Cross stitch: knitting
About Cross stitch: knitting: Embroidery Simulator with 50 Drawings
Cross stitch: knitting is an embroidery simulator where the goal is to fill in cells by numbers, recreating beautiful drawings one stitch at a time. The 50 drawings are sorted by difficulty level, running from the easiest to the hardest, so the challenge grows naturally as you work through the collection. The selection is designed to appeal to everyone — young and old, boys and girls alike.
One puzzle depicts three large gray stone heads with prominent noses sitting on a green grassy hill beneath a teal sky dotted with stars and a moon.
How to Play Cross stitch: knitting: Fill Cells by Numbers
The core task is straightforward: follow the numbered cells and fill them in to complete each drawing. With 50 drawings arranged from easiest to hardest, the difficulty climbs gradually across the collection.
Controls
- Right mouse button (hold and move): Moves the canvas
- Left mouse button (press once or hold and move): Draws or moves depending on the selected tool
- B: Brush tool
- H: Move tool
- One finger (press once or hold and move): Draws or moves depending on the selected tool
- Two fingers: Zoom and move (recommended with the move tool to avoid accidental marks)
Games You Might Like
If the number-based puzzles in Cross stitch: knitting appeal to you, Number Match - Classic number game offers another satisfying number-focused challenge where you search for matching pairs or pairs that sum to 10. For more attentiveness training with colorful visuals, Find the Differences: Winter tale puts your eye for detail to work across festive holiday scenes. Fans of relaxed exploration and brain-training mini-games will find plenty to enjoy in BIG ADVENTURE: Trip to Europe 3, a hidden-objects adventure spanning picturesque European cities.
Browse the full Educational games catalog for more titles that mix fun with learning, check out Cinderella Games for family-friendly story-driven play, or explore the wider Puzzle games collection for even more cell-by-cell and pattern-based challenges.
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