After hearing Zhou Xiangming's introduction, everyone couldn't help but nodded, full of expectations for this test. You must know that drones are small and fly very fast. If lidar can connect to these high-speed flying drones,
If it can detect all of them, it can handle even the most complex road conditions with ease.
Soon these drones were placed at predetermined locations by technicians. These drones vary in size. There are larger civilian drones used for shooting, and there are also some small military drones, ranging from large to large.
From small to small, the variety is very rich.
Anyway, here, for Zhou Yonghui and others, no matter what kind of drone they are, it doesn't matter. You must know that they are studying drone technology, so it is not surprising that there are various drones.
Following Zhou Yonghui's order, these drones quickly took off, flying and hovering in the air, sometimes accelerating and diving, sometimes flying close to the ground, sometimes pulling onions on dry land, and sometimes doing somersaults and performing aerobatics.
But for Wu Hao and others, compared to these fancy flying drones, everyone cares more about the information on the big screen.
In the slow dot cloud displaying the original detection data of the new generation lidar, multiple drones have been formed from dense points. The drones composed of these dot clouds move quickly on the screen, corresponding to the sky.
Various drones flying.
In the processed and rendered large-screen picture next to it, the shapes of these drones have also been very accurately modeled. These models fly quickly in the space in the picture, and the flying attitude and speed of the drones
All can be restored and displayed very perfectly.
How far is the farthest drone from the radar? Wu Hao glanced at the small drone flying in the distance, then looked at the detection data on the big screen, and then asked Zhou Yonghui.
After Zhou Yonghui heard this, he immediately motioned to the experimenter next to him. The experimenter next to him operated on his notebook, and then marked the real-time distance data on the flying drone models.
Two hundred and seventy-three meters! Zhou Yonghui glanced at the data marked on the drone on the big screen, and then reported to Wu Hao and the others.
Wu Hao nodded slightly when he heard this, and then waved: "Let this drone fly over."
Okay! Zhou Yonghui responded and immediately started giving orders.
Soon the small drone they were paying attention to flew over from a distance, and everyone saw on the big screen that the drone was getting closer and closer to the radar, and finally hovered and landed in front of them.
Come down.
Everyone finally saw the appearance of this small drone clearly. It was only the size of a human palm and was a four-axis small drone. Wu Hao looked at the appearance of this drone.
He couldn't help but smile and asked: "Why do I feel that this drone looks so familiar?"
Haha, I showed you this last year, the ‘Hu Feng’ micro reconnaissance drone we developed. Zhou Yonghui said with a smile.
Wu Hao nodded when he heard this. He knew that this reconnaissance drone has a speed of about 160 kilometers per hour. This laser radar can detect a speed of more than 160 kilometers per hour at a distance of more than 270 meters.
A drone as small as the palm of your hand is very powerful. Based on this alone, it is enough to crush its peers.
What do you think? Wu Hao turned to look at everyone.
After hearing what he said, everyone nodded and praised. Zhang Jun said with a smile: "It's amazing. With this alone, we will definitely be ten, no, twenty years ahead of all lidar technologies on the market!"
Haha, Wu Hao smiled and shook his head: "It's too exaggerated.
The lead is certain, but it is just a little bit ahead. How do you know that some other manufacturers have not developed more advanced lidar products in their laboratories?
The test just now only showed the test results when it was disabled. In reality, emergencies all occur while the vehicle is driving.
Let the car move and try it!”
No problem. After hearing Wu Hao's words, Zhou Yonghui immediately made arrangements.
"Next, we will let the test vehicles equipped with these two lidars drive. The speed is too low for us, so we are preparing to drive at 100 kilometers, 120 kilometers, and 140 kilometers.
Test at speed.
Under normal circumstances, this is already the limit of vehicle driving. Of course, we also have high-speed tests and ultra-high-speed tests, but due to time constraints, there is no way to arrange them today.
At present, we have been able to achieve lidar performance testing at a speed of 400 kilometers per hour, and in these ultra-high-speed tests, our lidar has achieved very good results.
In the future, we plan to cooperate with the High-Speed Rail Research Institute to install it on high-speed rails for ultra-high-speed performance testing. The other party has shown strong interest in this lidar and has urged us several times, hoping that we can quickly deliver the experimental samples
And the experimental technical team has been sent there.
It is said that we have to catch up with the project window and hope that this lidar can be equipped on the 400-kilometer high-speed train newly developed by our country."
After hearing Zhou Yonghui's report, Wu Hao nodded with a smile and said: "We must pay attention to this matter. You should send equipment and personnel there as soon as possible to cooperate with them and strive to apply this technology to the 400-kilometer high-speed train project."
.
On the one hand, we can make our due contribution to major national scientific research projects, which is an honor and an affirmation of our strength.
On the other hand, we can use this project to further expand our influence in the field of lidar technology and autonomous driving technology, thereby further expanding our share of the entire industry and market."
You can rest assured that we have organized a strong scientific research team, led by Jiaming himself, and will go there with the equipment to cooperate with them soon, striving to apply this technology to the 400-kilometer high-speed train project. Zhou Yonghui
He said confidently to Wu Hao.
Well, Wu Hao nodded when he saw this, then waved his hand and said: "Let's get started!"
The experiment begins!
As the experiment began, the test vehicle equipped with lidar started to speed forward. Because it is an electric vehicle, it accelerates very quickly, and can basically break 100km/h in three or four seconds.
Soon, the speed was controlled at about a hundred kilometers, and the vehicle was seen speeding away into the distance. On the big screen, the lidar detection screen quickly moved backwards. Because the speed was too fast, some details on the road had already been seen above.