Comparative
technique & the label
Cheese rewards a flight the same way wine and chocolate do — and the label carries more real information than most shoppers ever read.
How to run a flight
Hold one variable steady and change one thing at a time, so any difference has a clear cause.
Pick your variable
Same milk across three moisture levels isolates aging and process. Same style across three makers isolates craft and terroir.
Order mild to intense
Taste fresh/mild cheeses first — pungent or heavily aged cheese will flatten your palate for anything after it.
Rind and paste, separately
As in Session 2, taste both and note whether they agree or contrast.
Cleanse lightly
Plain water and a neutral cracker between samples — nothing that competes with the cheese.
The moisture axis & the label
Moisture is the single biggest predictor of texture and aging path. Click each tier:
Then read the label properly:
A three-cheese flight
Line up three
One fresh, one semi-hard, one hard-aged — same or different milk, your choice.
Score each on the instrument
Moisture, salt, acidity, pungency, richness, sharpness — before reading the label.
Rank and explain
Which is driest? Sharpest? Attribute each to aging, not just "type."
Questions
Flashcards
Lock it in
From memory:
- Why vary only one thing in a flight?
- In what order do you taste, and why?
- What does the moisture axis predict?
- What does FDM measure?
- What does an AOC/PDO label guarantee — and not guarantee?
Milk
The raw material decision, made before anyone touches culture or rennet. Species, breed, and diet set the ceiling for everything that follows.
The four milks you’ll meet
Click through — each species brings a distinct fat, protein, and flavor signature:
Within one species, breed and diet shift flavor the way a growing season shifts wine. A Jersey cow’s rich, high-fat milk makes a different cheddar than a Holstein’s leaner milk — pasture-grazed animals in summer often produce noticeably grassier, more complex milk than grain-fed animals in winter.
Questions
Flashcards
Lock it in
From memory:
- Name the four milk species and one trait each.
- What gives goat milk its distinctive tang?
- Which milk is essential for true mozzarella di bufala?
- What two factors create milk’s "vintage" effect?
- Why is milk the first decision, before culture or rennet?
Coagulation
The chemistry moment that turns liquid milk into a solid you can shape, press, and age — and the single biggest fork in the road for what a cheese can become.
Rennet vs acid
Click each coagulant to see what curd it produces:
Two paths from one milk
Rennet path
- Elastic, moisture-retentive curd
- Suited to pressing and long aging
- The path for cheddar, Gouda, Comté, mozzarella
- The majority of the world’s named cheeses
Acid path
- Soft, crumbly, non-elastic curd
- Minimal aging — meant to be eaten fresh
- The path for ricotta, paneer, fresh chèvre
- A smaller, fast-turnaround category
This single decision — enzyme or acid — determines whether a cheese can age at all. Everything in Sessions 9–13 (bloomy, washed, alpine, hard, blue) starts from a rennet curd; everything in Session 8 starts from acid or a very light rennet set.
Questions
Flashcards
Lock it in
From memory:
- What kind of curd does rennet produce, and why does it age well?
- What kind of curd does acid produce?
- Where does chymosin traditionally come from?
- What is pasta filata, and which cheese depends on it?
- Why do vegetarian cheeses use a different coagulant?