Wills SS76 Quoins/Corner Stones OO/HO

Wills SS76 Quoins & Corner Stones: The Scratch-Builder's Best Friend

Glueing two flat sheets of embossed brick or stone plasticard together at a 90-degree angle almost always leaves an ugly, unrealistic corner seam. The Wills SS76 Quoins (Corner Stones) solve this exact scratch-building headache while instantly upgrading the architectural presence of your model buildings.

Hide Seams and Elevate Your Architecture

In the real world, quoins are the large, dressed stones traditionally used on the corners of brick and stone buildings to provide structural strength and a grand appearance. In model making, they serve a brilliant dual purpose: they look fantastic on station buildings, country pubs, banks, and stately homes, while neatly wrapping around the corner to completely hide your messy plasticard glue joints.

Easy to Cut, Paint, and Weather

Supplied as unpainted plastic strips (each approximately 130mm long), these corner stones are incredibly easy to work with. Measure the height of your building's wall, score and snap the strip to your required length with a sharp craft knife, then glue it over the corner seam with standard poly cement. The textured surface takes acrylic paints, enamel washes, and weathering powders beautifully, allowing you to match them perfectly to your existing masonry.

Key Features & Dimensions:

• Scale: OO / HO Gauge (4mm / 1:76).
• The Perfect Cover-Up: Neatly hides 90-degree corner joints when scratch-building or kit-bashing.
• Architectural Detail: Ideal for upgrading the appearance of municipal buildings, railway stations, and grand houses.
• Dimensions: Supplied as strips (approx. 130mm long) that can be easily cut to your required height.
• Customisable: Unpainted plastic format allows for easy painting and weathering to suit any regional stone colour.

Don't let a messy corner joint ruin hours of careful scratch-building. Keep a pack of Wills SS76 Quoins in your spares box to give your next building project a flawless, professional finish.