising for over an hour you need carbohydrates to restock glycogen levels in your blood to feed
your muscles and brain.

Where you need to sustain fluid levels and maintain performance, opt for a drink where the carbohydrate composition is low (below 7%). Some research also suggests that protein, which could be in the form of L-glutamine or branch chain amino acids (BCAAs) in sports drink may
assist endurance training and reduce breakdown of muscle mass.

Avoid carbonated and high carbohydrate drinks as these will be emptied more slowly from the stomach and slow down rehydration.

Which fluid?
Which fluid you opt for depends on how hard you exercise, and for how long. However, choose a flavour you like to encourage you to drink more. If you’re exercising at a low-to-moderate intensity for less than an hour, then water is great. If you find it difficult to drink large quantities of plain water, try adding some juice or squash, which will also provide you with some carbohydrates to help restock glycogen stores and add a pinch of salt.

Staying Fluid

An hour or two before your exercise, drink 500ml of water or sports drink.

Plan to take in between 150-300ml every 15-20 minutes if your session lasts more than 1 hour.

If your exercise session lasts 1-3 hours, you need to consume 30-60g carbohydrate every hour. This equates to at least 500ml sports drink with 7% carbohydrate solution.

Aim to replace fluid losses as completely as possible after exercise.

For events of more than three hours or in hot weather, including sodium is essential – so checks labels and look for between 20-40mmol/litre NaCI.

If you like energy gels, check the labels – you can get isotonic ones, avoiding the need for additional water, but you’ll still want to check your overall fluid levels for long Run’s or training sessions.

After exercise
How much fluid you need depends on how much you lost, but you’ll probably need at least 500ml. Try to drink 1.5 litres of fluid for every kg of weight lost during exercise, or keep drinking until you pass light-coloured urine.

Alcohol and Exercise
Although alcohol in moderation is fine, it’s not a good idea to drink it just before exercise as it has a detrimental effect on co-ordination skills and exercise performance and also
increases injury risk. You also need to rehydrate properly before drinking alcohol after running – alcohol can cause dehydration and slow down recovery from injury.

Drink Jargon

Isotonic Useful if exercising for more than 1 hour. Contains fluid, electrolytes and 6-8% carbohydrate. Some products will have additional vitamins and minerals too, for example Lucozade Sport, SIS GO or Powerade. Some are too low in sodium for very intense training or rides, or during hot weather. Often people find that drinks based on maltodextrin and fructose are more easily tolerated on the stomach than those based on sucrose. Many sports drinks come as powders, so
you can make them up to your own concentration. Look for sachets that you can pack with you and then mix with water when needed.

Alternatively you can easily make up your own isotonic drink by diluting 200ml orange squash with 1 litre of water and adding a pinch (1g) salt.

Hypotonic More dilute and may contain electrolytes but with lower levels of carbs.

Hypertonic High levels of carbohydrates and some will also contain protein – popular in endurance training to prevent carbohydrate depletion. Those based on glucose polymers provide more fuel and are less sweet, but should be used with isotonic drinks to ensure adequate

As always you should get doctors advice before under taking any new exercise resumé and seek professional advice for your training needs. This is intended as a help full guide to point you in the right direction with your training. It is for educational and resource purposes only. It is there to help you make informed decisions about fitness training. It is NOT a substitute for any advice given to you
by your physician.

Before adhering to any Sugar Ray’s information or recommendations you should consult your physician. Please understand that you are solely responsible for the way information on the Sugar Ray’s website is perceived and utilized and you do so at your own risk.

In no way will Sugar Ray’s or any persons associated with Sugar Ray’s be held responsible for any injuries or problems that may occur due to the use of this website or the advice contained within.

J Starsky

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