No, you cannot fly Mach 9. Mach 9 is the speed of sound, which is about 767 miles per hour and is around 1,236 km/h. This is about three times faster than the fastest commercial airliner, the Concorde, which could fly close to Mach 2 (about half the speed of sound).
Currently, no manned aircraft is able to exceed the speed of sound. There have been some experimental military and research aircraft, such as the X-15, that flew at speeds slightly exceeding Mach 6 (approx.
4,372 mph or 7,039 km/h). But the production of these aircrafts has been discontinued and the technology to exceed the speed of sound has not been developed.
Has any plane flown Mach 10?
No, no plane has ever been able to fly at Mach 10 or higher—which is equivalent to over 7,500 mph. This speed is far beyond the capabilities of any existing jet engine and air frame. The highest speed an aircraft has ever flown is approximately Mach 6.
83—less than half of Mach 10—achieved byNASA’s X-43A hypersonic experimental aircraft on November 16, 2004. Attempts have been made to fly past Mach 10 since the X-43A flight, but the current limitations of propulsion and structure technology prevent such speeds from being safely achievable.
Consequently, the prospects for any aircraft to achieve Mach 10 in the near future are currently unlikely.
How long does it take to cross the US at Mach 9?
Crossing the US at Mach 9 (9 times the speed of sound) would be a challenging feat as jet aircraft currently cannot fly faster than Mach 2. 5. Assuming that suitable aircraft and propulsion technology exist to support a flight at Mach 9, the time to cross the US would depend on the distance flown and the altitude at which the airplane is flying.
Generally, the higher the aircraft is flying the faster it will go due to less air resistance. To give a general estimate, if the aircraft is flying at an altitude of around 30,000 feet, it would take approximately 1-2 hours to fly the 4,400 miles that span the US from coast to coast.
However, if the aircraft is flying at higher altitudes that support faster speeds, the flight time could be as short as 10-20 minutes.
How far can you travel at Mach 9?
Traveling at Mach 9 would be equivalent to traveling at approximately 6788 miles/hour (11,106 km/hour). In an hour, that would equal 678,800 miles (1,086,640 km) of distance covered. That is the equivalent of 2.
84 laps around the Earth’s circumference at the equator. Needless to say, a huge amount of distance can be traveled in a very short span of time when traveling at Mach 9.
How fast could you circle the earth at Mach 10?
At Mach 10, or 10 times the Speed of Sound, it is estimated that you would be able to circle the earth in about 36 minutes. This calculation is based on the circumference of the earth being about 24,000 miles.
Therefore, at Mach 10, you would be travelling approximately 25,000 miles per hour, and it would take you around 36 minutes to circle the entire planet. However, it is important to to keep in mind that no aircraft carrier has ever gone that fast.
The highest speed recorded to date is in the Mach 9 range, achieved in 2012 by the experimental X-43A. Therefore, travelling at Mach 10 would currently be impossible to achieve.
Is it possible to fly at Mach 10?
No, it is not currently possible to fly at Mach 10 because the technology required to fly at such a speed has yet to be developed. While it is technically possible—as the concept of travelling at supersonic speeds has been around since the 1930s—Mach 10 is over seven times faster than the speed at which current aircraft are capable of flying.
Realizing the concept of Mach 10 would require advances in propulsion, aerodynamics, and materials science in order to develop an aircraft capable of flying at such a speed. Furthermore, since air resistance increases exponentially the faster an aircraft travels, a great deal of thrust would be necessary to reach and maintain the velocity required, resulting in an aircraft that is impractical in terms of size and weight.
While developments such as turbojets and scramjets have allowed air travel to reach close to Mach 5, on average, advancements such as these may be necessary to push aircraft travel to Mach 10. That being said, extensive research into the possibility of supersonic travel has been and is currently ongoing, with the possibility of reaching this ambitious velocity becoming increasingly more realistic.
Did Tom Cruise go Mach 10?
No, Tom Cruise has not gone Mach 10. Mach 10 is a speed that is 10 times the speed of sound, which is approximately 1,225 km/h. No human has ever travelled this speed without the use of a spacecraft.
While Tom Cruise is no stranger to fast-paced, thrilling stunts and scenes, he has never had the opportunity to travel this speed. His films, such as Top Gun, Days of Thunder, and Mission Impossible only feature activities that occur below Mach 1, or the speed of sound.
How did Maverick survive Mach 10?
Maverick survived Mach 10 thanks to the advanced technology of his aircraft, the F-14A Tomcat. The aircraft was designed to withstand extreme speeds and forces. Maverick had special pressure-adjustable flight suits that helped him keep his blood from boiling and prevent decompression sickness.
His aircraft also had modern air intakes which ensured that air flowed smoothly inside the cockpit as well as an advanced exhaust system to keep the internal temperatures down. Additionally, Maverick was surrounded by an aerodynamic bubble of air which was diverted around his cockpit, allowing him to endure the immense pressure he experienced while travelling at such a high rate of speed.
Maverick was also aided by the unique inverted-roll ability of the F-14A which allowed him to complete a tricky maneuver while in high-speed flight. In the end, Maverick survived the Mach 10 flight without any injury or significant damage done to his aircraft.
Is Mach 10 faster than the speed of light?
No, Mach 10 is not faster than the speed of light. The speed of light is the fastest speed known to exist, traveling at around 670,616,629 miles per hour. In comparison, Mach 10 is only about 23,224,157 miles per hour.
In a vacuum, light always travels at the same speed, while the speed of an object travelling at Mach 10 increases with altitude as the air density decreases. Therefore, Mach 10 is significantly slower than the speed of light.
What happens when you go Mach 10?
When an object reaches Mach 10, it is moving at a speed of 7,680. 07 miles per hour, which is over 10 times the speed of sound. At this speed, a supersonic shock wave is created and compressed in front of the aircraft, thereby creating a loud boom.
This boom is generally referred to as a sonic boom and happens as the shock wave passes through the air. The compression also creates extreme temperatures in certain spots of the aircraft, resulting from air friction.
Additionally, atmospheric conditions are drastically changed by mach 10 speeds. The displacement of air molecules creates a drastic decrease in air pressure and an increase of air ions. The combination of these two affects negatively affects the usability of radar readings and navigation instruments, and a pilot without a large amount of experience should not attempt to exceed mach 10.
Can you survive a Mach 10 ejection?
Whether or not someone could survive a Mach 10 ejection is highly debatable because the force of the ejection would likely be fatal due to the intense pressures and extreme changes in air density. It is technically possible for someone to survive the ejection, as a pilot on a SR-71 Blackbird ejected at Mach 3.
5 and survived, however this was due to the design of the craft and the special clothing worn by the pilot.
The G-forces the pilot would feel as the accelerating through the air would be incredibly intense and could possibly cause death in itself. In addition, the risk of afterburner ignition on the pilot (since most planes would be using afterburners when hitting mach 10) could also cause severe burning or possibly death.
The most important factor in the possibility of surviving a mach 10 ejection would be the design of the craft and the protective clothing the pilot is wearing. It would be much smarter to safely land the craft instead of ejecting.
How many Mach Can you fly?
The exact speed of Mach you can fly depends on a variety of factors such as the type of plane you are flying, the altitude of the aircraft, atmospheric conditions, and the airspeed of the aircraft. Generally speaking, modern commercial planes can reach a maximum speed of around Mach 0.
82-0. 92 in level flight, while military aircraft designed for high altitude and high speed can typically reach up to Mach 2. 0. The highest speed ever recorded in level flight was achieved by the SR-71 Blackbird, which flew at a speed of Mach 3.
3. At the furthest extremes of speed, research aircraft such as the X-15 rocket plane flew at speeds in excess of Mach 6. 7.
Keep in mind that the Mach speed you can fly is dependent on the aircraft’s abilities, as well as other conditions, so what you can actually achieve in any individual situation may vary. Furthermore, aircraft are generally not designed to fly as fast as they are capable of due to safety concerns.
Therefore, the actual performance you can achieve might be lower than the theoretical speeds discussed above.
Is Mach 10 possible top gun?
Yes, Mach 10 is a possible speed for a “Top Gun” pilot, depending on the aircraft and circumstances. In military aviation, Mach 10 is considered the maximum speed achievable. In non-military applications, some aircraft such as the X-15 have achieved even higher speeds.
Mach 10 is roughly equivalent to 12,000 kilometers per hour, or 7,456 miles per hour. It is many times faster than the sound barrier, which is Mach 1. When an aircraft exceeds Mach 10, compression waves produced by the speed of the aircraft make sonic booms.
To reach Mach 10, an aircraft needs to be propelled with an engine or rocket motor capable of generating very large amounts of thrust.
The flight control of a Mach 10 aircraft requires expert piloting and advanced equipment, as traditional aviation control surfaces will be too slow due to the extreme speeds. As a result, special advanced computerized control systems are typically used.
What is the highest Mach ever reached?
The highest Mach number ever recorded was achieved during a test flight of the SR-71 Blackbird conducted by USAF pilot LTC James V. Sullivan and reconnaissance systems officer RSGT Noel F. Widdifield in July 1976.
During the flight, the aircraft achieved speeds of over Mach 3. 5, or in excess of 2,193 mph, which is the highest Mach number ever to be recorded by an air-breathing aircraft. It is important to note, however, that while the SR-71 achieved Mach 3.
5, other aircraft such as the X-15 and X-43 have flown even faster, reaching hypersonic speeds of up to Mach 9. 95 and Mach 10, respectively. These speeds were achieved under non-air breathing systems, with the X-15 taking advantage of rocket power and the X-43 using a scramjet engine.
What is the fastest Mach a plane can go?
The fastest Mach a plane can go depends largely on the model of the plane and its maximum speed capabilities — generally between Mach 0. 7 and Mach 3. 2. Currently, the world’s fastest air-breathing aircraft is the Lockheed SR-71 Blackbird, which was capable of flying at Mach 3.
2 (2,200 mph). This is more than three times the speed of sound! Additionally, the X-15 (with a rocket motor) and the X-43A (with an air-breathing motor) have reached higher speeds of Mach 6. 7 and Mach 9.
8 respectively. So, ultimately, the answer depends on the plane’s capabilities; however, the fastest Mach a plane can go is Mach 3. 2 on average.