Blotter, pellets, and drops all contain the same research substance, yet they differ fundamentally in handling, dosing accuracy, and intended use. If you are deciding which form suits your research project best, this complete comparison will guide you to a clear recommendation.

Over the past several years I have tested all three forms extensively -- in microdosing, macro-dose research sessions, and everyday lab routines. The short answer: there is no single "best" form, but there is a best form for YOU. Let's break it down.

A blotter is a small piece of absorbent paper -- typically blotting paper or specially coated card stock -- onto which a precise quantity of the research substance has been applied and dried. The blotter is the oldest and most widely recognised dosage form for lysergamides and has remained virtually unchanged since the 1960s.

Production is remarkably straightforward: a liquid solution of the substance is applied evenly across perforated paper sheets. Once dry, each individual "tab" becomes a self-contained dosing unit. According to manufacturer data, professionally produced blotters achieve a dosing accuracy of roughly 90-95% -- meaning a 100-microgram blotter may contain between 95 and 105 micrograms.

• Discreet and easy to store: A blotter is as thin as paper, weighs virtually nothing, and can be kept inside a book or wallet
• Good stability: Stored dry and away from light, a blotter retains its potency for months to years. Studies indicate that lysergamides on paper carriers maintain 85-90% of their original potency after 12 months when stored correctly (below 25 degrees Celsius, dark, dry)
• Sublingual use: You can place the blotter under your tongue, which accelerates onset -- the substance is absorbed through the oral mucosa
• Wide dosage spectrum: Available in 100 and 200 microgram units -- ideal for macro-level research sessions

• Difficult to divide for microdosing: Cutting a 100-microgram blotter into 10 equal pieces is practically impossible. Even with scissors you end up with uneven fragments of unpredictable dosage
• Unsuitable for volumetric dosing: You would need to dissolve the blotter in a solution first -- an extra step that introduces sources of error
• Fixed dosage increments: You are limited to the available units (100 or 200 micrograms)

Pellets are small compressed tablets -- usually round, sometimes oblong -- containing an exactly measured quantity of the research substance. They are manufactured industrially with tablet presses, where the substance is blended with an excipient (often microcrystalline cellulose) and compressed under high pressure.

Professionally produced pellets achieve an impressive dosing accuracy of 95-99%, making them the most precise dosage form on the market. Typical pellet strengths are 10 and 20 micrograms -- exactly the range relevant for microdosing.

• Highest dosing accuracy: The industrial pressing process distributes the substance extremely evenly within the pellet. A batch of 1,000 pellets may deviate by no more than 2-5% according to lab tests
• Ideal for microdosing: 10-microgram pellets are perfect for the Fadiman protocol or Stamets stack -- no cutting, no calculating, no dissolving required
• Easy to take: Simply swallow with a glass of water -- done
• Good shelf life: Like blotters, pellets retain their potency for over a year when stored correctly

➔ Everything about the Fadiman protocol

• Not suitable for sublingual use: Placing a pellet under the tongue does not work well -- it dissolves too slowly and has an unpleasant taste
• Oral administration only: Onset therefore sits at 60-90 minutes, toward the upper end of the spectrum
• Smaller units for macrodosing: If you want 200 micrograms, you would need 10 of the 20-microgram pellets -- feasible, but not as elegant as a single blotter

➔ How to calculate your dosage correctly

Drops -- also called liquid -- are the substance in liquid form, dissolved in a carrier medium (usually distilled water or an ethanol-water mixture). They are dosed with a pipette or dropper bottle, where one drop corresponds to a defined quantity of substance.

Dosing accuracy depends heavily on drop size. A standard pipette drop contains approximately 0.05 millilitres. At a concentration of 200 micrograms per millilitre, one drop therefore equals 10 micrograms. Sounds precise -- but only if you use a calibrated pipette. Uncalibrated droppers can produce deviations of 10-20%.

• Maximum dosing flexibility: You can dial in any dose you like -- 5, 12, 37, or 150 micrograms. No other format offers this freedom
• Perfect for volumetric dosing: With a laboratory syringe (Luer-lock, no needle) you can dose to an accuracy of 0.01 millilitres -- corresponding to approximately 2 micrograms at standard concentration
• Faster onset: Applied sublingually, the liquid substance is absorbed very quickly. Many researchers report onset within 20-40 minutes
• Versatile administration: You can take drops in water, juice, or directly under the tongue

➔ Guide to volumetric dosing

• Sensitive storage requirements: Liquid solutions are more susceptible to degradation. Light, heat, and oxygen break down lysergamides in solution faster than in dry form. Refrigerated and protected from light, they remain optimal for roughly 3-6 months
• Dosing requires care: Without a calibrated pipette or laboratory syringe, drops are the least accurate form. A "large drop" versus a "small drop" can mean a 30-50% dosage difference
• More difficult to transport: A bottle of liquid is less discreet than a blotter tucked inside a book

After hundreds of research sessions and countless conversations within the community, here is my honest assessment -- no marketing, just experience.

If you are microdosing or plan to start, pellets are the clear number one. The reasons are straightforward: you need precise, reproducible doses in the 10-20 microgram range. Pellets deliver exactly that -- identical every time, without any calculating, dissolving, or cutting on your part.

According to a survey of 2,000 microdosing researchers (Fadiman & Korb, 2019), 67% stated that consistent dosing was the single most important factor for a successful protocol. Pellets make this effortless.

My routine: one 10-microgram pellet in the morning with my first glass of water -- it does not get simpler than that.

➔ Getting started with microdosing -- the complete guide

If you are planning a full research session (100-200 micrograms), the blotter remains the best choice. A single blotter taken sublingually offers a relatively quick and smooth onset. No swallowing pills, no pipetting -- simply place it under your tongue and go.

The sublingual advantage is particularly relevant at higher doses: you partially bypass the stomach, which may reduce nausea in some researchers. Roughly 15-20% of researchers report mild nausea with oral ingestion of higher doses -- sublingual administration makes this less common.

➔ 1BP-LSD in detail

Drops are the choice for experienced researchers who want full control over their dosing. Experimenting with different dosages? Want 15 micrograms instead of 10 or 20? Working volumetrically? Then drops are your format.

But -- and this is important -- drops require equipment and diligence. A laboratory syringe (from about 5 euros), proper storage, and a basic understanding of volumetric dosing are essential. Without these prerequisites you risk inaccurate dosing, which is the opposite of responsible research.

➔ 1Fe-LSD in detail

Start with pellets. Seriously. Pellets are the most beginner-friendly form, offer the most precise dosing, and are the least error-prone option. You can always switch to blotters or drops later once you know what your research project requires.

Absolutely -- and many experienced researchers do. A common setup in the community:

• Microdosing days: 10 mcg pellets (Fadiman protocol: dose on day 1, rest on days 2-3)
• Research session days: 200 mcg blotter for intensive sessions
• Fine-tuning: Drops when experimenting with unusual dosages

The substance is identical across all three forms -- whether 1BP-LSD or 1Fe-LSD. The difference lies solely in the delivery method, not in the effects. Your body metabolises the substance via the same pathway regardless of the carrier medium.

In the community I keep seeing the same mistakes. Here are the top 3:

Mistake 1: Cutting blotters for microdosing. Please don't. I know it sounds tempting -- "I'll just cut the 100 mcg blotter into 10 pieces." But the substance is not distributed evenly across the paper. One piece may contain 5 micrograms, another 15. That is not research, that is roulette.

Mistake 2: Using drops without a calibrated pipette. "A drop is a drop" -- wrong. A drop from a glass pipette has a different volume than a drop from a plastic pipette. Invest 5 euros in a Luer-lock syringe and dose by millilitre. Your research results will thank you.

Mistake 3: Storing drops at room temperature. Lysergamides in solution degrade at 25 degrees Celsius significantly faster than in dry form. After 3 months at room temperature you can expect 10-20% potency loss. In the refrigerator: under 5%.

➔ 1BP-LSD vs 1Fe-LSD -- the derivative comparison

The question "Blotter, pellets, or drops?" is not a matter of taste -- it is a strategic decision that depends on your research goal. Do not let habit or ästhetics guide you; let precision and purpose lead the way.

Once more in brief:

We researchers agree on one point: there is no objectively best form -- only the best form for YOUR project. Choose deliberately, dose precisely, document everything.