Welcome Newcomer (WIP)

Extenders are devices that use penile traction therapy to stretch the tissues in the penis. Overtime this will increase your size and allow you to obtain more length along with a little girth.

Vacuum Pumps are devices that use negative air pressure to increase the size of the inner chambers by filling them with more blood. Overtime this item helps to increase girth along with a little length.

Hangers are very similar in practice to the extender. However they use weights to help you grow! These are probably the oldest and most well known method of PE as more primitive forms of techniques are used from different cultures.

The growing tree example

Time

The amount of time you are using for your session/sets. Paramount for your session so you do not overwork your penis.

We can say this represents the leaves as the amount of hours reflects the time tracked.

Tension

The amount of force being applied by weights or by mechanical tension. This is predominately used for length work.

This can be represented as a pinecone as will pressure.

Pressure

The amount of negative pressure being used in the pump to create internal tissue expansion. Mostly used for girth work.

This can be represented as a pinecone as will tension.

Progression

The amount of effort needed for each session overtime. Steadily increasing the work when progress isn't shown.

This is the base or the trunk of the tree. Representing your growth overtime. With enough time and energy, you should see some growth!

Using the Tree.

Using the tree above as an example. Let's say your focus in girth and you only have about 1 hour a day to do the work. You would need to place a pinecone in between the time and pressure section. A healthy balance will be perfect for beginners.

With the time you add to your sprout, it will help the leave flourish. With the increase of pressure/tension, your pinecones will get bigger. With the constant amount of work you do, you will see your trunk grow. Another idea we can add to this tree would be the roots. This can be our rest and recovery. Are we getting enough sleep? Eating the right foods for growth? Maintaining our roots ( Pelvic floor)?

Ensure that you are taking the time to actively check your progression and track any and all methods being used.

Could you give an example?

A common phrase you will see in forums is time under tension. This can also be applied as time under pressure.

Understanding this can help you better craft your routine and track your routine with less stress. Starting out. Your work should typically start out fairly light and gradually increase overtime. To better understand this the amount of time you spend with enough applied force, will help you generate growth.

Increases overtime will help you slowly soldify these gains. This will take a lot of CONSISTENT work to see progress.

A basic routine for pumping would scale as:

3 minutes x 3 sets at 6 inhg for week 1

4 minutes x 4 sets at 7 inhg for week 2

5 minutes x 4 sets at 7-8 inhg for week 4

*It is best practice to cut the routine into sets under 8-10 mins as fresh blood is needed to stimulate growth. Modest breaks in between for 2-3 mins is ideal as you may need to spend time to get fresh blood back into your penis.

Using this example routine helps us determine how much time we are spending under pressure. As you progress you will need to increase your workload. Try to scale your routine weekly with increasing pressure steadily to reach 8 inhg or 27 kpa. (Only scale to 10 inhg or 33 kpa after 3-5 months.) Only scale when YOU feel comfortable enough to proceed. Safety is the most important part of PE.

Fine tuning your work can make or break your PE career.

To better understand I have listed some do's and don'ts below to follow...

Terminology you may encounter

Fatigue - The state in which your penis is when rest is needed. Will feel soft and should have some slight "ache" internally.

Overwork

PE - Penis Enlargement

EQ - Erection Quality 

EL - Erect Length 

BP - Bone-Pressed 

NBP - Non-Bone Pressed 

BPSFL - Bone Pressed Stretch Flaccid Length 

FL - Flaccid Length

FG - Flaccid Girth

MSG/MSEG - Mid Shaft Girth / Mid Shaft Erect Girth

MBG - Measured Base Girth 

FSL - Flaccid Stretched Length 

SFL - Stretched Flaccid Length

B/S - Base/Start 

C - Current 

G - Girth (The circumference of the penis)

L - Length (The length of the penis, straight out)

Tunica - The Tunica Albuginea (The tough outer sheath that limits growth)

CS - Corpus Spongiosum (The smaller chamber on the bottom)

CC - Corpora Cavernosa (The main internal chambers that fill with blood)

Do's

• Rest
• Eat the right foods; Vegetables, Fruits, Carbs, daily vitamins
• Exercise!
• Take your time when starting
• Start with minimal weight and pressures.
• Trust the process.
• Have a good mental head space before starting.
• BE CONSISTENT, keep going until you see progress

Don'ts

• Rush the process
• Start with aggressively high weights or high pressures
• Complicate the methods
• Eat an unhealthy diet
• Sleep poorly
• Become lazy or skip routine constantly
• Become hopeless when progress isn't made quickly.
• Do the work while sick or injured

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Example image above.

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1. Basic Structure

Glans: This is the head of the penis. It is filled with sensitive nerves.

Body: This is the main shaft.

Root: This is the base that connects to your body.

1. Surface Anatomy

Foreskin: This is the skin that covers the head (in uncircumcised men).

Frenulum: This is the small fold of skin that connects the foreskin to the head.

Corona: This is the ridge at the base of the head. It is very sensitive and should be handled with care.

1. Internal Anatomy (The Chambers)

Corpus Cavernosum: These are two cylinders on the sides. They fill with blood to create an erection.

Corpus Spongiosum: This is a sponge-like cylinder on the underside. It contains the urethra and stays softer than the other chambers.

Tunica Albuginea: This is the tough tissue wrapping the chambers. It determines how "stiff" an erection is and how easily the penis can expand.

Urethra: This is the tube where urine and semen come out.

1. Supporting Structures

Suspensory Ligament: This connects the penis to the pubic bone. It helps stabilize the penis during an erection.

Penile Bulb: This is the internal end of the spongiosum located near the base.

1. Blood Vessels

Arteries: These pump blood into the penis to create an erection.

Dorsal Vein: This is the large, visible vein on top. It drains blood away from the surface.

Deep Veins: These drain blood from the internal erectile tissues.

1. Muscles

Bulbospongiosus: This muscle helps empty the urethra of urine or semen.

Ischiocavernosus: This muscle helps maintain an erection by keeping blood trapped inside.

How an erection works.

Arousal triggers nerves to expand the blood vessels in the Corpus Cavernosum.

More blood flows in than flows out.

The internal chambers harden as they press against the Tunica Albuginea.

Trials from doctors and researchers.

Here is a published article review of some peer reviewed journal articles exploring PE. The authors conclude that penis extenders work and also have very low rates of complication. Please give this report a read and do your own research to form your own conclusions. We use this information from

• 2002 Study by Copi et al showed stretched penis augmentation physiotherapy in the ‘small penis’ treatment, showing a stretched penis augmentation of +1.8 cm (range +0.5 to +3.1 cm) after 4 months of use of a penis-stretcher device for at least 6 h/day.
• A recent prospective study showed that, after 6 months of daily use of the same extender device for ≥4 h/day, there was a significant gain in length, of 2.3 and 1.7 cm for the flaccid and stretched penis, respectively, but no significant change in penile girth was detected.
• In conclusion, penile extenders appear to be an effective treatment for patients who complain of ‘short penis’. The application of such devices can be recommended in all patients regardless of the penile length, because of the low risk of complications.

Here are some more medical phenomenon that can verify PE is real. Some links will be included. Some of this information is taken from the many PE forums.

• Megalophallus: It's medically documented proof that the tunica can dilate for massive expansion. Details here.
• Traction Therapy: Soft tissues elongate under tension, just like in surgical distraction epiphysiolysis.
• Gauging: Ear lobe stretching is a great analog for tissue dilation; unlike neck rings, which just displace the skeleton. (Something our partner Ben has mentioned before.)
• Cellular Growth: PE involves smooth muscle hyperplasia and hypertrophy, naturally supported by new nerves and blood vessels.
• The Signal: Mechanical stress triggers a specific molecular pathway that literally tells cells to grow.
• Tunica Remodeling: High pressure forces the tunica to expand, much like the Tunica Externa in an aortic aneurysm.
• The Data: Check this database for peer-reviewed studies on pumping and extenders.

Sexual Media is a lie

Quick breakdown of how foreshortening works in that context (Siphoned using AI):

• Visual Compression: It’s a trick of the Z-axis. When an object points directly at the lens, it appears shorter and much wider than its actual dimensions.
• The "Macro" Effect: POV shots use this to make specific features look massive, hacking the viewer’s sense of scale for better immersion.
• Anatomical Distortion: It creates a "power dynamic" in the frame—low angles make features look monolithic, while certain angles can make limbs look "stumpy."
• Lens Choice: Wide-angle lenses (like those on phones) crank this distortion to the max, while long (telephoto) lenses flatten the image for a more "true" scale.

Quick questions to answer before we begin.

Age, does it matter?

No, generally age does not matter when doing PE. With effort you should be able to grow at any age.

Race play any role?

No, race does not play a role. Many men all over the world do PE and grow. We are all human, so this is nonsensical.

What is my potential?

No one knows but you. You will need to do the research, learn the craft, and get to work! Be consistent with the work and take breaks to recover.

Can I smoke while doing this?

It is best practice to not smoke or indulge in alcohol as all these can hinder growth and repair for the body. Cigarettes have been known restrict blood flow. A key driver for growth.

See a wonderful site below to break your world view on penis size.

!!NSFW!!

UnravelingSize

!!NSFW!!

From this site, you will learn a lot about how women and men perceive sizes. This will show you that a lot of people DO NOT KNOW HOW TO MEASURE. A common epidemic around the world. You may be bigger than you assume or may have the number incorrect. Give this a read and report back!

Extenders

What is it?

The primary mechanism is mechanotransduction. By applying a steady "traction" (pulling force) over a specified number of hours a day, the device creates microscopic tension in the tissues of the corpora cavernosa and the surrounding tunica albuginea.

Former types of extenders were used to get us to this point in history where we can use very high quality varible tension extenders. Those being noose type, sled types, and vacuum cup.

The one we sell is a high tension vacuum cup/Compression extender used by many in the space.

The HPE or Hog extender uses high tension springs and an easy to use thread for even the most virgin PE users. (On website you can get alternate colors such as purple, green, blue, etc.)

The brand is beloved by many in the space as a simple and affordable option that has no added fees or gimmicks.

How to use

Using your device will be simple. For a step by step guide we will include a visual demo fairly soon.

To use the device it will require you use a vacuum kit or male hanger set up. Depending on which method you use won't change how you gain, but will offer a different experience.

For how to put on a full vacuum kit: How to guide for taping with vacuum cup

For how to put on the male hanger: How to guide for Malehanger

Pre work for session:

Pre work is important as it can be ideal to get the tissues prepped and ready. Simply doing some massages or applying a warm towel over the penis can help to improve your sessions. (Stick with modest temperatures, high heat can cause blisters to become more prevalent on skin.)

Application of the cup:

After you have got pre work out of the way, see the guides above on what steps to take for getting the device ready.

Session start:

Before applying the device on the hook, lightly and slowly pull the cup or hanger to ensure you will not slide out of the cup or feel any pain.

Start at the lowest threading on the extender and slowly rise up with the threads until you hit 5 lbs. This is a bare bones start and should get you accustomed to the sensation of the device.

There should be no pain AT ALL.

You should feel tension in the shaft or at the base of the penis. If none is felt raise the weight up slowly to 6 lbs. This being the max we ask new guys start with. Simply wait with the given tension for around 5 mins and unhook the device and take a 2 min break. Then do it again for about 2 more sets and conclude your first session.

To remove the tape from glans, apply some oil or lotion and let sit for a few minutes. Run some warm water over the tape and slowly remove by applying your finger on the skin and peeling the tape off gently.

After your session:

Welp, you did it. Congrats!

Now that you concluded the first session with the extender with the vacuum/compression kit you will now have the basic knowledge to start your journey.

It may take some time for you to become entuned with the process of setting up, but overtime your work will bear fruit, gains will be made!

So, get to work sprout!

Types of extender methods

High tension method:

The new trending method used by many in the space, but is often risky for new guys as this requires a lot of conditioning of the glans.

• Typically best for more advanced users when it comes to extending.
• Best for short timed sessions.

Low tension method:

Old form of extending which has been backed by research. Still used today for those who prefer a sit it and forget it methodology. While it is ideal to take breaks and check for any issues, this is fairly low effort and causes less issues.

• Best for guys who don't want deal with to many issues.
• Best for longer timed sessions.

Combo method:

A combination of high and low tension extending. Fairly easy for most to use as it will give you the best of both worlds.

Dos and don'ts

Do your dilegence when using the decive. Take breaks, watch for pain, stop sessions when any issues arise!

Do you part in taping for safety! Taping is tedious, but overtime you will thank yourself for never getting injuries from much more riskier methods.

Don't overdo it! Do what is needed if it is high tension, do what is reasonable if it's low. Give your little man a break.

Don't forget to track your progress! Track your progress periodically. You will enjoy the growth as time goes on!

Simple routine to do

Low tension method for beginners:

Warm up and get your penis suited up.

Starting at the lowest threading, raise it up until you get to 3-5 lbs and hold for 10 mins. If any pain is felt. STOP.

3-4 sets of 10 mins at 3-5 lbs with 2 min breaks in between. Only add more sets after first week. 6 lbs being max after 4 weeks of progress.

High tension method for beginners:

This method should be done after first getting low tension completed

Warm up and get your penis suited up.

Starting at a lowest threading, slowly scale up until you reach 6 lbs. Hold for 1 minute, then unhook and wait for 1 minute. Do this for about 10 - 15 sets starting off.

10-15 sets of 1 minute at 6 lbs. 1 minute breaks. Only increase weight each week. Max at 8-9 lbs slowly.

Hangers

What is it

Compression hangers are a form of gravity-based traction. Instead of using a frame (like an extender) to push against the body, a hanger uses a clamping like mechanism to attach a weight to the glans or shaft.

Can be used with extenders as a way to avoid being constantly in a pressurized environment to avoid blisters. While it is best to just use the extender or compression hanger seperately, it still works together.

How to use

Getting it on:

Thanks to our wonderful partner Malehanger, a how to guide can be found on their website with a video guide.

A how to guide for how to apply the device --> https://malehanger.com/how-to

Dos and don'ts

All things will be covered in this file: --> Full file on how to use and what steps to take!

Simple routine to do

Here is a perfect site guide as well --> Routine guide for using the Malehanger

As per Ben's instructions for the first week:

"Routine for Weeks 1-2

Monday: 2.5lbs one set 20 minutes.
Tuesday: 2.5lbs one set 20 minutes.
Wednesday: 2.5lbs one set 20 minutes.
Thursday: 2.5lbs one set 20 minutes.
Friday: 2.5lbs one set 20 minutes.

This is how you will hang your first two weeks. Take the weekend off if you want to. If you feel like hanging on the weekend and your life permits it, there is no harm in doing so. One of the great things about the Malehanger program is convenience! It takes so little time to do your penis weight hanging, there is never an excuse to not hang. Weeks three and four, you will up your weight to 4lbs."

Hand methods

What is it

This method will use your hands to simulate methods used by devices such as extenders and hangers. While it is not as effective in the short term, with constant work you can still yield gains from these techniques.

A few methods include:

Directional Stretches (Left, Right, Up, Down, Straight Out) - Ok grip pulling just below the glans. Using the directions left, right, up, down, straight out.

Captain Morgan Stretch - Using the same grip as mentioned, you will lift on leg and place on a chair. Grabbing your penis in the same grip and stretching it over your leg.

Between the cheeks - Just like the previous method, but this can be done seated or standing. Difference is no lifted leg.

Base Stretch - With one hand using the OK grip, grab at the base of the penis and slowly pull until you feel a stretch at the base of penis. Do not do this aggressively.

A-Stretch - Taking the steps mentioned before with the ok grip. Place your penis over the wrist of your freehand and pull down slowly. This adds some extra tension in the penis shaft.

⠀

How to do this method

With the ok grip, lightly grab under the glans with minimal pressure and slowly pull out. You should feel a slight bit of tension in the shaft or at the base. Place another ok grip at the base. This will prevent any growth with something we refer to as turkey neck.

Ensure that you are not yanking or pulling with aggressive effort as this will trigger issues for your penis.

With this first gesture you have performed a 'straight out' stretch. You can go to the left and right, as well as up and down. These are directional stretches. Easy and simple to perform and often used in tandem with other methods.

Dos and don'ts

Don't pull aggressively when doing these methods. You will be more suspectable to injury when doing any method aggressively and carelessly.

Simple routine to do

Warm up with some warm water and after drying off prepare by sitting or standing.

With the ok grip, lightly grab under the glans with minimal pressure and slowly pull out. You should feel a slight bit of tension in the shaft or at the base. Place another ok grip at the base. This will prevent any growth with something we refer to as turkey neck.

Ensure that you are not yanking or pulling with aggressive effort as this will trigger issues for your penis.

With this first gesture you have performed a 'straight out' stretch. You can go to the left and right, as well as up and down. These are directional stretches. Easy and simple to perform and often used in tandem with other methods.

Routine as followed:

To start, do about 5 sets of directional holds for about 30-90 seconds on each hand. followed by 5 sets of 2 minutes holds in the Captain Morgan stretch or between the cheeks.

Directional Stretches 5 sets of 30-90 second holds

Captain Morgan Stretch 5 sets of 2 minute holds

Scale the routine by adding 2 sets each week. After 3 months work until you feel fatigued.

Soft Ring Clamping

What is it

This is a method that involves placing a constricting device (like a specialized clamp or a silicone ring) on the base of the erect penis to trap blood inside.
By preventing blood from exiting the penis, the aim is to increase internal pressure significantly. This is intended to force the tunica albuginea to expand under the heightened internal force of the trapped blood. NEVER KEGEL WHEN PERFORMING THESE METHODS.

This method is a bit more advanced but many tend to prefer it when paired with pumping. Proceed with caution with all methods.

How to use

When using this method, it is best practice to start with minor sets of 3 mins. You will need to get erect and apply something at the base in order to prevent chaffing and any issues getting the rings off.

Apply one ring and by no means should you kegal when the ring is on! Simply stay stimulated listening to erotic audio or reading some tantalizing material. We discourage any visual adult media.

After the first ring has been applied, apply the second ring at the base below the first ring. Hold the rings on until 3 minutes have passed. Take them off and repeat once more.

This is a simple and easy method to do, but can often be abused or done incorrectly. Please follow the guide above and stay safe.

Dos and don'ts

Don't use adult visual media. This is often distracting and addicting to many. Do not use this method to maintain erections.

Do use a sock, silicone sleeve, or soft material at the base of the penis for protection from pinching.

Don't overdo it. This can result in issues like soft glans syndrome if not taken with caution. While these issues can be remedied, caution must be used. You are responsible for your own body.

DO NOT KEGEL WHEN DOING THESE EXERCISES.

Simple routine to do

3 min sets of 2 for week 1-2

3 min sets of 3 for week 3-4

4 minute sets of 3 for week 5+

Best if done before pumping. After length work.

Hand Methods

What is it

General methods you will see as you progress in the space. These are fairly tame compared to other methods we would normally authorize others to use. NEVER KEGEL WHEN PERFORMING THESE METHODS.

Manual Clamp - Getting fully erect. Use an OK grip, you lightly hold down the base of your erect penis. This is similar to ringed clamping. Do not squeeze aggressively. Just enough to hold the blood in and to let it out.

Double Squeeze - Using the same method before. You add an extra grip anywhere else on the shaft. Using minimal grip.

Towel raises - Getting erect. Place a wet or dry towel on your penis and make your penis lift the towel up.

Edging - Most common PE method. Just a normal masturbation method followed by no ejaculation.

ULI Squeeze - Using the manual clamp as a guide. Perform the same technique and lightly raise your hand up the shaft .4-.6 inches.

How to use

Best to perform these only if you wish to continue without a pump or only working with length. These methods will help with increasing stamina and bloodflow. Which as we stated before is necessary for growth.

Dos and don'ts

Don't go overboard.

DO NOT KEGEL WHEN DOING THESE EXERCISES.

Don't forget to take rest.

Simple routine to do

Each method will vary on frequency.

Try to perform the manual hand clamps similar to the ringed clamps before.

Adding in a few sets of 30 seconds by 4 for ULI's will also help.

Training Pelvic floor

What is it

How to use

Dos and don'ts

Simple routine to do

Injuries you may encounter, full list

Here is a entire list of possible injuries you may see. We have accumulated this list from many in the PE space as a dictionary for what to expect.

• Balantitis: "inflammation of the head of the penis. Often in uncircumcised males and caused by an underlying infection"
• Blisters: "blistering of skin as a result of PE often on glans of penis"
• Burning when you pee -Urinary tract infection (UTI) aka cystitis (bladder infection) -trauma or irritation to urethra: "bacterial/yeast infection of the urethra (The tube that carries urine out of the penis from the bladder) and bladder or trauma to urethra."
• Discoloration: "Changes in the coloration of the skin most commonly along the shaft."
• Hard Flaccid: "characterized by a constantly semi-rigid penis at the flaccid state and a loss in erectile rigidity as a result of penile injury aka your dick is always kinda hard (semi or chub) but you can't get a full erection." 
• Lymphangiosclerosis: "hardening of the lymphatic ducts in penis"
• Lymphedema: "There are a lot of different causes of swelling of tissue. It is a lymphatic issue only if it's a result of lymphatic channel dysfunction leading to the inability to drain lymphatic fluid from the tissue." … See f for info on this
• Lymphocele: "Temporary swelling or hardening of a lymphatic vessel." … See f for info on this
• Mondor's disease: "A superficial thrombophlebitis involving the veins of the penis AKA a blood clot in superficial veins combined with irritation and pain in that vein."
• Nerve damage/Numbness: "Sensation on penis is decreased aka numbness as a result of trauma to the penis."
• Penile Abscess: "This is a bad injection that can occur in the penis that usually has to be surgically drained and treated with antibiotics. In severe cases it could actually lead to amputation."
• Penile cancer: "cancer of the penis (very rare)"
• Penile Dorsal rupture: "Dorsal Penile Vein Rupture or 'False Fracture of the Penis' is exactly what it sounds like. Literally a break in the vein along the dorsal surface of the penis."
• Penile edema: "Fluid accumulating in your penis causing swelling"
• Penile Fibrosis: "Basically the process by which functional structures of the penis like smooth muscle and elastin are replaced with non functioning scar tissue (Collagen)."
• Penile fracture: "tear in the tunica albuginea. The tunica albuginea is the rubbery sheath of tissue below the skin that allows the penis to increase in width and length to produce a firm erection."
• Penile suspensory ligament damage: "Suspensory ligament is connective tissue that connects the penis to the bones of the pelvis. This can be torn, partially torn, or strained from trauma or PE."
• Petechiae: “Red dots on the penis, typically occur after pumping.”
• Peyronie’s disease: "Scarring or plaques Can develop a long shaft of the penis causing it to bend or become indented during erections."
• Phimosis: "inability to retract (pull back) the foreskin of penis to expose the head of the penis."
• Priapism: "Erection lasting more than four hours or off and on for several hours."
• Pudendal nerve entrapment syndrome: "is often a cause of neuralgia. The PN passes through a tight fibrous canal (Called Alcock canal) at the entrance of the base of the penis."
• Pudendal neuralgia: "is a condition in which you can have pain, numbness, or discomfort in your pelvis or genitals in either sex."
• Soft glans syndrome: "Soft glans syndrome aka Floppy Glans Syndrome may be defined as a sexual arousal disorder in which the corpora cavernosa (CC) of the penis are fully erect but the corpus spongiosum (CS) and the glans (head of penis) penis remain soft and sometimes cold."
• Tight Pelvic Floor/Hypertonic pelvic floor: "Exactly what sounds like, literally the muscles of the pelvic floor become too tight and do not function correctly. Can exert excessive pressure on vascular and neurologic structures of the pelvis leading to dysfunction."
• Varicocele: Varicose veins occur when valves in the veins fail, causing blood to backflow and the veins to become distended, twisted, or bulging. In the scrotum, this is called a varicocele and can feel like a "bag of worms"
• Venous leak: (clinically known as venogenic erectile dysfunction) occurs when the veins in the penis are unable to prevent blood from flowing out during an erection.
• Weak pelvic floor: "When the muscles of the pelvic floor are too weak to function appropriately."

Common injuries

• Blisters: "blistering of skin as a result of PE often on glans of penis"
• Discoloration: "Changes in the coloration of the skin most commonly along the shaft."
• Penile edema: "Fluid accumulating in your penis causing swelling"
• Petechiae: “Red dots on the penis, typically occur after pumping.”
• Tight Pelvic Floor/Hypertonic pelvic floor: "Exactly what sounds like, literally the muscles of the pelvic floor become too tight and do not function correctly. Can exert excessive pressure on vascular and neurologic structures of the pelvis leading to dysfunction."
• Weak pelvic floor: "When the muscles of the pelvic floor are too weak to function appropriately."

What to do if an injury occurs.

• Stop all work
• Seek medical attention if any injury is to occur
• If issue is related to skin such a blister, stop all work and apply ointment to prevent infection

Will I lose my gain if I stop?

No. You will will typically see a decrease only if you have poor erection health. Take care of your pelvic floor and erections!

Is there a way to see others growth in a timeline?

We do not have a system in place to showcase others growth, but will be implementing something fairly soon.

How do I know whether this is real or not?

PE is real. Growth is obtainable. You can only know if you give it a try.

Foods to consider for for better health, erections, and can assist in growth.

Let's take a quick tangent to talk about something very vital for having stronger bloodflow! Nitric Oxide.

"Nitric oxide (NO) is a vital signaling molecule in the human body responsible for vasodilation—the relaxing and widening of blood vessels. By expanding your vessels, NO increases blood flow, which is the primary mechanical driver behind strong erections, muscle "pumps" and nutrient delivery during workouts, and oxygen transport for aerobic endurance."

The body produces NO through two main pathways:

1. The eNOS Pathway: Your endothelial cells (the inner lining of your blood vessels) use an enzyme to convert the amino acid L-arginine into nitric oxide.
2. The Nitrate-Nitrite-NO Pathway: A dietary "backup" pathway where inorganic nitrates from food are converted into nitrites by bacteria in your mouth, and eventually into NO in the stomach and bloodstream.

Amino Acids

These are the raw biological materials your body uses to synthesize NO.

• L-Citrulline / Citrulline Malate: While L-arginine is the direct precursor to NO, oral L-arginine is heavily broken down in the liver and gut. L-citrulline bypasses this process, absorbs intact, and converts to arginine in the kidneys, making it vastly superior for raising sustained blood arginine and NO levels (Park et al., 2023). When bound with malic acid (Citrulline Malate), it provides a synergistic effect that improves high-intensity interval training, delays fatigue, and enhances ATP energy production (Nobari et al., 2025). It is highly effective when combined with dietary nitrates (Burgos et al., 2021).

• L-Arginine: As mentioned, taking this orally on its own is inefficient due to poor absorption. However, clinical studies show that when L-arginine is combined with specific herbs—acting in a complementary stack—it effectively increases cGMP (the chemical messenger that sustains an erection) and improves sexual performance in men with erectile dysfunction (Tahvilian et al., 2024).

Dietary sources

These rely on the dietary nitrate pathway and are excellent for long-term cardiovascular health and athletic endurance.

Beetroot Extract / Beet Juice: One of the most heavily researched and proven NO boosters in sports science. Beets are packed with inorganic nitrates. Supplementation has been shown to lower blood pressure, enhance blood flow to hypoxic (oxygen-starved) exercising tissue, and significantly improve both anaerobic strength and aerobic endurance (Clements et al., 2014; Burgos et al., 2021).

Garlic & Aged Garlic Extract: Garlic does not just add flavor; it actively increases intracellular NO synthase activity and reduces peripheral vascular resistance, acting as a potent vasodilator (Matsutomo, 2019). Aged garlic extract has been shown to protect the endothelium from oxidative damage while actively increasing NO levels and reducing cardiovascular strain (Pérez-Torres et al., 2016).

Leafy Greens (Spinach, Arugula, Kale): Like beets, these are some of the highest naturally occurring sources of dietary nitrates that feed the nitrate-nitrite-NO pathway (Gonzalez et al., 2025).

Botanicals & Herbs

Botanicals often work by stimulating the enzymes that create NO or by preventing its rapid breakdown.

• Pycnogenol® (French Maritime Pine Bark Extract): A patented, highly potent antioxidant extract that strongly stimulates endothelial NO production. In numerous double-blind clinical trials, it has demonstrated powerful benefits for endothelial function and cardiovascular health (Weichmann & Rohdewald, 2024). Because it is such a strong NO donor, it is frequently combined with L-arginine in clinical settings to successfully treat mild to moderate erectile dysfunction and lower urinary tract symptoms (Yagi et al., 2017).
• Ginseng: Long used in traditional medicine, modern clinical trials have demonstrated that ginseng effectively improves erectile function, orgasmic function, intercourse satisfaction, and even helps support healthy serum testosterone levels by aiding NO-mediated vasodilation (Tahvilian et al., 2024).
• Tribulus Terrestris: While its direct effect on total testosterone in healthy men is highly debated, its steroidal saponins provide synergistic support when stacked with L-arginine and Ginseng, helping to maintain NO and cGMP levels for improved sexual performance (Tahvilian et al., 2024).

Antioxidants

Nitric oxide has a very short half-life in the blood (only a few seconds) and is rapidly destroyed by free radicals and oxidative stress. You need antioxidants to "guard" the NO so it can do its job.

• Vitamin C (Ascorbic Acid): Vitamin C is crucial for endothelial health. It rapidly enhances the activity of endothelial NO synthase (the enzyme that makes NO) within minutes of consumption (Ladurner et al., 2012). It also directly scavenges free radicals, effectively sparing the NO your body has produced and preventing the decline in blood flow that usually happens during prolonged sitting or stress (May & Harrison, 2013).

...A deeper dive into antioxidants.

The "Master" Antioxidant

• Glutathione: Often called the body's master antioxidant, glutathione is naturally produced in your liver. It plays a unique role in extending the half-life of nitric oxide, allowing NO to circulate in the bloodstream longer before breaking down.How to get it: Oral glutathione has notoriously poor absorption. Instead, you can supplement with N-Acetyl Cysteine (NAC), a precursor amino acid that your body easily converts into glutathione.

The Polyphenols (Plant Defenders)

Polyphenols are a massive class of plant-based antioxidants. They don't just scavenge free radicals; they actively stimulate the enzyme (eNOS) that tells your blood vessels to produce more nitric oxide.

• Quercetin: Found abundantly in onions, apples, and capers. Quercetin is a highly potent flavonoid that protects endothelial cells from oxidative damage and prevents the breakdown of NO. It is particularly popular among endurance athletes for its ability to improve mitochondrial function.
• Resveratrol: The famous compound found in the skin of red grapes and red wine. It activates specific proteins called sirtuins, which help delay cellular aging, improve blood vessel elasticity, and drive up nitric oxide production.
• EGCG (Epigallocatechin Gallate): The most active compound in green tea. EGCG is a powerful anti-inflammatory that protects the cardiovascular system and prevents the oxidation of LDL (bad) cholesterol, which is a major contributor to arterial plaque.
• Epicatechin: Found in dark chocolate and raw cacao. This specific compound has been clinically shown to cause rapid vasodilation (blood vessel widening) and improve blood flow by aggressively stimulating nitric oxide synthesis.

The Lipid (Fat) Protectors

While Vitamin C protects the watery (aqueous) parts of your blood and cells, you need fat-soluble antioxidants to protect cell membranes.

• Vitamin E (Alpha-Tocopherol): Vitamin E is fat-soluble and works directly in tandem with Vitamin C. When Vitamin E neutralizes a free radical in a cell membrane, it loses its power. Vitamin C comes along and "recycles" the Vitamin E, making it active again. They are a necessary pair for total cellular protection.
• Astaxanthin: Sourced from microalgae (and the reason salmon and shrimp are pink). It is one of the most potent fat-soluble antioxidants discovered—significantly stronger than Vitamin C or E at neutralizing specific types of free radicals. It excels at reducing muscle damage and protecting the heart during extreme physical exertion.

Mitochondrial & Metabolic Antioxidants

These protect the mitochondria, the "powerhouses" of your cells that generate the ATP energy required for muscle contractions and endurance.

• Coenzyme Q10 (CoQ10): A fat-soluble compound found in nearly every cell, but highly concentrated in the heart and muscles. It is absolutely vital for energy production and acts as a powerful antioxidant that protects blood vessels. Natural levels drop significantly as you age or if you take statin cholesterol medications.
• Alpha-Lipoic Acid (ALA): ALA is unique because it is both water- and fat-soluble, meaning it can travel anywhere in the body to hunt down free radicals. It is highly effective at improving insulin sensitivity, protecting nerve health, and recycling other antioxidants like Vitamin C and Glutathione.

Workouts to consider for blood flow and healing

Cardiovascular exercise plays a foundational role in both systemic blood flow and whole-body healing. When evaluating cardio routines for these benefits, the goal is to optimize endothelial function (the health of your blood vessel linings) and mitochondrial efficiency (how well your cells produce energy).

Research consistently shows that exercise acts as a "vascular conditioning" agent, exerting systemic effects that improve circulation and healing even in tissues that aren't actively working during the exercise itself (Padilla et al., 2011).

Here is a comprehensive breakdown of cardio workouts and how they contribute to blood flow and systemic healing.

Zone 2 Training (The Foundation for Healing)

Zone 2 cardio is widely considered the gold standard for mitochondrial health and long-term cardiovascular healing. This refers to steady-state exercise performed at roughly 60-70% of your maximum heart rate. You should be able to hold a conversation, but it should feel slightly strained.

• How it Works: Zone 2 primarily utilizes fat for fuel and stimulates mitochondrial biogenesis—the creation of new, more efficient mitochondria (Zhang, 2024). It enhances capillary density, allowing for better micro-circulation to all tissues.
• The Healing Benefit: By improving the body's oxidative capacity and reducing mitochondrial oxidative stress, this intensity level provides cardiovascular protection without overtaxing the central nervous system or generating excessive inflammation (Cai, 2026).
• Best Workouts:Brisk Walking/Incline Treadmill: Highly accessible; excellent for daily baseline movement.Cycling: Low impact, making it ideal if you need to protect your joints while sustaining a steady heart rate for 45-60 minutes.Rowing (Steady State): Engages both the upper and lower body, promoting systemic circulation while remaining low impact.

High-Intensity Interval Training (HIIT)

While Zone 2 builds the foundation, HIIT provides a different stressor that triggers rapid vascular adaptation. This involves short bursts of intense effort (e.g., 85-95% max heart rate) followed by periods of active recovery.

• How it Works: The dramatic shifts in blood flow and pressure during HIIT create high "shear stress" along the walls of your arteries. This stress stimulates the endothelium to produce nitric oxide (NO), a powerful vasodilator that relaxes and widens blood vessels (Hambrecht, 1998).
• The Healing Benefit: Increased nitric oxide production combats endothelial dysfunction, lowering blood pressure and improving the delivery of oxygen and nutrients to tissues throughout the body (Nystoriak & Bhatnagar, 2018).
• Best Workouts:Sprint Intervals (Running or Cycling): e.g., 30 seconds of maximum effort followed by 60–90 seconds of light jogging or pedaling, repeated 5–8 times.Assault Bike/Air Bike Sprints: Engages the full body for maximum cardiovascular demand in short durations.

Continuous Moderate-Vigorous Endurance

This falls between Zone 2 and HIIT—activities where your heart rate is elevated to a challenging but sustainable level (e.g., 75-85% max heart rate) for a continuous duration.

• How it Works: This intensity drives high volumes of blood throughout the body over a sustained period, promoting cardiovascular remodeling, including increased stroke volume (the amount of blood the heart pumps per beat).
• The Healing Benefit: Sustained physical activity at these levels is associated with a more favorable inflammatory marker profile and an increase in the size of HDL (good cholesterol) particles, which imparts cardiovascular protection (Nystoriak & Bhatnagar, 2018).
• Best Workouts:Swimming: Excellent for full-body circulation. The horizontal position also changes venous return dynamics, making it easier for blood to return to the heart, while the water provides continuous, low-impact resistance.Jogging/Running: A classic endurance builder, though it carries a higher mechanical impact.Cross-Country Skiing (or elliptical machines that mimic it): One of the most demanding and effective forms of cardiovascular exercise because it engages the entire musculature simultaneously.

Key Recommendations for a Healing Routine

To maximize systemic healing and blood flow, variety is key. A well-rounded protocol might look like this:

1. Volume over Intensity for Healing: Spend roughly 80% of your cardio time in Zone 2. This builds the mitochondrial engine and capillary networks without excessive fatigue.
2. Strategic Stress: Dedicate the remaining 20% to HIIT or higher-intensity work to maximize nitric oxide production and vascular flexibility.
3. Consistency: The adaptations that improve endothelial function and mitochondrial health require regular stimulus. Guidelines generally recommend 150-300 minutes of moderate-intensity or 75-150 minutes of vigorous-intensity aerobic activity per week (Roos-Hesselink, 2024).

Pelvic Floor exercises to add.

For men, the core movement of a Kegel is always the same: contracting the pubococcygeus (PC) muscle. It feels like you are trying to stop the flow of urine or prevent passing gas, creating a sensation of pulling the genitals "up and in."

Because the muscle action doesn't change, a complete pelvic floor routine involves varying the position, duration, and intensity of the contraction to challenge the muscle in different ways.

Here are 8 Kegel variations to build strength, endurance, and reflex control.

Foundational Positions

Gravity changes how hard your pelvic floor has to work. Start lying down and progress to standing.

1. The Supine Hold (Lying Down)
   Lie on your back with your knees bent and feet flat on the floor. This is a gravity-neutral position, making it the easiest way to isolate the muscle. Contract the pelvic floor, pull up and in, and hold for 3–5 seconds. Release completely for 3–5 seconds.
2. The Seated Kegel
   Sit upright in a firm chair. In this position, you have to lift against gravity and the pressure of your own torso. Contract the muscle for 5 seconds, ensuring you are not squeezing your glutes, thighs, or abdominals to compensate.
3. The Standing Lift
   Stand with your feet shoulder-width apart. Gravity is pulling your pelvic organs directly down, meaning your pelvic floor must work the hardest to lift. Contract and hold for 5 seconds. This is the most functional position, as it mimics daily life.
4. The Prone Squeeze (Lying on Stomach)
   Lie flat on your stomach. Sometimes called a "reverse" position, this slightly changes the angle of the pelvis, making it easier for some men to feel the contraction at the back of the pelvic floor (around the sphincter) rather than the front.

Tempo and Integration

Once you can isolate the muscle in different positions, vary the speed and pair the contraction with other movements.

1. Quick Flicks (Fast-Twitch Training)
   Your pelvic floor needs to react instantly when you sneeze, cough, or lift something heavy. Contract the muscle as hard and fast as you can, hold for just 1 second, and instantly release. Repeat 10 times rapidly.
2. The Endurance Hold (Slow-Twitch Training)
   Instead of a standard 5-second hold, pull the muscle up and in with about 50% of your maximum effort and hold it there for 10 to 15 seconds. Breathe normally while holding the tension. This trains the muscle to provide sustained support throughout the day.
3. The Glute Bridge with Kegel
   Lie on your back with knees bent. As you push through your heels and lift your hips off the floor into a bridge, simultaneously perform a Kegel. Hold both the bridge and the Kegel at the top for 3 seconds, then release the Kegel as you lower your hips. This trains the pelvic floor to work in tandem with your glutes and core.
4. The Elevator (Tiered Contraction)
   Visualize your pelvic floor as an elevator. Contract it slightly (Floor 1), hold for a second. Squeeze it harder (Floor 2), hold for a second. Squeeze it as hard as you possibly can (Floor 3), hold. Then slowly release it back down, pausing at Floor 2 and Floor 1 before fully relaxing. This builds extreme neurological control over the muscle.