Don’t raise unruly people in extreme cold weather

Chapter 826

The study of flying dragons did not take up too much of Perfecto's time.

Although this strange patchwork thing did arouse her interest and competitive spirit, Perfectoct did not indulge in purely academic research on the biological characteristics of flying dragons.

She paid more attention to practicality and designed an alchemical transformation ritual based on the biological characteristics of flying dragons to decompose and transform these huge numbers of corpses, thereby converting them into usable alchemical materials.

This technology originated from ancient alchemy, and it was the core technology that Perfectoct once used to transform the corpses of gods to create god-killing armor.

However, this time she simplified it a lot and did not waste the original design of the flying dragon.

She deduced a complete set of mechanical structures based on the dragon's twisted biological structure, and optimized and improved it, ultimately resulting in a mechanical creation similar to a flapping-wing aircraft.

This flapping-wing aircraft, powered by a steam core, combines the streamlined body of a flying dragon with the wing membrane structure of a bat, presenting an overall unique beauty between biology and machinery.

The fuselage is about eight meters long and is made of biological alloy converted from dragon skin. The surface is covered with bionic scale-like armor, which not only reduces weight but also enhances pressure resistance.

There is a circular steam core cabin in the middle of the fuselage. Inside the cabin, there are valves and pipes connected to the steam core that provides power to regulate the output of steam energy.

The steam core module transfers kinetic energy to the power joints at the base of the wing bones through a gear transmission structure. These joints are composed of high-strength gears and hydraulic devices, which can simulate the high-frequency vibrations of flying dragon wings and provide powerful lift and propulsion.

The wingspan of the flapping-wing aircraft is about twelve meters. The wing membrane is made of a multi-layer composite material with scaly fibers of the flying dragon's wing membrane embedded on the surface, which ensures flexibility while giving it extremely high tear resistance.

The wing bone is supported by three main bones, with the ends forked into bat-like finger structures. The interior is hollow and filled with lightweight alloy to ensure a balance between strength and weight.

The tail of a flapping-wing aircraft is slender and flexible, with a set of adjustable tail fins at the end, which are used to maintain balance and adjust direction during flight.

The surface of the tail wing is covered with the same composite material as the wing membrane, ensuring the coordination of the overall structure.

There is a three-barreled rotary cannon on the nose of the flapping-wing aircraft, which is fed by an ammunition belt and is the only self-defense weapon of the flapping-wing aircraft.

Perfect had originally intended to imitate the dragon's fire-breathing organ, but after some thought, he realized that this thing might be okay on a living creature, but it would be too shabby for a flying machine.

So after careful consideration, Perfecto tore up the original flamethrower design and replaced it with the current rotary cannon.

I have to say that after this change it is not only much more pleasing to the eye, but also much more practical.

The flamethrower had a range of less than fifty meters, and the gatling guns... my friend, they were awesome, and a gatling gun bullet could travel at least twelve hundred meters in the air.

Perfect was pleased with the design of the flapping-wing aircraft. Although it was something she derived from the body structure of a flying dragon, it did not conceal the brilliance of this design.

Of course, design is design, and further testing is needed to see how well it will perform in actual production.

Perfect used the corpse of a large dragon king to transform it, producing the alchemical materials and parts Perfect needed, and then assembled it into the first flapping-wing aircraft.

Her eyes scanned every detail of the flapping-wing aircraft, and after confirming that it was correct, she gently patted the scale armor on the fuselage.

"Start the test." She whispered, with a hint of anticipation in her tone.

The runes inside the steam core began to flicker, and alchemical energy slowly poured into the core.

With a low humming sound, the wing membrane of the flapping-wing aircraft trembled slightly, and then slowly spread out.

The power joint at the base of the wing bone began to operate, and the sound of gears meshing was crisp and powerful.

The tail of the flapping-wing aircraft swung gently, and the tail adjusted its angle in preparation for takeoff.

"Activate the lift system," Perfecto ordered.

The power generated by the steam core is transmitted to the base of the wing bones through the transmission mechanism, and the wings of the flapping-wing aircraft begin to vibrate at a high frequency, and a series of low whistling sounds can be heard in the air. As the vibration speeds up, the flapping-wing aircraft slowly leaves the ground and floats in the air.

"The propulsion system is normal and the lift is stable." The tester's voice came from the communicator.

Perficot nodded, his eyes closely following every move of the ornithopter.

The ornithopter circled in the air and then began to accelerate.

The vibration frequency of the wing membrane gradually increases, and the speed of the flapping-wing aircraft also increases accordingly.

Its streamlined body drew a graceful arc in the air, as if a real flying dragon was soaring.

"Test the weapon system." Perfectot ordered again.

At the nose of the flapping-wing aircraft, the three-barreled rotary machine gun slowly rotated and then spewed out hot tongues of fire.

The bullets drew bright tracks in the air, and the distant targets were shattered instantly.

"The weapon system is normal, and the range and accuracy are as expected," the tester reported.

The corners of Perfecto's mouth rose slightly, and a hint of satisfaction flashed in his eyes.

After the test, Perfect returned to the laboratory and began to organize the test data.

She found that the power output of the steam core was somewhat unstable when the ornithopter was flying at high altitudes.

To solve this problem, she decided to optimize the structure of the steam core and add a backup energy system.

In addition, she also plans to add a reconnaissance system to the flapping-wing aircraft, using the bionic properties of the dragon's sensory organs to enable it to collect information about the surrounding environment during flight.

These improvements will enable flapping-wing aircraft to play a greater role in future combat.

Perfecto's work on improving the flapping-wing aircraft progressed rapidly.

She first redesigned the structure of the steam core module to increase the stability of power output.

Next, she designed a backup energy system consisting of a group of small steam cores that could quickly take over the power supply if the main core failed.

This backup system is cleverly integrated inside the fuselage, which neither affects the overall structure of the flapping-wing aircraft nor affects the overall structure of the aircraft, while providing additional safety protection.

The addition of a reconnaissance system is another important improvement of Perfect.

She used the bionic properties of the dragon's sensory organs to design a sensor network that can sense the surrounding environment.

These sensors are embedded in the wing membrane and tail, and can collect data such as airflow, temperature, humidity, etc. in real time during flight and transmit the information to the cockpit display screen.

This improvement not only enhances the reconnaissance capability of the flapping-wing aircraft, but also enables it to better adapt and adjust its flight attitude in complex environments.

In order to further improve the maneuverability of the flapping-wing aircraft, Perfectcot also fine-tuned the structure of the wing bones and tail.

She increased the adjustable range of the wing bones, allowing the ornithopter to change direction more flexibly when flying at high speeds.

The design of the tail wing has also been optimized, and the newly added adjustable angle enables it to better maintain balance when flying at low speeds.

These improvements have made the flapping-wing aircraft perform even better in the air, allowing it to handle both high-speed sprints and low-speed hovers with ease.

(End of this chapter)