Yakitori — grilled chicken on skewers over binchōtan (white charcoal) — is one of Japan's most refined cooking traditions despite appearing simple. The mastery is in heat control, salt application, tare (glaze) management, and understanding that different parts of the chicken require different cooking approaches. A yakitori master trains for years to control the distance between food and coals measured in millimetres, rotating skewers at precise intervals, knowing by sound and smell when each piece is done.
Binchōtan (white oak charcoal) burns at extreme heat with almost no smoke or flame — providing pure radiant heat without off-flavours. Each cut is skewered specifically: momo (thigh) in 3cm cubes, negima (thigh with negi leek), tsukune (ground chicken meatball), kawa (skin folded and threaded accordion-style), sunagimo (gizzard), bonjiri (tail). Two styles: shio (salt only) and tare (sweet soy glaze). Salt goes on from height — 20cm above — for even distribution. Tare is brushed on in the final minute, built up in thin layers over multiple passes. The grill master constantly adjusts: skewers closer for searing, further for gentle cooking, rotated to prevent burning.
The simplest test of a yakitori restaurant's quality: order the kawa (skin). If it's crispy, rendered, and slightly charred with no rubbery texture, everything else will be excellent. At home, the closest approximation to binchōtan is a small charcoal grill with lump hardwood charcoal, grate set as close as possible. The tare recipe: equal parts soy sauce and mirin, reduced by half, with a splash of sake. The master's tare pot is never washed — it's replenished continuously, the residual layers adding depth over time.
Using regular charcoal — the smoke contaminates the clean flavour. Applying tare too early — it burns. Using one temperature for all cuts — skin needs high heat to crisp, breast needs gentle heat to stay moist. Overcrowding the grill. Not rotating frequently enough. Salting at the table instead of during cooking — the salt needs to set into the surface over the heat.