Burger school
A great burger isn't luck — it's a series of small, deliberate decisions about heat, fat, salt and timing. This is the map to every one of them.
Cooking a great burger comes down to a handful of controllable variables: enough fat (around 80/20) for juiciness, a hot enough surface (200°C+) for the Maillard reaction, salt applied at the right moment, the right internal temperature for safety and texture, and a short rest before serving. Below is the full breakdown, guide by guide.
Every craft burger kitchen is really running a small science lab. The crust on a patty, the juiciness of the bite, the snap of a toasted bun — none of it is accidental. It's the result of understanding what heat, fat, salt and time actually do to beef as it cooks. This page is the index: a short overview of each piece of the science, with a link through to the full guide on each one.
Why pressing a loose ball of beef onto a screaming-hot griddle produces a completely different burger from a traditional thick patty.
A loose ball of beef pressed hard and flat onto a very hot griddle the moment it hits the surface — maximising contact for crust.
Read the full guide →Smash burgers win on flavour (more crust), consistency, and speed — the technique stacks the odds in your favour.
Read the full guide →Pressing a loose ball onto a hot flat-top spreads it thin, maximising surface area for a lacy, crispy edge.
Read the full guide →Pressing the patty onto hot steel maximises the Maillard reaction — more browned crust, more flavour.
Read the full guide →A grilled burger gets smoky char and a thicker, juicier patty over flame. A smash burger trades that for maximum crust. Different tools, different goals.
Read the full guide →The chemistry that turns grey meat into a burger worth eating, and why the bun matters just as much as the patty.
The chemistry behind the brown crust on a seared burger — amino acids and sugars reacting above ~140°C. The single most important moment in cooking a patty.
Read the full guide →Toasting creates a moisture barrier, adds texture contrast, and develops its own Maillard flavour — a small step, a large impact.
Read the full guide →Where safety, texture and juiciness meet — and why ground beef plays by different rules from a steak.
The safe minimum for ground beef is 70°C (160°F) — but fat content and doneness preference both shape the right target.
Read the full guide →Fat rendering is what makes a burger juicy — and the temperature you cook at determines how much of it stays in the patty.
Read the full guide →Every texture change as a burger cooks — soft to firm, juicy to dry — is protein denaturation happening in real time.
Read the full guide →The decisions made before and after the griddle — seasoning, fat ratio, and the rest — that separate a good burger from a great one.
Salt too early and you draw out moisture before it can re-absorb. Season right before cooking, or at least 45 minutes ahead — never in between.
Read the full guide →A 1–2 minute rest lets juices redistribute through the patty — the result holds together better and eats more evenly.
Read the full guide →About 80/20 — roughly 80% lean meat to 20% fat. That balance is what keeps a patty juicy through the cook.
Read the full guide →Enough fat, a loosely formed patty, the right cook temperature and a short rest — juiciness is the sum of several small decisions.
Read the full guide →Every patty at BB52 is 100% Australian beef, formed loose, seasoned right before the griddle, and cooked on a surface calibrated for the Maillard reaction — the same craft-kitchen thinking behind every guide on this page. What is a craft burger? →
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