Retro Handheld Dice Storage Case for DnD RPG Polyhedral Dice Set

£12.99

Keep your favourite dice set safe in this retro handheld inspired storage case, designed to hold a full 7-piece polyhedral dice set in a fun and eye-catching display.

This compact dice case features shaped compartments for each die and a magnetic sliding lid with a classic handheld gaming inspired design. It is ideal for storing your dice at home or taking them with you to your next DnD, RPG, or tabletop session.

Perfect for players who want a practical storage solution with a nostalgic gaming look.

Features:

  • Holds a standard 7-piece polyhedral dice set

  • Retro handheld inspired lid design

  • Magnetic sliding cover

  • Great for DnD, RPG, and tabletop gaming

  • Compact and easy to store or carry

  • Printed in PLA

Dimensions:

  • Approx 32mm tall

  • Approx 122mm long

  • Approx 75mm wide

Important information:

  • Dice are not included

  • Colours as shown

  • 3D printed to order

  • Minor layer lines or small surface variations may be visible due to the 3D printing process

Keep your favourite dice set safe in this retro handheld inspired storage case, designed to hold a full 7-piece polyhedral dice set in a fun and eye-catching display.

This compact dice case features shaped compartments for each die and a magnetic sliding lid with a classic handheld gaming inspired design. It is ideal for storing your dice at home or taking them with you to your next DnD, RPG, or tabletop session.

Perfect for players who want a practical storage solution with a nostalgic gaming look.

Features:

  • Holds a standard 7-piece polyhedral dice set

  • Retro handheld inspired lid design

  • Magnetic sliding cover

  • Great for DnD, RPG, and tabletop gaming

  • Compact and easy to store or carry

  • Printed in PLA

Dimensions:

  • Approx 32mm tall

  • Approx 122mm long

  • Approx 75mm wide

Important information:

  • Dice are not included

  • Colours as shown

  • 3D printed to order

  • Minor layer lines or small surface variations may be visible due to the 3D printing process