SARMs Types Explained – Different Categories and Their Typical Uses

What are the different types of SARMs? Usually, they are divided based on their potential benefits. For example, they can be categorised as: SARMs for muscle building, SARMs for cutting, SARMs for endurance and SARMs for recovery. Find out more!

List of SARMs Types Explained

SARMs for Muscle Building

The first type of SARMs is claimed to support muscle building. Here, you will find compounds that may:

• enhance muscle growth,
• support regeneration,
• promote muscle strength,
• improve recovery.

Some of the muscle-building SARMs include:

• Ibutamoren (MK-677) (which technically isn’t a SARM),
• RAD-140 (Testolone),
• Accadrine (AC-262).

You can read more about them in our article: Best SARMs for Bulking – Compounds Commonly Used for Mass and Strength Gains

SARMs for Cutting

Secondly, there are SARMs for cutting. This type of selective androgen receptor modulator usually shares several of the following potential benefits:

• fat loss support,
• anabolic activity and fat oxidation promotion,
• stamina boost,
• enhanced metabolism.

What are some common SARMs that fall into this category? Namely:

• Andarine (S-4),
• SR-9009 (Stenabolic),
• Ostarine (MK-2866).

Learn more about cutting with SARMs from our article: The Ultimate Cutting Stack: SARMs for Fat Loss

SARMs for Endurance

Thirdly, you will find SARMs used by athletes to improve endurance – many of these also fall into other types on this list. They are characterised by their potential to:

• improve fat metabolism,
• enhance recovery,
• support anti-inflammatory response.

Some common representatives from this category include:

• SR-9009 (Stenabolic) (also associated with the cutting phase),
• Cardarine (GW-501516).

SARMs for Recovery

Finally, they are SARMs associated mainly with recovery. They can potentially:

• increase sleep quality by affecting related hormones,
• support fat metabolism to provide energy to your muscles throughout an intense workout,
• aid hormone balance.

The most common SARMs of this type include:

• Ibutamoren (MK-677) (which technically isn’t a SARM).

What Do All the SARM Types Have in Common?

While they may vary in their potential impact on athletic routines, all SARMs work using the same mechanism: they bind to androgen receptors in targeted tissues (bone & muscle). They also share the same legal status and are similar in use.

Every SARM should be cycled, though the length of each cycle may differ. Moreover, regardless of the category the SARM falls into, its intake should be followed by a post-cycle therapy (PCT).

Conclusion: Similar Mechanism, Different Goals

All SARMs work on the same mechanism, but each of them may have a different impact on your physiology. Therefore, they should be carefully selected based on your goals.