Artist Spotlight: HKV Studios

Kate Voisin 3D Modeling, Artists, CheckMate, Featured Artists, Site

blog_preview_HKVStudiosWhile the TurboSquid catalog is very diverse, it’s obvious that cars are some of our most popular 3D models.  Among the artists who specialize in sleek details and shapely chrome, stands HKV Studios, whose catalog is made up entirely of vehicles, both vintage and new.  This month, we’re featuring their BMW i8 model, and we had the pleasure of chatting with Artem Kabanov, the creative director and founder of HKV Studios.…

Artist Spotlight: Tornado Studio

Kate Voisin 3D Modeling, Artists, CheckMate, Featured Artists, Site

blog_preview_TornadoStudioWhile the world’s Olympians get ready for the 2014 Winter Games in Sochi, Tornado Studio takes the gold medal in 3D modeling with this downhill skier, our newest featured image.  We were happy to get to talk with Martin Kostov, the founder and CEO of Tornado Studio, whose team has contributed a lot of great CheckMate models to the TurboSquid catalog.…

CheckMate Pro v2: Lowering Poly Count On SubD Models

Michele Bousquet 3D Modeling, CheckMate

Subdivision models naturally have more polygons than realtime models because of holding edges and good edge flow overall. However, it’s important to realize that a really well-made subdivision model often has fewer polygons than a non-subdividable model.

The following two images show a model of a Dimplex grill. On the left is the original model an artist created. He tried to make the model so it didn’t need subdivision when used as a background or mid-range object.…

CheckMate Pro v2: Subdivision Topology Requirements

Michele Bousquet 3D Modeling, Artists, CheckMate, Industry News

To help you pass CheckMate Pro v2 certification faster for subdividable models, here is a summary of the topology requirements. Please refer to the links for more detailed information, and also to the CheckMate Pro v2 Checklist.

Topology Requirements

  • Grid pattern for edges wherever possible. By this we mean have as close to 90-degree angles between edges as possible while still retaining the shape and flow of the model.