Two cars side by side on one surface: a racing track in 1:24 scale on an acrylic board 240 x 240 mm, three millimeters thick.
Responsibility details are not available.
A square board 240 millimeters to a side corresponds in 1:24 scale to roughly five and a half meters of real road width. That is just enough for two competition cars to fit side by side with a gap between them, that is the situation on the starting grid or during an overtaking move. The surface carries artwork of asphalt with dividing lines, rubber pickup from the tires and the irregularities a road tends to have after a season.
A body polished to a high gloss is merciless to its surroundings, because everything underneath it is reflected in the paint. A coarsely painted board or paper with printed paving will therefore damage the model rather than help it. Printed acrylic holds its plane and its surface reflects cleanly in the paint, which matters for photography.
It is a solution for a car builder who wants something better than a bare shelf under the model but does not want to take on building a section of track with curbs, barriers and grass. Anyone who wants to build such a scene needs plaster, sections and a lot of patience; here he gets a finished foundation on which he may, but need not, carry on. A pair of cars also makes it possible to show the difference between versions or between the state before and after a race.
The board lies flat, the edges are finished and the surface only needs wiping with a dry cloth. If you build your cars with the hood open and the parts laid out, reckon with the fact that the parts set down will take up almost as much room as a second car, and choose a larger board format instead.
Naši poradci a znalci sortimentu jsou připraveni odpovídat na Vaše dotazy (Po–Pá, 8–18 hod).
Zeptejte se na co potřebujete, odpovíme co nejdříve.
Texts from customers in the advice section reflect solely the opinions and views of the customers. MNF trade s.r.o. does not approve or verify customer texts in advance.
There are no questions here yet. Be the first to ask!