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teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model

teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
New Out Of Stock
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
teching dm13-l4-t inline 4 cylinder car engine l4 diy assembly metal model
$469.99
  • Stock: Out Of Stock
  • Model: teching-dm13-l4-t-inline-4-cylinder-car-engine-l4-diy-assembly-m

Teching DM13-L4-T Inline 4 Cylinder Car Engine L4 DIY Assembly Metal Model

Shipping notice: this engine is in stock now. the order will be sent out within 1-2 working days. you will receive a shipping email after the parcel is picked up. any problem please contact me [email protected]

 


Features:


. Jules Goux drove a Peugeot to victory in the Indianapolis 500 grand prix in 1913. Ernest Henry created the in-line four-cylinder engine that powers this vehicle. This design, which was greatly influenced as a racing engine, was the first to use two overhead cams and four valves per cycle. To this day, inline four-cylinder engines used in racing cars still adhere to this structural specification.


birth of the in-line 4-cylinder engine: Using the carburetor patent, which Maybach had just acquired in 1893, Maybach and Paul Daimler finished designing and developing the in-line four-cylinder engine with the cast cylinder block in 1894. Nearly every high-quality automobile on the planet at the turn of the 20th century featured an in-line four-cylinder Maybach engine. This was carried out soon after Maybach and Paul Daimler were expelled from the organization.


Metal: Metal substance, precision casting using CNC technology, and oxidation of aluminum alloy. Craftsmanship of the highest caliber.


Mechanical: The transmission process is explained using a classic mechanical mechanism, which displays the beauty of the equipment with strict logic and soaring strength.


Real: By using a historically significant invention and product as the design prototype, it communicates the fundamental principles of machine operation and persuasively shows how they might be used.


Classic: The product design draws inspiration from outstanding works that have stood the test of time and served as turning points in the development of industrial science and technology. It is accurately scaled and extensively restored.


Craft: Using skilled abrasive equipment, more than 300 parts have been expertly polished, which wonderfully illustrates human intelligence in the creation of and desire for the great industrial period.


Extension: Although each product has a distinct structure and function, they may all be upgraded, integrated, or otherwise altered using specified kits or do-it-yourself modification parts.


The user must put the original product's component parts together to form a working machine. The whole process is close to the professional assembly line process, which is an interesting and challenging experience


Improving hands-on skills and focus, encouraging imaginative thought, and understanding and learning the construction and operating principles of engines are just a few of the benefits of DIY assembly. The model can be used as a high-end, high-quality model collection in addition to being an educational toy and teaching aid for educational science. It is also appropriate for relatives and friends in the meantime.


Ages 12 and up


Specifications:

.Color: As Shown
.Material: Aluminum Alloy + Stainless Steel
.Item: Inline Four-Cylinder Engine
.Model: DM13-L4-T
.Coloring Process: Anodic Oxidation
.Number of Parts: 364pcs
.External Power Supply: DC 5V
.Lithium Battery Capacity: 500mAh
.Charging Time: 2 Hours
.Battery Life: No less than 30 minutes under full power
.Assembly Difficulty: 4 Stars
.Assembly Time: 4 Hours.
.Product Size: 15.85 x 11.7 x 18.2cm
.Product Weight: 1747g
.Package Dimensions: 34 x 24 x 15cm
.Package Weight: 3547g
.Packing: High-end Metal Gift Box

Package Content:

.1Set x Engine
.1Set x Tool
.1 x User Guide

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