Product Description
Bring an eerie woodland presence to game night with the Deadwood Dice Tower. Designed to resemble an ancient, twisted tree overtaken by dark magic, this detailed tower features gnarled bark, exposed roots, skeletal facial details, and jagged branches that create a striking fantasy centerpiece.
Drop compatible tabletop dice into the upper opening and let them tumble through the interior before exiting into the collection area near the base. The sculpted roots help frame the lower portion while the weathered tree texture gives the piece the appearance of something pulled from a haunted forest or forgotten realm.
The Deadwood Dice Tower works well for tabletop role-playing games, fantasy board games, gothic gaming setups, collector displays, and gifts for players who prefer darker fantasy themes.
Product Details
- Functional tabletop dice tower
- Twisted dead-tree design
- Integrated skull-like facial details
- Sculpted bark, roots, knots, and branching limbs
- Interior path tumbles dice before release
- Lower collection area helps contain rolls
- Freestanding tabletop design
- Highly detailed 3D-printed construction
- Suitable for tabletop gaming or display
- Sold individually
Compatibility Information
Designed for many commonly used tabletop gaming dice, including standard polyhedral dice sets.
Performance may vary with unusually large, oversized, sharp-edged, or heavy dice. Use caution with metal dice, as repeated impacts may damage the printed interior.
Color Information
Choose your preferred color from the available options.
Wood-like colors will vary naturally during printing. Each finished piece may therefore have a slightly different appearance.
Included
- One Deadwood Dice Tower
Dice and other gaming accessories shown in product photography are not included.
Product Notice
This design includes narrow branches, roots, and other detailed sculptural features. Handle with reasonable care to avoid breakage.
Visible layer lines, slight surface variations, and minor differences in finish are normal characteristics of 3D-printed products.
