In the world of bait making there is a belief that has survived for decades and has probably influenced boilie design more than any other.

The idea is simple: the quality of a bait depends mainly on the mix.

That is where most discussions focus. Fishmeals, birdfoods, milk derivatives, exotic ingredients, protein levels and amino acid profiles are endlessly compared. New raw materials are constantly being sought, with the conviction that the secret lies somewhere inside the dry ingredients.

For many years I thought exactly the same way, just like most of us pioneers of bait making during the 1990s.

After all, the mix is important. It must provide real nutritional value, be digestible, possess the right structure and support long-term feeding. Nobody questions these aspects.

The problem is that we often assign to the mix a role that it simply does not have.

To understand why, we need to look at what really happens when a boilie enters the water.

The capture does not happen after digestion. It happens before it, much earlier. It happens at the exact moment when the fish comes into contact with the signal produced by the bait.

And this is where the great misunderstanding begins.

Meals and powders do not communicate quickly. They do not spread through the water easily and they do not generate immediate signals. A significant portion of the mix remains trapped inside the boilie and requires time before it becomes available.

The liquid component, on the other hand, starts working immediately as soon as the bait reaches the bottom. Free amino acids, soluble peptides, nucleotides, mineral salts, simple sugars and many other molecules begin to disperse into the surrounding water. A genuine trail is created, one that the fish can detect, follow and interpret.

When I talk about liquid attraction, I am not simply referring to flavours. In fact, flavours often represent only a marginal part of the phenomenon.

I am referring to all those water-soluble substances capable of creating a biologically meaningful signal for carp.

Carp feed through extremely sophisticated sensory systems. Smell operates at distance, taste at close range, but both work through molecules dissolved in the water. Fish do not read the nutritional information of a boilie the way we read food labels in a supermarket. They do not know the protein percentage of a mix. They perceive chemical signals.

This apparently simple concept completely changes the way we look at a bait.

Over more than ten years of product development and comparative testing, carried out together with a group of collaborators under a wide range of conditions, we tried to identify the factors that truly dominated short-term results.

The findings were extremely interesting.

On many occasions we compared baits built from very different mixes. On one side were complex, nutritionally advanced HNV bases. On the other were much simpler mixes. What remained identical was the liquid component, often based around products such as Minamino or Liquid Liver used at high inclusion levels.

In the short term, the differences were surprisingly small.

This does not mean that the mix is irrelevant. It means that, in most situations, fish arrive first because of the liquid signal, and only afterwards does the rest begin to play its role.

When sessions extended beyond seventy-two hours, however, the picture started to change.

Gradually, advantages began to emerge that could no longer be explained by the initial signal alone.

Nutrition started to make its presence felt.

The fish returned, fed more consistently and showed an increasing preference for certain baits over others.

And this is where another often overlooked aspect comes into play.

A boilie is never a static object.

Many anglers imagine that a bait remains essentially unchanged from the moment it is cast until the moment a fish is caught. In reality, the opposite is true.

As the hours pass, the boilie hydrates, its structure changes and biological degradation processes begin generating new attractive compounds. Proteins are gradually attacked by bacteria present on the lakebed, releasing amino acids, peptides, organic acids and numerous other compounds that contribute to a second phase of attraction.

A phase different from the first one. Slower. More complex. Yet often extremely effective.

It is within this context that rich, nutritionally well-designed mixes begin to reveal their true value.

The situation changes even further when we move into the realm of long-term baiting campaigns.

After weeks of feeding, fish no longer respond only to a signal. They begin building associations. They recognise a reliable food source and learn to exploit it with increasing confidence, often in direct proportion to the duration of the feeding programme itself.

Carp are not simple machines driven by instinct. They are animals capable of learning through experience.

If a particular chemical signal is repeatedly associated with a positive energetic return, the likelihood of that signal being sought again in the future increases.

This is where nutrition reveals its full importance.

And this is also where significant differences in the average size of captures often begin to appear. During numerous long-term baiting trials, we noticed that the average size of the first fish caught at the beginning of a session increased dramatically.

By this point it becomes clear that the supposed conflict between attraction and nutrition is actually a false problem.

For years many anglers felt they had to choose sides. On one side were highly attractive boilies. On the other were HNV baits.

My own experience led me to a different conclusion, one shaped by the realities of modern carp fishing.

Today very few anglers maintain feeding campaigns for more than two continuous weeks, and in many cases they struggle to manage more than a single pre-baiting session before the actual fishing trip.

Why?

Baits are expensive. There is always the risk that somebody else will occupy the swim. And perhaps most importantly, people with jobs and families have less and less time available.

Many years ago these observations, together with these new challenges, contributed to the birth of the Total Boilie concept: a bait designed to combine immediate attraction with genuine nutritional value.

Today I would probably take that concept even further.

A modern boilie should not simply be nutritious. It must be chemically active. It must produce coherent signals. It must work during the first few hours, over the following days and throughout long-term baiting campaigns.

In other words, it must be a "tasty" HNV bait, a new approach to bait design presented in my book Boilie – Instructions for Use.

And this is exactly why the subject remains so relevant today.

Modern carp fishing has changed dramatically. Long-term baiting campaigns are less common, costs have increased, fishing pressure is higher and many anglers prefer to avoid prolonged feeding programmes.

In this scenario, the importance of the liquid component becomes even greater.

For this reason, I now often believe it makes more sense to invest effort into designing a truly effective liquid component than endlessly chasing the next miracle ingredient.

The real evolution does not consist of making things more complicated. It consists of understanding.

Understanding how hydrolysates, fermentations, natural extracts and soluble molecules work together to allow a bait to communicate with fish.

From my more recent experience, gained while working with hundreds of anglers who have relied on my advice over the years, some of the best results have come from extremely simple and inexpensive mixes. Mixes designed to work efficiently during production, including modern methods such as extruders and rolling machines, combined with highly technical and economical homemade liquid foods. Success often came from building the correct synergies between the main liquid source, esters, amines and essential oils, creating highly hydrated boilies with liquid food levels exceeding 100 ml per kilogram and, in some cases, partially or completely soluble structures.

The goal was simple: create maximum attraction without feeding and slowing fish down, even during short sessions lasting only a few hours.

The mix represents the container.

The liquid component represents the chemical language that invites the fish to feed.

The taste of the bait is what convinces it to continue.

And without language, the container may never be discovered.

For those who wish to explore these concepts in greater depth, the subject is covered extensively in my book Boilies,the Art and Science of Carp Bait  , where liquid design, modern HNV bait construction, applied bait chemistr y and practical fishing strategies are examined in far greater detail.

Because in the end, success does not belong to the angler with the most expensive mix.

It belongs to the one who truly understands what is happening beneath the surface.