ASET SPACESHIP AIR SPACE EARTH TECHNOLOGICAL SPEED SMART MODEL 2020 FROM INVENTOR LEDO TO THE WORLD

     WALID MOHAMMED HUSSAAIN AHMED MOHAMMED It is a small company specializing in the design and manufacture of advanced space technology, has been condemned by an Egyptian university student, Walid Mohammed Hussein Ahmed The company is considered a very powerful reference for giant companies and non-profit international organizations Which will lead to countless scientific gains, but this success will not have a cost and will reduce many serious incidents. Resulting from the use of space shuttle traditionally, will be recognized in this section on ASET and its components, and its mechanism in general ASET aircraft The aircraft program will see great and bad levels, this aircraft or space shuttle will be transferred astronauts in dozens of successful tasks, which will lead to countless scientific gains, but this success has no significant cost and will reduce many serious incidents resulting from the use of space shuttle traditionally , You will be recognized in this sec...

The aircraft's 3D models must be designed using a sophisticated 3D printer Then start testing that growth and subject it to an aerodynamics test to check the plane's efficiency and ability to fly in the most difficult conditions. After that, the plane must go through all other stages of testing, such as energy testing, propulsion and other electrical appliances. As in civilian aircraft, warplanes, spaceships, and even in the Airbus . Ensuring airworthiness Before reaching the production chain, the ASET M 20 undergoes a complex and rigorous test of aviation and its certification. Once approved and approved, the aircraft is equipped for service. Details of this extensive process are contained in the paragraphs below, with specific examples from ASET   The ASET M 20 must be adopted in 2020 by the two main international management bodies, the European Aviation Safety Agency and the Us Federal Aviation Administration in February 2020, after a program that begins for...

Why Use ODYSSEY Batteries Better Warranty Up to 4-year limited full replacement warranty — not pro rata. Longer Service Life 3-10 years of service life to save you time, money, and aggravation Longer Cycle Life 70% longer cycle life than conventional deep cycle batteries — high stable voltage for longer periods of time. Longer Shelf Life Can be stored on open circuit (nothing connected to the terminals) without recharging for up to 2 years or 12.00V, whichever occurs first. Faster Recharge The highest recharge efficiency of any sealed lead battery on the market — capable of 100% recharge in 4-6 hours. Mounting Flexibility Non-spillable design — can be mounted on any side in any position except inverted. Vibration Resistance Design protects against high impact shock and mechanical vibration — a common cause of premature battery failure. Extreme Temperature Tolerance Operating tempe...

Design Advantages Phenomenal starting power and massive deep cycle reserve power in one battery! Some batteries provide enormous cranking power. Others, deep cycle reserve power. The revolutionary ODYSSEY ® battery is designed to do both. How is this possible? The answer begins with flat plates made of 99% pure lead - not lead alloy, like many conventional batteries. Pure lead plates can be made thinner, so we can fit more of them in the battery. More ODYSSEY battery plates mean more plate surface area. And that means more power – twice as much as conventional batteries. In fact, ODYSSEY batteries are capable of providing engine cranking pulses up to 2700 amps for 5 seconds – double to triple that of equally sized conventional batteries, even at very low temperatures. And they can handle 400 charge-discharge cycles to 80% depth of discharge. This extreme combination of power and performance makes ODYSSEY batteries perfect for a range of applications, including automotive/L...

  The current cockpit system relies on three basic components: sensors, central computers, electronic indicators or so-called displays. Sensors: They are senses that explore and measure everything that is going on inside and outside the aircraft Central computer: processes the data and responds to audio and video signals displayed on the pilot to take orders and do what is necessary to deal with the variables. Display: As the intermediary between the pilot and the aircraft, he watches everything that happens inside    and outside the aircraft.

  Computer Aset Components The basic components of laptops are similar in function to their desktop counterparts, but are miniaturized, adapted to mobile use. Because of the additional requirements, laptop components are usually slower compared to similarly priced desktop parts. Furthermore, the design bounds on power, size, and cooling of laptops limit the maximum performance of laptop parts compared to that of desktop components. Processor :  (ntel® Core™ i9-7900X X-series Processor) The central processing unit (CPU) is the controlling component of your laptop computer. Processor speeds for computers are measured in gigahertz (GHz). Multi-core processors have more than one processor core on the same chip. Speed ratings for these processors indicate the speed of each individual core. The faster the speed, and the more cores the laptop processor has, the more tasks the laptop can do simultaneously. Hard drive:( Samsung 860 EVO ) The hard drive is the memory storag...