CaDA Bricks
Claas Dominator 370 Combine Harvester
This brick model from CaDA Bricks recreates the Claas Dominator 370 combine harvester, a well-known agricultural machine recognised for its efficiency and reliability. Finished in the classic green, white, and red colour scheme, the model reflects the appearance of real Claas equipment. As part of the brick kit range, it offers a detailed and functional build suited to both display and hands-on interaction.
Constructed from 348 pieces, the model features printed elements rather than stickers, helping maintain a consistent finish across the build. The structure captures the distinctive shape of a combine harvester, including the large front header and elevated cab. The interior and exterior details combine to give the model a realistic appearance, while the size allows it to stand out in a collection of brick-built vehicles.
Functionality is a key feature of this model. It includes manual forward and backward movement, with a working reel and header that move in sync as the model is pushed along. The grain unloading auger can be folded out or stored, and both the cab and grain tank can be opened manually to reveal additional detail. These features help replicate the real machine’s operation in a simplified but effective way.
- Brick model of the Claas Dominator 370 combine harvester
- 348-piece self-build construction
- Printed parts for accurate detailing, no stickers required
- Manual forward and backward movement
- Working reel and header synchronised with movement
- Foldable grain unloading auger
- Opening cab and grain tank sections
- Approximate dimensions: 27.8cm length, 22.7cm width, 13.6cm height
The Claas Dominator series has long been associated with dependable harvesting machinery, widely used across farms in Europe and beyond. Designed to handle large volumes of crops efficiently, combine harvesters like the Dominator 370 bring together cutting, threshing, and grain collection in a single machine. Their design has evolved over time to improve productivity and ease of use, while maintaining durability in demanding agricultural environments. This model reflects that legacy, offering a compact representation of a machine that plays a vital role in modern farming operations.
