Synthesis of everything starting from models

"Hello, you'll do your best!"

Listening to Harrow's answer, Li Ao laughed brightly, and then Li Ao told Harrow his thoughts one by one.

After Harrow understood all of Li Anchor's thoughts, he immediately said something to Li Anchor.

"Master, please take the 550 connection cable. Harrow needs some computing power. Currently Harrow's computing power is not enough!"

Li Anchor bent down and stretched out his hand to pull out a connecting cable from under the table. Then Haro started to use the connecting cable to use up all the computing power of 550.

With Harrow joining, it would be much easier for Li Ao to realize these ideas.

With Harrow's continuous calculations and the blessing of 550 computing power, the original drone design drawing on the computer screen slowly took shape while Li Ao was describing the process of Harrow's realization.

After the preliminary version was improved, Harrow immediately started simulating it to check whether there was any unreasonable design in the middle.

After simulation, the unreasonable design was revealed, and then Li Ao and Haro continued to eliminate and optimize these problems.

With their continuous efforts, the cargo bay was successfully changed into a magazine, and a bomb release rack was specially added to the cabin, which also made the drone more professional.

After Li Ao led Harrow to improve the magazine, he began to study further.

The model named after the Bee Drone-Queen Bee is first to enhance the communication system, and secondly to upgrade the intelligent command system to a certain level.

Generally speaking, the optimization direction of the queen bee is to enhance it and enhance its electronic system, intelligent command capabilities, and communication capabilities.

To be honest, Li Ao is not very good at these things, but who asked him to synthesize Harrow!

In terms of intelligent command capabilities, there is no need to be like Harrow. According to the answer given by Harrow, as long as he has 2% of Harrow's intelligence capabilities, he can completely cope with Li Ao's idea.

Harrow not only solved the problem of intelligent programs, but also designed the hardware part of the electronic system, which also included parts that enhanced communication functions.

At that time, as long as the team gives an identification code and allows the communication system to connect to the team's satellite, everything will be fine.

Of course, a lot of things have been added to the hardware, and the cargo hold of the lead aircraft has become smaller. The magazine that could originally hold three aerial bombs can only hold one aerial bomb after these additional hardware are installed.

And there is a large plate on the top of the fuselage, which looks like an early warning aircraft.

As for the improvement of the wingman bee drone-worker bee, it is different from that of the queen bee. For the queen bee, additions are made to the body, while for worker bees, it is subtraction.

Some non-essential things on the machine body are all within the scope of Li Ao and Harrow's simplification.

For example, high-definition reconnaissance cameras on drones, linked VR signal transmission equipment, and some useless electronic systems.

Anyway, as long as it could be subtracted, it was all subtracted by Li Anchor, which also left some space in the front half of the drone.

If calculated according to the size of 60 mortar shells, it can hold almost ten more shells than before.

After completing the improved designs in these two directions, Li Ao also handed over the intelligent command program of the lead aircraft to Haro.

After all the design plans were completed, Haro helped Li Anchor and sent the electronic hardware parts that had been changed previously to the electronics factory introduced by the team leader, so that they could come up with it as soon as possible.

Li Ao's optimization and improvement of the drone this time was much smoother than when he was just messing around on his own, and Haro was a big help.

After they got the lead aircraft queen bee and wingman worker bee out, the next step was to integrate the design of the mobile remote control command vehicle and the vehicle-mounted take-off platform.

For the design of these two cars, the model must first be determined, and then functional design can be carried out after the model is determined.

Regarding the choice of command vehicle model, Li Anchor immediately thought of the Warrior III long-axis version of the armored off-road vehicle. Although this vehicle is not too big, it can still be achieved with one or two control systems.

Moreover, this vehicle is now very mature, and it is easy to use when using existing vehicles. It also has certain armor protection capabilities in appearance, so it can be said that it is very suitable for modification of command vehicles.

Li Ao asked Harrow to search for information on the Internet, and it didn't take long to find the information on the civilian version. Although it was somewhat different from the military version, it was enough for now.

Even if there is a gap between the military version and the civilian version, the problem will not be too big.

With the foundation of the model in place, the next step was easy. Haro followed Li Ao's idea and integrated the control system of the lead aircraft according to the internal space of the Warrior.

Next to the lead aircraft control system, a wingman control console is also designed to specifically conduct tactical command and control of the wingman.

The hardware of the entire electronic system has been integrated by Harrow using the most reliable components on the market, with ergonomics also taken into consideration.

The car that was originally capable of transporting eight to nine people was now able to accommodate only four people except for the driver and co-pilot, and all other positions were occupied by the control system.

After finishing the design of the command vehicle, Li Ao began to work with Haro to develop a vehicle-mounted drone take-off platform.

Regarding the choice of vehicle model, Li Anchor originally wanted to use a log transport truck as a basis for improvement, but when he asked Haro to look for vehicle information, Li Anchor stopped.

Information about the Warrior model can still be found on the Internet, but on the log transport truck, Li Ao was afraid that Haro would find something he shouldn't find.

Rather than taking such a risk, it is better to use a 13.5-meter civilian container-type semi-trailer on the market as a basis, which is completely sufficient.

The carriage is made fully enclosed, the height of the carriage is made 4 meters, and it is divided into five layers, each layer is 80 centimeters high, of which 20 centimeters are designed as conveyor belts.

The total length is twelve meters. Calculated according to the length of the drone body, ten drones can be placed on one floor, and fifty drones can be placed on five floors.

And a 1.5-meter-long lift was built near the front of the car to lift the drone in the car to the top of the car.

Reinforce the top of the carriage, turn it into a take-off runway, and make it into a lifting mode. Anyway, the final look is like a ski-jump take-off runway.

Although the take-off distance of more than ten meters is very short, don't forget that the carriage has a height. The total height will not be less than six meters. With this height of six meters, plus the ski jump, after Harrow's simulation, Successful takeoff is still no problem.

The remaining 1.5 meters of trailer space will also be used, and a small crane will be installed there specifically for the recovery of drones.

When the boom is not in use, it will be retracted and suspended above the front of the vehicle.

This idea slowly took shape in Li Ao's mind, making him feel as if he had designed a land aircraft carrier.