However, she did not let her guard down because this was only a preliminary test and more testing and optimization were needed.

Next, Lin Zhiyue conducted multiple acceleration and deceleration tests at different speeds, and simulated various actual driving scenarios, such as climbing hills and driving on curves.

When climbing a hill, the vehicle's power performance is excellent, easily coping with various slopes without any lack of power.

When driving on curves, the vehicle's handling is also very good, the steering is flexible, and the suspension system can effectively support the body and reduce roll.

After a series of tests, Lin Zhiyue drove the car back to the machinery factory.

She recorded and analyzed the test data in detail and found that the engine still had some minor problems under certain operating conditions. For example, the engine speed fell back a little slowly at the moment after sudden acceleration.

She knew this would require further fine-tuning of the engine's fuel injection system and ignition timing.

So, Lin Zhiyue went into the workshop again, opened the engine compartment, and started a new round of debugging work.

She carefully adjusted the fuel injection amount and injection time of the injector, while optimizing the ignition timing. Every parameter adjustment was carefully considered.

During the debugging process, she continuously conducted tests and made adjustments based on the test results, repeating this process over and over again, striving to maximize the performance of the engine.

After several hours of hard work, Lin Zhiyue finally completed all the debugging work.

She started the vehicle again and performed a thorough test.

This time, the vehicle's performance was perfect. Whether accelerating, decelerating, or driving under various complex road conditions, the engine ran very smoothly, the power output was strong and stable, and all performance indicators met her expected goals.