Jordan EJ13 F1 OW 2003
- jpg
Specifications Jordan EJ13 F1 OW 2003 blueprint
The Jordan EJ13 F1 OW 2003 was designed to be the most advanced Formula One racing car of its time. Its aerodynamic silhouette and lightweight frame were crafted to give its driver an aerodynamic edge during the race. The engine was a powerful 3-litre V10 engine, capable of producing 850 horsepower and reaching a top speed of almost 400 km/h. It had a six speed, semi-automatic transmission, allowing for quick gear changes without losing power. The EJ13 also featured titanium and magnesium components, adding strength and reducing overall weight. The car featured an advanced steering system which minimized driver input loss in terms of steering accuracy and response. It also employed a differential-stiffness control system, allowing for a more efficient driving experience. The car also came equipped with an air intake system, increasing the amount of air taken into the engine for a more powerful performance. Internally, the EJ13 featured an array of electronic equipment for a more accurate analysis of data collected and to offer real-time feedback to the driver. Externally, the car was painted in classic silver/grey livery, with red decals and logos to indicate its heritage as a Jordan F1 car. The interior was trimmed with fine leather and suede upholstery, providing a luxurious and comfortable experience for drivers. The EJ13 was a symbol of Jordan F1's commitment to standout performance and precision.
Careful measurement of the actual dimensions of the models, when creating their sketches, guarantees the high accuracy of our drawings, which is at the level of 94% - 99%.
When creating working drawings, all proportions of the depicted objects are strictly maintained.
You no longer need to create individual drawings of parts from scratch. The required changes to existing works are easily made using graphic editors.
The copyright holder permits the use of ready-made drawings, acquired under a free license, in the development of projects, scientific works and the preparation of presentations.
