1/32 Lublin R.XIII recommended for LukGraph

The Lublin R.XIII was a Polish multi-purpose biplane developed in the first half of the 1930s at the Plage i Laśkiewicz factory in Lublin. It was created as a successor to the successful R.X type and became one of the most widely used Polish military aircraft of the interwar period. The R.XIII was designed as a versatile machine capable of performing tasks in reconnaissance, light bombing, cooperation with ground forces and training. Its robust construction and ease of operation made it a reliable working machine of the Polish Air Force. It served in various versions (from the basic R.XIII to improved variants such as the R.XIIIter and R.XIIID) until September 1939, when it took part in the defensive battles against the German and Soviet invasion. For modellers, the R.XIII represents a typical representative of Polish interwar aviation technology - less known outside the region, but historically significant.

Yahu Models' 1:32 scale photo-etched instrument panel is a complementary product designed to enhance the cockpit detail of the LukGraph Lublin R-XIIID kit. The panel is made by photo-etching, which allows for fine detail and realistic looking instruments that plastic parts would have difficulty replicating. The colour scheme means that the dials and indicators are already printed in matching colours, eliminating the need to hand paint small elements. JustStick technology ensures that the panel is self-adhesive coated on the back - simply detach it from the backing and stick it directly to the designated location in the model's cockpit, without the use of adhesive or additional preparation steps.

This type of accessory is especially useful for builders who want to increase the level of interior detail without the need for complicated painting or installation. The panel is designed specifically for LukGraph kits, so its shape and dimensions match the original plastic parts. Care should be taken during installation to ensure accurate placement and to avoid fingerprints on the adhesive layer. The result is a cockpit with significantly more legible and realistic instruments, which improves the overall impression of the finished model, especially when the cockpit is visible through open cowling or transparent surfaces.