- Chess Downloads
- Typical Mistakes by 1800-2000 Players - Download
Typical Mistakes by 1800-2000 Players - Download
Typical Mistakes by 1800-2000 Players
by Nicholas Pert
GM Nicholas Pert about his new chess trainer: “After the success of my previous title "Typical Mistakes by 1600-1900 Players" I decided to produce a follow up DVD aimed at players of a slightly higher level. The examples all come from games played by players with a rating between 1800 and 2100. This DVD offers slightly more complex material than the previous DVD, and will hopefully provide an insight into what I believe are the main errors which stop players of this level to be more successful. I divided the material into categories such as “when to exchange pieces”, “how to convert an advantage”, “passive pieces”, “anticipating your opponent's plan”, and “openings and pawn structure”. Each section contains several examples which illustrate the theme and practical examples which allow the viewer to test his skills. This chess download provides a useful training tool for ambitious players and may highlight mistakes that the viewer should be aware of.”
• Video running time: 3 hours 50 min. (English)
• With interactive training including video feedback
• Extra: 50 additional examples
• Including CB 12 – Reader
GM Nick Pert is a chess Grandmaster from England who has regularly played for the England team in Olympiads and European Team Championships. He is a former World U18 chess champion and is the current National Head Coach of the English Chess Federation.
System requirements: Minimum: Pentium III 1 GHz, 1 GB RAM, Windows Vista, XP (Service Pack 3) to Windoews 10, DirectX9 graphic card with 256 MB RAM, DVD-ROM drive, Windows Media Player 9 and internet connection for program activation. Recommended: PC Intel Core i7, 2.8 GHz, 4 GB RAM, Windows 10 or Windows 8.1, Windows 7, DirectX10 graphic card (or compatible) with 512 MB RAM or better, 100% DirectX10 compatible sound card, Windows Media Player 11, DVD-ROM drive and Internet connection for program activation.