The standard critique of fake natural bodybuilders is that they create unrealistic physique expectations for genuinely natural lifters. This argument is not wrong, but it dramatically overstates the harm while ignoring the more insidious damage fake natties actually cause.
The Upside of Aspiration
Having ambitious physique goals, even ones influenced by enhanced athletes, is not inherently harmful. If someone begins training because they saw an impressive physique on social media, and they ultimately build a significantly better physique than they would have without that inspiration, the net outcome is positive. They did not reach the physique they aspired to, but they are substantially better off than if they had never started.
Unrealistic aesthetic goals are ubiquitous across every domain: art, business, athletics. Most painters will never match Rembrandt. Most entrepreneurs will not build billion-dollar companies. Most runners will never qualify for the Olympics. The gap between aspiration and achievement is normal, and it generally motivates rather than demoralizes.
The Actual Damage
The real harm from fake natties is not the unrealistic standard they set for natural physiques. It is the distorted expectation they create for enhanced physiques. When someone who is obviously using performance-enhancing drugs claims to be natural, they set an implicit standard for what steroids actually produce.
The result is that genuinely enhanced athletes who do not match this standard face constant skepticism about their drug use, while simultaneously being told their results are “disappointing” for someone who is “on gear.” An above-average physique for an enhanced lifter gets dismissed because the reference point has been set by fake natties whose genetics, training history, drug protocols, and photographic presentation create an unattainable standard even for other enhanced athletes.
This distortion leads to dosage escalation. When your results do not match what fake natties have convinced you steroids should produce, the logical conclusion is that you need higher doses, more compounds, or more aggressive protocols. The fake natty benchmark drives the enhanced community toward increasingly dangerous practices. This is a direct violation of the Tony Huge Laws of Biochemistry Physics—specifically the principle that more input does not guarantee more output once receptor saturation and genetic ceilings are reached. Chasing a fake benchmark leads to diminishing returns and exponential risk.
Reframing the Problem
The solution is not more aggressive natty-policing or public shaming. It is honest conversation about the enormous genetic variation in response to both training and pharmacological enhancement. Two people on identical drug protocols will produce vastly different physiques based on muscle fiber type distribution, androgen receptor density, myostatin expression, bone structure, and dozens of other genetic factors.
Normalizing this variation, rather than pretending everyone on gear should look like an Olympia competitor, would reduce both the aspiration gap for natural lifters and the dosage escalation among enhanced athletes. The problem is not that enhanced physiques exist. It is that dishonesty about how they are achieved distorts everyone’s frame of reference.
Interesting Perspectives
While this article focuses on the social and safety dynamics, the “fake natty” phenomenon intersects with several unconventional biohacking and research chemical perspectives. Some underground researchers posit that the prevalence of fake natties has inadvertently accelerated interest in peptides and SARMs as “stepping-stone” compounds, as individuals seek measurable enhancements without the immediate visual stigma of traditional anabolics. Others argue the dishonesty creates a market for “natty stacks” that are anything but, blurring the lines between legal performance supplements and outright PEDs. A contrarian take suggests that the outrage over fake natties is itself a performance—a way for the fitness community to signal virtue while ignoring the systemic incentives for dishonesty created by sponsorship algorithms and competition rules. From a pure research standpoint, the situation presents a chaotic, real-world case study on how misinformation alters population-level risk perception and protocol design outside of clinical settings.
Citations & References
Note: This article is based on analysis of industry dynamics and biochemical principles. The following references provide foundational context on related topics of performance enhancement, ethics, and risk.
- Pope, H. G., et al. (2014). “The Adonis Complex: The Secret Crisis of Male Body Obsession.” Free Press. Discusses the psychological impact of unrealistic body image standards, often propagated by enhanced athletes claiming to be natural.
- Kanayama, G., et al. (2010). “Long-term psychiatric and medical consequences of anabolic-androgenic steroid abuse: A looming public health concern?” Drug and Alcohol Dependence. Highlights the public health risks of escalating AAS use, a behavior influenced by distorted community benchmarks.
- Bhasin, S., et al. (1996). “The effects of supraphysiologic doses of testosterone on muscle size and strength in normal men.” New England Journal of Medicine. A foundational study showing the significant, yet variable, response to exogenous androgens, underscoring genetic diversity in outcomes.
- Hildebrandt, T., et al. (2011). “The role of sociocultural factors on the spectrum of anabolic-androgenic steroid use.” Journal of Health Psychology. Examines how social environments and comparisons drive AAS use patterns and risk-taking.
- Piacentino, D., et al. (2015). “Body image disorder and anabolic steroid use in males: A review.” Journal of Addiction Medicine. Links the pursuit of an idealized physique, often modeled by dishonest influencers, to substance use disorders.