Encyclopedia of Armour Modelling Techniques Vol 3, Ammo of Mig Jimenez

ENCYCLOPEDIA OF ARMOUR MODELLING TECHNIQUES, VOLUME 3: CAMOUFLAGES.

The definitive Encyclopedia of Armour Modeling Techniques by Mig Jiménez, creator of the FAQ 1 and 2, and the bestselling instructional books in the history of modeling, brings you the comprehensive Volume 3. Created by Mig Jiménez and a selection of the best tank modelers around the world under his direction.

Through the 150 pages and more than 700 high quality and large full color photos of this third volume, modelers can learn everything they will need for painting the different types of camouflage. From the easiest processes for the beginner to the advanced techniques for the more experienced modeler.
Volume No. 3 features in-depth explanations about how to tackle the entire painting process of the several camouflage types -be it a multi-color or desert scheme, a whitewash or a vehicle left in red oxide primer- as well as the techniques needed to represent the chipping effects usually seen in military vehicles. The modeler will also learn how to apply effects to alter the tone of the camouflage colors with washes, filters and oil paints. Finally, we will go over the advanced painting techniques more used today in the modeling scene: Black & White style, modulation, zenithal light, illumination by panels and spot light.

The processes outlined in this encyclopedia are composed of highly informative text and volumes of photos explaining every step in great detail. This encyclopedia is thus the ultimate modeler's guide, an essential tool for the table and workbench of all model fans of armored vehicles. This is the third of five volumes that constitute the Encyclopedia, each covering armor vehicle modeling in extensive detail.

Συγγραφείς: Mig Jimenez / Diego Quijano

Έκδοση: Ammo of Mig Jimenez (2017)

Περιγραφή: 150 έγχρωμες σελίδες, μαλακό εξώφυλλο, μέγεθος Α4, περισσότερες από 700 έγχρωμες φωτό μοντέλων. Κείμενα και λεζάντες στα αγγλικά.

Κατάσταση: ΑΜΕΤΑΧΕΙΡΙΣΤΟ.

Βάρος κατά την αποστολή: 890 gr.