One of the human’s long-standing dreams has been to fly. Over the years, humans have been inspired by the flight of birds to try to build wings that make this dream come true. It took many years for humans to make their first flight safely, but the goal of flying has not yet been made public. Calmoairphoenix is a new startup that has been established to produce cheap and safe aircraft with comfortable and optimal flight capability. Here, we aim to provide people with the dream to fly. We began developing aircraft back in 2020. In this field, Calmoairphoenix researchers have conducted extensive research since the beginning, and they have been able to identify problems well. Among the issues in this field, we can mention the high cost and time of aircraft production along with many other technical ones. By performing different optimizations, Calmoairphoenix has been able to reduce technical issues to the greatest possible extent. Through these optimizations, production costs were significantly reduced. This white paper lists the existing problems and the solutions to the issues, along with an economic analysis. This white paper provides complete information from Calmoairphoenix company and IDO information.
Today, the aviation industry is one of the essential pillars of global communication. Air transport has become an integral part of the lives of the world’s people. From air travel to the transportation of postal items and roadside and emergency services are also provided by air. In addition to the applications and benefits that airplanes have created in daily life, humans’ interest in flying should not be overlooked. For many years, humans tried to build flying wings by imitating the movements of birds and their flight type. Although these attempts often did not succeed, scientists continued to experiment and innovate. The first successful flights date back to the 17th century. In this century, humans became acquainted with the properties of different fluids as well as the properties of fluids at different temperatures. They succeeded in making balloons that used hydrogen or hot air. Despite being the first successful flights in history, these balloons faced problems such as lack of control and slow movement.
Along with experimental and creative research, science was also advancing well. A brief look at fluid flow history reveals that Navier-Stokes equations govern fluid flow. In the early nineteenth century, by solving the flow on the flat plate and obtaining the velocity profile in Navier-Stokes relationships, a huge step was taken in realizing the dream of flight. In the early 1990s, the Wright brothers built the first modern aircraft models by mounting an engine on past models. This aircraft was the first model that could fly in the air at the passengers’ will, go up and down and take the desired route. Since the creation of this model, various researches have been conducted, and improved models are being used today. Founded in 1916, Boeing is the world’s largest aircraft manufacturer. Airbus was also founded in the early 1970s by the merger of several other aircraft companies. These two companies manufacture almost all passenger planes. During the flight, the balloons were constantly affected by wind and air currents, which could be dangerous for the occupants. Among other things done to fulfill the dream of human flight, we can mention Leonardo da Vinci. Inspired by the flight of birds, he built a device that could fly from a high place and gently land on the ground. After Bineh and Bin Veno (from France) made great efforts in this field in 1678, 1884, and 1843 respectively, Hanson (from Germany), also made great efforts in this area and invented various devices that could be used from high places to throw air and land gently. These researches were the most important results in their time. These devices, in fact, are the prototypes of today’s gliders. These aircraft became known as drones. The main problems in these models are the high weight of the models produced and the lack of proper adaptation of the center of gravity and pressure. These factors made these models unable to fly well and travel long distances. Then other scientists tried to fix the existing shortcomings. In 1871 and 1896 the Frenchmen Alfonso Peno and Shano were among the first to build optimally weighted aircraft with a well-designed center of gravity.
One of the pioneers of this industry is Boeing Company, founded in 1916 and is one of the best companies in the aerospace industry. Airbus is the second-largest aircraft manufacturer. It was formed in 1970 by the merger of several companies and produces nearly half of the commercial aircraft worldwide. Then, Douglas Aircraft was established. Boeing took possession of the company in 1997 and merged with the company. Other companies involved in this field have joined Boeing and Airbus, two significant companies in this field.
One of the most significant factors that make this startup a good investment is the volume of sales products. According to the company’s goals, this company has excellent market opportunities in order to create a suitable and cheap platform for the general public. The company can make a good profit for investors over the years.
Among all the global aircraft companies, Calmoairphoenix is a new start-up in aerospace, which has a different goal than other aircraft companies. The company focuses on making airplanes available to people all over the world. Therefore, this company concentrates on producing aircraft with the capacity to have 2 to 10 people. Although we will manufacture commercial aircraft, we will remain steadfast in achieving the company’s leading goal. In addition to this goal, creating an educational community to teach aviation to people who buy aircraft from our company is on the agenda. Therefore, the overall goal of Calmoairphoenix is to provide the necessary aviation conditions and tools, including aircraft and aviation training equipment, to the general public.
Calmoairphoenix’s products are focused on making it possible for people to fly. So, we start our journey at this company by creating the production of two-seater aircraft with the brand Capella M-1. Other products being designed in the company include four-seater to ten-seater aircraft. But the passenger capacity of the planes is a small part of the problems of the company’s plans. As the company intends to make the aircraft available to the public, we are developing an intelligent co-pilot that simplifies flight, take-off, and landing as much as possible. This development results in reducing the existing costs, along with safety increases.
This industry, like other industries, has weaknesses and shortcomings. In this section, we will discuss these problems. One of the most significant problems in this field is the high cost of aircraft production. This high cost makes it impossible for the general public to buy and use private jets. One factor that causes the high cost of aircraft production is the current aircraft production costs. This production time usually involves a long time. It typically takes an average of 4 to 5 years to produce an aircraft. This long time creates high costs for buyers. In addition to economic problems, there are various technical problems in this direction. One of the most significant technological problems in this industry is interval aircraft repairments. But other problems that have been paid particular attention to are flight problems. Aircraft speed is limited! At high speeds, the amount of drag on the aircraft is high, which limits the aircraft’s speed and high fuel consumption. Another problem is the design of the optimal weight of the aircraft. To reduce the weight, it is needed to shrink the cabin to create comfort for passengers on flights. Therefore, the problems in this field, which the company is trying to solve, can be summarized in the following categories:
- High cost of manufactured aircraft
- A long time to produce an aircraft (4 or 5 years)
- Periodic aircraft repairs
- Limited speed
- High fuel consumption, which also causes air pollution
- High weight
- Small cabin space for passengers and pilots
The previous section discussed the problems of the aviation industry. In this section, we review the available solutions. First, we pay attention to solving technical issues. To find the solution to the existing problems, Calmoairphoenix started its research in 2020 and has used essential and up-to-date sources in the world. One of the main problems is the limited speed and high fuel consumption of existing aircraft. This fuel consumption causes environmental problems. To solve this problem, the company started designing its aircraft. In this design, the drag force on the aircraft has been reduced by optimizing the aerodynamic shape of the aircraft. By optimizing the aerodynamic body, the amount of drag on the aircraft is reduced, which reduces fuel consumption and thus reduces environmental impact. Then, by designing a variable wing, it optimizes the lift force on the aircraft. Fixed-wing aircraft use high drag forces to reduce the lift force generated at high speeds, which results in wasted fuel consumption. On the other hand, in the variable wing designed by this company, they reduce lift force instead of increasing drag force by changing the wing at high speeds. In addition to reducing the lift force, the drag force is reduced on the wing, so a large amount of fuel consumption is saved with this optimal design. And this aircraft can fly longer distances with the same amount of fuel as similar aircraft. On the other hand, reducing the drag force will increase the aircraft’s speed more than similar aircraft. In this design, a suitable amount of space is considered inside the cabin, making the passenger comfortable. On the other hand, the variable wing makes it possible to produce more lift at lower speeds than similar aircraft. Therefore, it is possible to land and peak at a lower speed. This considerably helps to land and take off more safely than other existing aircraft and makes it easier for the pilot to control the aircraft. In addition to these designs, the company has tested various materials to use in body construction and equipment. The aircraft’s weight is reduced as much as possible in these tests, which reduces fuel consumption in the aircraft. In addition to all these optimizations, efforts have been made to minimize production costs. The convenience of periodic aircraft service has been well considered in these designs, and all these designs have been used to significantly reduce production time. Therefore, in this design, the safety of the aircraft has been increased to a great extent. In contrast, the production cost of an aircraft has been reduced.
In this section, we will briefly talk about the costs involved for this company. In this start-up, the most significant expenses were the costs associated with creating a company token and registering with an exchange. Next, we can mention the construction and equipment of the factory, and finally, the molds structure for the production of parts and the cost of the contract with partner companies to produce parts in order to reduce the running costs. Purchasing and supplying raw materials required by the company is another cost here. In addition to these costs are current factory costs and workers’ wages.
Capital Return and Currency Price Forecast
One of the most significant considerations in starting a business is the economic justification plan. Therefore, the investor must be aware of the company’s future (according to the executive costs in this plan) and the ways to return the company’s capital. The following are the company’s revenue methods.
- Profit from airplane sales
- Profit from the sale of spare parts used for aircraft service
- Income from holding aviation training courses
- Revenue from repair training courses
- Proceeds from cooperation in the sale of products
- Earnings from virtual air travel tour
Predicting the Economic Future of the Company
According to the annual revenues, the amounts related to the company’s expenses are shortened. Research and development amounts are deducted from the payments. Part of the income is related to increasing the company’s capital. There are other expenses in the company, which are finally calculated by reducing the company’s costs from the annual income to the annual profit. Finally, the gain is spent on increasing the current price according to the currency’s price relative to the company’s assets. Therefore, considering the value forecast of Calmoairphoenix company in the coming years, the token price forecast of this company is as shown in the chart below.
Figure 1 shows the valuation of each token over the different years. The line is an indicator of price forecasts and estimates provided by the Calmoairphoenix economics team. The company is striving to achieve its economic ideal. Despite this, the financial path of a company always has ups and downs, as can be seen in Figure 1, Ideal Path, which takes into account the effect of time conditions and various economic parameters. Using this figure, the initial seed-sale price of the tokens is estimated at $ 0.0001, which by 2023, based on the growth of the company value, the value of each token will be $ 0.002. The value of each token will increase to $ 0.005 in 2024, with the completion of the factory production line and the distribution of tokens through various exchange offices. Following the five-year capital return period of this plan, the value of the company will reach 0.12 dollar by 2028. Based on the company’s entry into the profitability range, the value of the token is expected to reach $1 in the future.
Caph Token Overview
The CalmoAir Phoenix token is generated by the name of CAPH token (CalmoAirPhoenix) which is shorted from the company name. The total number of tokens are 100000000000 (100 billion token). Other information about the Caph tokens is listed below.
Token Contract Address: 0xFF671691eECd8ea8F218E2a778c6155918EBfC11
Token Seed Sale: 10 July 2022
Seed sale price: 1 Caph=0.0001 $
Token Pre Sale: 10 September 2022
Pre sale price: 1 Caph=0.001 $
Token Public Sale: 10 November 2022
Public sale price: 1 Caph=0.01 $
Ticker: CAPH Fundraising Goal: 40000000000 token
Token type: Bep-20
Total tokens: 100000000000
Please read the terms mentioned in this section. The terms and conditions outlined in this whitepaper apply to anyone who downloads or uses the whitepaper. Do not use this whitepaper if you disagree with it.
This whitepaper is prepared to introduce the Calmoairphoenix company. The purpose of presenting this whitepaper is to introduce the company and the investment opportunity in this project. This whitepaper is not a contract and is intended to introduce this company.
The primary purpose of this white paper is education and information.
To invest in this project, investors should consider all aspects and not be satisfied with this wallpaper alone.
Calmoairphoenix reserves the right to change the terms of this whitepaper.
The company will post white paper changes on Calmoairphoenix’s website. The new white paper will be on the site, and previous white papers will be available too. This white paper is version 2, and previous version is 1. Investors must read the latest whitepaper on the site before investing.
Calmoairphoenix company reserves the right to make changes to this whitepaper before, during, and after the sale of tokens. This right is because project consultants have not been added to it yet. With the addition of consultants, it is necessary to add their names to the white paper.
The presence of Calmoairphoenix company in social networks is announced on the company website. If there are any problems with the Calmoairphoenix website, information will be provided on the company managers’ social media pages.
This document is not an offer, a solicitation, a recommendation, or an invitation to purchase securities of any company described herein. The whitepaper is not an offering document or prospectus and is not intended to provide the basis for any investment decision or contract.
The reader of this document is encouraged to seek external advice and is solely responsible for assessing the issues discussed herein, including assessing risks and consulting technical and professional advisors.
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