The TECHING DM108 V12 Engine is an impressive metal model kit designed for builders, collectors and engineering enthusiasts who want to experience the beauty of mechanical movement in a hands-on way.
Built from more than 800 precision-made parts, the DM108 recreates the structure and character of a V12 engine in a highly detailed desktop model. The kit combines aluminium alloy and stainless steel components with an anodized finish, giving the completed model a premium technical appearance.
Once assembled, the TECHING DM108 becomes much more than a display piece. The electric drive system brings the internal mechanics to life, allowing you to observe the movement of the crankshaft, connecting rods, pistons and other mechanical elements. It offers a fascinating view into the rhythm and complexity of a V12 engine.
The kit is supplied with the tools required for assembly, allowing you to start building your model straight from the box.
With its high part count, advanced assembly level and realistic mechanical presentation, the DM108 is a rewarding project for experienced model builders and a unique gift for anyone passionate about engines, supercars, engineering or STEM learning.
The TECHING DM108 is not just a model. It is a premium mechanical building experience that combines precision, craftsmanship and the fascination of real engine technology.
Features:
- TECHING DM108 V12 Engine metal model kit
- More than 800 precision-made components
- Made from aluminium alloy and stainless steel
- Premium anodized finish
- Electric drive system with visible mechanical movement
- Moving crankshaft, connecting rods and pistons
- Supplied with the tools required for assembly
- Advanced assembly experience
- Excellent for collectors, engineering fans and STEM education
- Impressive display model after completion
Packaging Contents:
- TECHING DM108 V12 Engine metal model kit
- All precision-made parts required to build the model
- Complete hardware set for assembly
- Required tools for assembly
- Detailed step-by-step building manual
