A Modern Guide to Checkmating Patterns

This A Modern Guide to Checkmating Patterns is an English-language paperback chess book by Vladimir Barsky, focused on one of the most important practical skills in chess: spotting checkmating patterns and finding the decisive combination at the board.

What the book covers

The book is built around a classification method created by Barsky’s mentor, Viktor Khenkin (1923–2010). Rather than presenting a random collection of positions, it offers a structured course that helps readers recognise the most common mating patterns more quickly and understand how attacking ideas develop in real play.

It is aimed at a wide range of players, from ambitious club players to more advanced chess students. The material is also useful for tactical study, attacking play and tournament preparation.

Inside the book

Barsky includes 1,000 examples from games played in the 21st century, including 850 exercises. That makes the content especially relevant to modern chess practice, with positions drawn from contemporary games rather than older illustrative material.

The author selects instructive combinations and explains the techniques used to trap the opposing king. The book also shows how positions that look quiet at first glance can hide a mating pattern, which is often exactly the kind of detail that decides a game.

Why choose it?

This is more than a puzzle collection. It is a carefully organised training book that helps you learn what to look for in a position and how to calculate the moves that lead to mate. If you want to sharpen your tactical awareness, improve your calculation and finish attacks more confidently, A Modern Guide to Checkmating Patterns is a practical addition to your chess library.

Key details

• Product type: chess book
• Language: English
• Format: paperback
• Author: Vladimir Barsky
• Method: based on a classification method by Viktor Khenkin (1923–2010)
• Training material: 1,000 examples from games played in the 21st century
• Exercises: 850 exercises
• Page count: 256