Hexton Hills Forest Pathways

  • Sale
  • Regular price $67.00
Shipping calculated at checkout.

Diverse 3D Printed Woodland Roads for Tabletop RPGs

Immerse your players in the heart of the forest with Hexton Hills 3D Printed Woodland Roads Pack! This 24-tile hex pack, printed and unpainted, offers a large selection of woodland roads to enrich your maps, adding life and narrative opportunities to your wooded areas.

Open the gateway to a verdant wilderness, with a mixture of roads and captivating points of interest:

  • 5 Straight Woodland Road Tiles, leading your heroes on their journey
  • 1 Woodland Crossroads Tile, a meeting point for myriad adventures
  • 3 Diverse Woodland Split Road Tiles, introducing the element of choice
  • 3 Sharp Bend Woodland Road Tiles, for those dramatic turns of events
  • 1 Shallow Curve Woodland Road Tile, creating smooth transitions
  • 1 Bend Woodland Road Tile, introducing surprises in your trail
  • 3 Woodland Road Connection Tiles, for seamless interplay of different scenes
  • 1 Crossroad Inn Tile, a haven for weary travellers
  • 1 Forest Cave Tile, a potential lair for mysterious creatures
  • 1 Lumberyard Tile, offering a touch of civilisation amidst the wilderness
  • 1 Woodland Village Tile, a centre of activity and quests
  • 1 Woodland Tower Tile, towering majestically among the trees
  • 1 Roadside Hideout Tile, a secret waiting to be unveiled
  • 1 Isolated Cottage Tile, a story waiting to unfold

Flawless print quality: Brought to life with our advanced FDM printers and sturdy PLA material, every tile boasts exceptional detail for an immersive experience. Note: colours may vary, and the product arrives unassembled.

User-friendly assembly: Our smart side tabs and magnet-sized holes enable easy, borderless assembly and optimal flexibility in your map building.

Add depth to your storytelling with Hexton Hills 3D Printed Woodland Roads Pack – where every road is an opportunity for an unforgettable tale!

Would you rather print these yourself? Click here for the STLs