The "Mobile Command Vehicle" project led by An Yue was a big job. The team was only responsible for integrating the various needs of the police in their actual work. At the same time, they collected all the available technology at this stage. After integrating and analyzing these resources and data, they came up with a design plan that met the actual needs.
Because the design details of both hardware and software had a certain level of confidentiality, they would use an internal bidding method to determine the specific design unit of both hardware and software.
Qu Sen was recruited into the team. The nature of his work was to assist in the design of the command vehicle. Because Qu Sen had a deep understanding of the structural characteristics of the mobile communication relay station and its functional implementation, he gave An Yue's team a lot of reasonable suggestions on the use of the composite antenna group and satellite network connection.
Qu Sen also found that the "Mobile Command Vehicle" project could very well solve the difficulties encountered in the current small drone project.
The first was the control distance of the drone. Because the antenna on the drone itself was affected by weight and energy consumption, it was impossible for the power to be too high. They could only think of ways from the control side.
For example, the external antenna on the control side of the "Swift" was nearly three meters after unfolding. When brought into the urban environment, it also needed to be placed in a relatively high position with relatively fewer obstacles.
If this high-power transceiver antenna was added to the mobile command vehicle, the drone operator could operate from the command vehicle. In addition, the command vehicle could also provide a stable power source for the control side.
This was very beneficial for the operation commander to understand the situation at the scene in detail through the drone.
When the drone operator left the command vehicle to operate due to various needs, the antenna on the command vehicle could also be used as a relay antenna.
Expanding the idea, military small drones could work in areas with complicated terrain such as mountains and hills that were not conducive to wireless signal transmission and reception. They could also use the mobile communication relay station to relay signals to achieve the purpose of increasing the detection radius.
The second point was that the drone team wanted to add a face comparison function to the operating software of the drone. There was no problem with this function in terms of software technology. However, it took up a lot of system resources.
The remote control of the drone was a laptop. Its working performance was relatively low and could not bear this kind of load. The team's original plan was to implement this function on the server of the Municipal Bureau's technical department.
However, the technical department's server often had to run some analysis projects. The load itself was not small. The best way to implement this function was to add a set of servers. This involved a large investment.
As an experimental city, Huacheng City's economic environment was relatively good. Adding a server was not a big problem. However, if this technology was applied to second-tier or even third-tier cities, the implementation cost would have to be considered.
It seemed that this function could be implemented on the server of the mobile command vehicle. In addition, this function could also be applied to the command vehicle to capture images of suspects through other means.
Qu Sen's proposal was quickly approved by the evaluation team. In addition, the addition of the police drones to the command vehicle's intelligence source system also gave the leadership team a big hint.
They realized that the command vehicle's visual and audio intelligence sources couldn't be limited to the Skynet system. Could be used to include all the technical equipment that could be used....
As a result, the mobile command vehicle design, which had already begun to take shape, was temporarily shelved. An Yue took her team members and began to run around the three special research groups, as well as the technical departments at the provincial and municipal levels. She strived to integrate all the resources that could be integrated into the design.
Institute 109 was also very happy to receive Qu Sen's suggestion to combine the use of drones and mobile signal relay stations.
Previously, they only considered transferring the Swift's operating platform to the armored force's vehicle to increase the range of control. They didn't have a good way to use it for individual soldiers. Qu Sen's idea could be used as a way to solve this problem.
Coincidentally, there were software engineers from the University of Wuyi in the drone development and design team. The two sides came together and quickly determined that Qu Sen's proposal was completely feasible.
After the function was implemented, the command center would no longer need to go through the frontline reconnaissance personnel operating the drone to obtain the corresponding information. They could get real-time images from the relay station.
After this function was implemented, the comprehensive performance of the small drone would become more practical.
When An Yue took the team members everywhere to collect information, Qu Sen could finally take a break. In addition to following the drone project closely, he began to frequently run to the driving school across the road. He wanted to get a driver's license as soon as possible so that he didn't have to drive the Santana with him every time he went out.
Qu Sen had already taken more than half of the driving test before he became a soldier. He only had one more test left. But as soon as he became a soldier, he left it behind, so there was no problem with the theoretical knowledge.
If he wanted to get a driver's license, he definitely wouldn't have to practice all day long like normal students to pass the test. His main goal was to familiarize himself with driving skills as soon as possible with the help of the driving school instructor so that he could drive on the road alone.
Qu Sen wasn't stupid. After practicing for almost half a month, except for the morning and evening rush hours, there were no major problems driving on the road. As for the driving test, the first three tests had already been completed. He just had to wait until he was almost done practicing before taking the test.
In the small drone project, the design of the general reconnaissance model was basically completed. They just had to wait for the engineering machine to be presented to the evaluation team. More than half of the design of the second model was completed. The main problem was the choice of the electric bomb, but this choice was completed by the equipment innovation team.
Qu Sen had to wait until there was an alternative plan before he could start the actual test of the engineering machine.
The design of the surveillance drone was set up by the military. The team's original idea of "just use it" was rejected. The main reason was that this type of model was easy to lose or be captured by criminals when used by the police.
Once this "little thing" fell into the hands of foreign intelligence agencies, its mute parameters, data transmission frequency, and mode would quickly be cracked. Then the foreign military would likely develop countermeasures against these technical characteristics.
The design idea was rejected, but Qu Sen's team was not discouraged. They turned their attention to the design plans that were rejected by 109 due to various comprehensive considerations. The technology used in those plans might have flaws in military applications, but it was completely fine for police use.
After Qu Sen submitted the ideas to the team, the team had already come forward to coordinate with 109. They were ready to buy the engineering model and spare parts made by the eliminated plans and return it to the drone team for testing.
The last small communication signal interference drone only needed Professor Wu's design. The function was relatively simple because it only needed mobile phone signal interference and short-wave interference for civilian frequency band walkie-talkies.
Professor Wu directly assigned the work to two students, Zhou Li and Li Ying. After the two of them produced the prototype, they would send it to the drone team for testing.
Qu Sen was instantly happy when he heard the news. He wanted to call the two girls eight times a day to urge them to make progress. Then, he simply suggested that the two of them come to his place to design and manufacture engineering products.
However, the proposal was rejected by the two girls without hesitation. They also threatened him and said that if he kept harassing them, they would only think about the prototype half a year later.
After being criticized by the two girls, Qu Sen was not angry. Of course, he knew that it was impossible for the two of them to come to his place to complete the design work.
He just wanted to express his eagerness to see his two "old comrades". Now that he expressed his feelings, he had to continue with his work.
The evaluation team made a suggestion to the drone team. They suggested that several drones use the same control system. When connecting to different drones, the functions and interfaces would be automatically switched.
This proposal seemed to reduce the workload of the drone software, but in fact, the more integrated something was, the more difficult it was to design. This was the case for electronic circuits and software design.
Qu Sen and Feng Yanhui could only put a lot of energy into building the framework of the integrated control platform. Sun Miao and Liu Zhiquan were mainly responsible for the production of the general reconnaissance prototype.
When it was late September, the general reconnaissance prototype was finally completed. The shape was based on the improved power system of the "Swift". At the same time, it had the dual camera design of the "Qin Crossbow".
When in use, the control and surveillance were separated.
The fuselage had a diameter of 57 centimeters. The maximum cruising speed was close to 80 kilometers per hour in a windless environment. It could withstand wind up to level seven.
The average driving time was 90 minutes. The hovering time was more than 120 minutes. The city comprehensive control radius was 1.5 to 2 kilometers. Under ideal conditions, it could reach up to 7 kilometers.
It was equipped with a GPS chip. The operator could control the vehicle while it was in the vehicle state and provide long-distance hidden guidance for suspects.
The effective control distance could also be greatly expanded through a mobile command vehicle. The specific parameters were to be tested.
In addition, it was equipped with a loudspeaker that could rotate at multiple angles. At a height of about five meters above the ground, it could broadcast to the ground. The highest volume was about 95 decibels.
After the comprehensive evaluation by the evaluation team, the general reconnaissance model I engineering machine passed the performance review and cost calculation in one go and entered the design phase of the experimental model.
After the drone team's design passed the evaluation, Huang An, as the leader of the reconnaissance technology innovation team, invited everyone to a big meal to celebrate. Cheng Wanqi also showed up and had a drink with everyone, encouraging everyone to keep their pride and continue to work hard.
He also told the drone team not to be afraid of spending money. As long as the manufacturing cost of the finished product could be controlled, the research and development team would not be stingy. As long as the application of small police drones could be shown in the follow-up design, the budget would continue to increase.
Before leaving, he joked that at first, the leadership team was worried that Qu Sen was too young and could not do the leadership work of the team well. Now, they were half relieved. If the team could come up with a design that could pass the evaluation in a short time, they would be completely relieved.
Although Qu Sen drank a little, he knew very well that the leader was trying to goad him. However, he still stood up and made a promise.
After a round of drinks, the index catalog and detailed explanation of abandoned technology purchased by the working group through the department from House 109 was almost ready.
Although the catalog was filled with abandoned designs, it still contained a lot of confidential technology. Therefore, Qu Sen's team needed to first select the technology from the index catalog. After registering it, the rest would be returned to Institute 109.
Two people were sent to supervise the process. One was the Institute's confidentiality officer. Although Qu Sen was not familiar with him, he knew him. The other was an old acquaintance, Zhao Gong, Zhao Zejiang.
Before the two of them brought the index catalog to Huacheng, Huang An called Qu Sen to the office and told him that the reception fee for the two supervisors from Institute 109 was to be calculated separately. As long as it did not exceed the limit, Qu Sen could ask him to reimburse the cost.
The only requirement was that Qu Sen must appease the two of them and stay for a while. Not only did he have to carefully select the relevant technology they brought, but he also had to carefully select it.
He had to try to get the latest and practical technology from Institute 109 out of their mouths.
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