RAD140 (Testolone) – Pure Anabolic SARM Compound

RAD140, commonly known as Testolone, is a potent selective androgen receptor modulator (SARM) developed to mimic the effects of testosterone without the associated side effects. Designed to enhance lean muscle mass, strength, and endurance, RAD140 is one of the most powerful SARMs available for research purposes.

Unlike anabolic steroids, RAD140 is tissue-selective—meaning it targets muscle and bone while sparing vital organs—offering a high anabolic ratio with minimal androgenic activity.

Benefits:

 Accelerates Muscle Growth – Promotes rapid lean muscle development by directly stimulating androgen receptors in muscle tissue.

 Increases Strength & Performance – Enhances power output, endurance, and training intensity.

 Promotes Fat Loss – Helps preserve muscle while improving body composition through increased metabolic activity.

 Neuroprotective Properties – Research shows it may have protective effects on brain cells.

 Hormone-Sparing – In studies, it has shown potential to support testosterone levels without the same level of suppression seen with traditional steroids.

 Highly Selective Action – Targets muscle and bone with minimal interaction in prostate or liver tissue.

How it Works:

RAD140 binds selectively to androgen receptors in skeletal muscle and bone tissues, stimulating anabolic activity without converting to estrogen or affecting other organs. This precision targeting leads to accelerated muscle growth, increased stamina, and improved recovery, making it a highly popular compound in performance enhancement research.

With one of the highest anabolic-to-androgenic ratios among SARMs, RAD140 is often studied as a potential alternative to testosterone replacement therapy (TRT), without the risks of aromatisation or prostate enlargement.

Dosage & Administration:

Standard Research Dosage: 10–30mg (0.4ml–1.2ml) per day (for research purposes only).
Half-Life: Approximately 20 hours, suitable for once-daily administration.
Administration: Commonly researched in oral liquid form or capsules.