Dice set Gamegenic Stranger Things D6 — Hellfire Club, 12 pcs

Gamegenic Stranger Things D6 — Hellfire Club is a set of twelve six-sided dice designed for tabletop and role-playing games. The dice carry a Stranger Things Hellfire Club visual theme and are produced as an officially branded accessory by Gamegenic. The compact collection provides playable replacement dice for board games and RPGs that require standard D6 rolls and offers a uniform aesthetic for game tables and sessions.

Advantages

These D6 dice are supplied in a coordinated 12-piece set that ensures consistent size, weight, and balance across rolls. The Stranger Things — Hellfire Club motif gives a unified appearance for players who prefer themed accessories. The dice are appropriate as direct substitutes for worn or missing dice and are small enough for convenient storage in typical gaming bags or accessory boxes.

Suitable for

• Tabletop board games that use six-sided dice
• Pen-and-paper role-playing games and quick resolution mechanics
• Replacements for lost or damaged standard D6 dice
• Group or campaign sessions where matching dice sets are preferred

Key specifications

• Quantity: 12 dice per set
• Dice type: six-sided (D6)
• Material: hard resin/plastic
• Finish: themed print with contrasting numerals for readability
• Size: standard tabletop D6 dimensions (fits common dice trays and storage)

How to use

Use these dice as you would any standard six-sided dice in board games, miniature combat systems, or role-playing mechanics. Roll one or more dice according to the rules of your game, interpret the pips/numerals for outcomes, and keep spare dice on hand to speed up play or replace missing pieces. Store the set in a dedicated compartment of your gaming bag or accessory box to protect the print and maintain consistent balance.

Usage recommendations

To preserve the finish and clarity of the numerals, avoid prolonged exposure to direct sunlight and clean dice with a soft, dry cloth. For storage, use a padded dice case or container to reduce chipping and abrasion during transport.