Military Technology

"If that's the case, it's really not appropriate to put it here." Zhang Jun nodded and said.

This is indeed the case. This mission will inevitably attract strong attention from all walks of life, whether it is from the technical field, commercial field, scientific research field, or even the fashion and luxury goods field, not to mention countless people who want to eat melons.

Therefore, if these people, or the media, are not allowed to see the true face of this golden meteorite star core, I am afraid these people will not give up.

Besides, if this golden meteorite core wants to be sold at a good price, it must be unveiled to confirm the authenticity of this golden meteorite core. Only in this way can everyone be convinced.

There is no problem with your choice. It will definitely attract global attention by then, so you must make relevant response plans and take all factors into consideration to avoid any trouble. Wu Hao nodded and then ordered.

Hearing Wu Hao's instructions, Yu Chengwu responded repeatedly: "Yes, we are also making full preparations in this regard. Xiaoyun is mainly responsible for this matter during this period, ensuring that the golden meteorite core is transported back to Earth. matters.

Of course, at the same time we are also prepared to fail. Even just for the speech, we are required to prepare two copies, one for success and one for failure. "

Hehehe...

Wu Hao smiled when he heard this, nodded slightly and said: "This mission is the first for us, but it will not be the only one. There are many resources on the moon, and there may be only one golden meteorite core like this. There may be many more.

Not just me, in the future we want to transport resources from the moon to the earth. This is also a very good reference case. So, you should be well prepared and travel lightly.

Don't have too much psychological pressure. After all, this is an exploratory experimental project with huge unknowns and risks. Naturally, you cannot expect 100% success. So you don’t have to be too demanding about the recent past. Success is the best, and failure is okay. "

After hearing Wu Hao's words, Yu Chengwu, Zhou Xiangming and others nodded one after another, and their hearts were wrapped in warmth.

Let's go, let's go look at other projects. Wu Hao waved.

Yu Chengwu understood and immediately led them to a new development workshop, where the Mars exploration rover that Yu Chengwu wanted them to mention was being developed.

This one is really big, bigger than the Wangshu lunar exploration rover. Zhang Jun couldn't help but admired the actual Mars exploration rover.

Yes, it is much larger than the Wangshu series lunar exploration rover, mainly because it is equipped with larger batteries, more detection equipment, and larger wheels and solar panels.

Zhou Xiangming took the lead and said: "These improvements are better adapted to the Martian ground environment. For example, this larger size wheel is helpful for crossing more complex obstacles. Its off-road performance is better, and at the same time, the territory It will also be higher and will not be easily scratched by sharp objects on the ground.

In addition, the larger ground clearance also prevents it from being completely submerged even if it encounters surface water flowing on Mars. At the same time, larger vehicles have more advantages when crossing some muddy areas and beaches.

Larger solar panels are naturally intended to generate more abundant power, while larger battery packs will help the Mars exploration rover travel longer distances, or be able to travel without relying on electricity for a longer period of time.

For example, when encountering a strong sandstorm, the sun is covered and the solar panels cannot generate electricity. Then at this time, it can only rely on the abundant power stored in its battery to support it in traveling to a safe area for avoidance.

Although this Mars exploration rover is equipped with an isotope thermoelectric motor, its power is too small to support the Mars exploration rover to travel a longer distance.

In addition, we have equipped this Mars exploration rover with two small robots. One of them is a Mars aircraft similar to Laomi's Mars helicopter.

However, its size is much larger than that of the old Minar, so it can stay in the air longer, which can reach more than ten minutes. Its ceiling can reach hundreds of meters, and its flight distance can be several kilometers.

On this Mars aircraft, we are not only equipped with a high-definition compound-eye camera, but also some detection equipment to detect the geological conditions of Mars.

In addition, this Mars aircraft also has a major mission, which is to explore the path for our Mars exploration rover. Compared with the moon, the topography and geology on Mars are more complex. Although we can obtain high-definition Mars detection satellite maps, it is still not enough to grasp information about its surface including geological conditions.

Therefore, in order to prevent the Mars exploration rover from encountering danger during its journey and to avoid detours, we developed this Mars aircraft. It can explore the path ahead for the Mars exploration rover and plan its route.

The results of aerial exploration can even be used to find high-value detection targets for this Mars exploration rover.

In order to enable it to work continuously, we designed it with a hot-swappable function and equipped it with two sets of batteries.

In other words, when the Mars aircraft runs out of power, it can fly to the aircraft landing platform above the Mars rover, and the Mars exploration rover's intelligent robotic arm will replace it with a fully charged battery. In this way, the Mars vehicle can continue flying. The replaced batteries can be connected to a special interface on the Mars rover, and the solar panels on the Mars rover can be used to charge the two batteries.

In this way, the two sets of batteries can be used interchangeably, thereby greatly extending its flight time to meet high-frequency use.

At the same time, this special take-off and landing platform is also conducive to the take-off and landing of this Mars aircraft. At the same time, the fuselage fixing device on the take-off and landing platform can also fix the entire Mars aircraft fuselage to resist the invasion of super strong Martian wind waves. .

In addition, this Mars aircraft can also be used to explore areas that are inaccessible to Mars rover, such as the tops of steep mountains, canyons, deep pits, etc., thereby achieving full coverage of important areas.

In addition, this Mars aircraft can also function as a signal relay. When the Mars exploration rover goes to or enters some deep mountain and canyon areas, the signal is easily obscured. At this time, the Mars aircraft can be used to relay the signal for the Mars exploration rover, so as to communicate with the satellites and satellites that are orbiting the Mars orbit. The orbiting spacecraft establishes a connection to the Earth.

Of course, this process is not required under normal circumstances. Relying on the communication system on the Mars exploration rover, we can achieve direct contact with the earth.

This use of satellite relay connections is a backup solution. When the Mars exploration rover cannot directly contact the earth, it can use this method to communicate. "