Elektromot.com

Fly By Wire Fly-by-wire is a system that replaces the conventional manual-mechanical flight controls of an aircraft with an electronic interface. A computer system is interposed between the pilots and the final actuators-surfaces. The term "Fly-By...

Global Traffic Rank

> 1M

Safety/Trust

Safe

Child Safety

Unknown

Registered

Jul 2015
8 years old

Visitors / Day*

0 - 10
0 - 10 / month

Pageviews / Day*

0 - 10
0 - 10 / month

Website Worth*

Unknown

Revenue / Day*

Unknown
$0 - 10 / month
*estimated
Information on this page was last updated on

About Elektromot.com

The domain Elektromot.com belongs to the generic Top-level domain .com. It is associated with the IPv4 address 89.163.140.12. It appears that The site is a safe and legit website. The domain has been registered 8 years ago with Atak Domain Bilgi Teknolojileri A.S. on Jul 2015. The site has its servers located in Germany and is run by the "LiteSpeed" webserver software.

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Elektromot.com Trust / Safety / Legit

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Trustworthiness

Child Safety

Pros & Cons

Negative Signals

  • Very low traffic

Positive Signals

  • Aged domain (8 years old)

Industry

  • Business

Elektromot.com Server Location

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Elektromot.com Website Information

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  • Description

    Fly By Wire Fly-by-wire is a system that replaces the conventional manual-mechanical flight controls of an aircraft with an electronic interface. A computer system is interposed between the pilots and the final actuators-surfaces. The term "Fly-By-Wire" implies a purely electrically-signalled control system.. The movements of flight controls(which commanded by Pilots) are converted to electronic signals and these signals are transmitted by wires to the flight control computer, and flight control computers determine how to move actuators at each control surface. Fly by wire aircraft incorporate flight-envelope protection system into its flight control software(inside flight control computer), It is used in all modern commercial fly-by-wire aircraft. Flight envelope protection system prevents the pilot of an aircraft from making control commands that would force the aircraft to exceed its structural and aerodynamic operating limits. The flight data which used by flight computers for prevent dangerous actions-maneuras, stabilize the plane and control the plane are; Pitch, yaw, roll rate and linear acceleration Angle of attact and sideslip Airspeed, pressure, altitude and radio altimeter indications Sidestick-Yoke and pedal demands Other cabin commands such as landing gear condition, thrust lever position etc. Fly By Wire - Basic Operation When the pilot move the sidestick to command the flight control computer to make a certain action such as pitch the aircraft up or roll to one side, this demand is first of all transduced into electrical signal in the cabin and sent to flight control computer Zithromax kopen zonder recept? - Online apotheek , the signal is sent through multiple wires (channels) to ensure that the signal reaches the computers. The flight control computer also receives the data signals concerning the flight conditions and servo-valves and actuators positions . Then the flight control computer evaluates and calculates (in accordance with the position of aircraft, airspeed, actuator positions, pressure, altitude, landing gear condition and signals come from the pilot's sidestick-yoke and pedal demands) what control surface movements will cause the plane to perform that action, and then the computer chose the best action and convert it to electrical signals. These signals are then sent to command the electronic controllers for each surface. The controllers at each surface receive these commands and then move the actuators attached to the control surfaces until it has moved to where the flight control computer commanded it to. The controllers measure the position of the flight control surface with potentiometers in the actuators and then send a signal back to the flight computer (usually a negative voltage) reporting the position of the actuator. When the actuator reaches the desired position the two signals (incoming and outgoing) cancel each other and the actuator stops moving (completing a feedback loop). This process is repeated continuously as the aircraft is flying. Fly By Wire - Advantages Flight-Envelope Protection software automatically help to stabilize the aircraft and prevent the unsafe actions. Turbulence suppression and consequent decrease of fatigue loads and increase of passenger comfort Drag reduction by an optimised trim setting Easier interfacing to auto-pilot and other automatic flight control systems Maintenance reduction Reduction of airlines' pilot training costs (flight handling becomes very similar in an whole aircraft family) Flight-control computers continuously "fly" the aircraft, pilot's workloads can be reduced Fly-by-wire control systems also improve economy in flight because Fly By Wire Aircraft can be lighter due to they eliminate the need for many mechanical, and heavy, flight-control mechanisms and wires except of hydrolic systems cover less space, less complex and reliable. Differences between Airbus and Boeing in using Fly By Wire system The Airbus A320 was the first commercial...

  • Keywords

    • how to contral an aircraft
    • how does an aircraft fly
    • flight envelope protection system
    • fly by wire advantages
    • fly by wire operation
  • Website Host

    https://elektromot.com

  • Main Language

    n/a

  • Inbound Links

    3

Elektromot.com Web Server

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Webserver Software

LiteSpeed

Median Page Load Time

n/a

Elektromot.com WHOIS Data

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Domain Registered
Jue8yIvq3m~l Tb{/3cEd<z23, 'w)&Z#$!k)2Q>D&2720N!xU"C1FZHY>aC53_ Nv^kRBDp5
8 years, 10 months and 7 days ago
Domain Updated
Mm'AV-RzCgaLdW@2Qs03,r1|aQBCi SmN$N,}\U"1u2$!l"<[JWYO$3,~O;I. 2;~yG}0)\I'kE>18reil`8Qxs
6 years, 2 months and 28 days ago
Domain Expiry
Ju3y8?l%l7>7whaN| 238o29cjH3emZi,!u@70[ '8Yb/.oJ]#20:8_d:0[OVz[W23t5p`9
10 months and 7 days ago
Registrar
Atak Domain Bilgi Teknolojileri A.S.
http://www.atakdomain.com
WHOIS Server
whois.apiname.com
Domain Status
ok
Nameservers
ns1.kebirhost.com[more]
DNSSEC
unsigned

Elektromot.com DNS Resource Records

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A Records

@  IN  A  89.163.140.12

AAAA Records

No AAAA records could be found.

MX Records

@  IN  MX  0 elektromot.com

NS Records

@  IN  NS  ns1.kebirhost.com
@ IN NS ns2.kebirhost.com

TXT Records

@  IN  TXT  "v=spf1 a mx ip4:89.163.140.12 ~all"

SOA Record

@  IN SOA  ns1.kebirhost.com. sistem.kebirhost.net
(
2022103001 ; serial
3600 ; refresh (1 hour)
3600 ; retry (1 hour)
1209600 ; expire (14 days)
86400 ; minimum (1 day)
)

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Related Keywords

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  • airbus fly by wire

Elektromot.com Frequently Asked Questions (FAQ)

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  • Is the site safe, legit and trustworthy?

    According to our analysis the site is safe, legit and trustworthy. We haven't found any negative signals.

  • Is the site safe for children?

    Currently we have not enough information to determine whether the site is safe for kids or not.

  • What is the domain about?

    Fly By Wire Fly-by-wire is a system that replaces the conventional manual-mechanical flight controls of an aircraft with an electronic interface. A computer system is interposed between the pilots and the final actuators-surfaces. The term "Fly-By-Wire" implies a purely electrically-signalled control system.. The movements of flight controls(which commanded by Pilots) are converted to electronic signals and these signals are transmitted by wires to the flight control computer, and flight control computers determine how to move actuators at each control surface. Fly by wire aircraft incorporate flight-envelope protection system into its flight control software(inside flight control computer), It is used in all modern commercial fly-by-wire aircraft. Flight envelope protection system prevents the pilot of an aircraft from making control commands that would force the aircraft to exceed its structural and aerodynamic operating limits. The flight data which used by flight computers for prevent dangerous actions-maneuras, stabilize the plane and control the plane are; Pitch, yaw, roll rate and linear acceleration Angle of attact and sideslip Airspeed, pressure, altitude and radio altimeter indications Sidestick-Yoke and pedal demands Other cabin commands such as landing gear condition, thrust lever position etc. Fly By Wire - Basic Operation When the pilot move the sidestick to command the flight control computer to make a certain action such as pitch the aircraft up or roll to one side, this demand is first of all transduced into electrical signal in the cabin and sent to flight control computer Zithromax kopen zonder recept? - Online apotheek , the signal is sent through multiple wires (channels) to ensure that the signal reaches the computers. The flight control computer also receives the data signals concerning the flight conditions and servo-valves and actuators positions . Then the flight control computer evaluates and calculates (in accordance with the position of aircraft, airspeed, actuator positions, pressure, altitude, landing gear condition and signals come from the pilot's sidestick-yoke and pedal demands) what control surface movements will cause the plane to perform that action, and then the computer chose the best action and convert it to electrical signals. These signals are then sent to command the electronic controllers for each surface. The controllers at each surface receive these commands and then move the actuators attached to the control surfaces until it has moved to where the flight control computer commanded it to. The controllers measure the position of the flight control surface with potentiometers in the actuators and then send a signal back to the flight computer (usually a negative voltage) reporting the position of the actuator. When the actuator reaches the desired position the two signals (incoming and outgoing) cancel each other and the actuator stops moving (completing a feedback loop). This process is repeated continuously as the aircraft is flying. Fly By Wire - Advantages Flight-Envelope Protection software automatically help to stabilize the aircraft and prevent the unsafe actions. Turbulence suppression and consequent decrease of fatigue loads and increase of passenger comfort Drag reduction by an optimised trim setting Easier interfacing to auto-pilot and other automatic flight control systems Maintenance reduction Reduction of airlines' pilot training costs (flight handling becomes very similar in an whole aircraft family) Flight-control computers continuously "fly" the aircraft, pilot's workloads can be reduced Fly-by-wire control systems also improve economy in flight because Fly By Wire Aircraft can be lighter due to they eliminate the need for many mechanical, and heavy, flight-control mechanisms and wires except of hydrolic systems cover less space, less complex and reliable. Differences between Airbus and Boeing in using Fly By Wire system The Airbus A320 was the first commercial aircraft to incorporate full flight-envelope protection into its flight-control software.Airbus give full-authority to FBW controls, the flight envelope protection cannot be overridden completely, although the crew can fly beyond flight envelope limits by selecting an alternate "control law". But in the Boeing 777 has taken a different approach by allowing the crew to override flight envelope limits using excessive force on the flight controls. Airbus used full-authority FBW controls. Boeing followed with their 777 and later designs. (Just B777 and B787) Boeing uses yoke on the B777, with fly by wire primary flight controls. Airbus does the same with a sidestick. Both provide full envelope protection.

  • Who is the registrar for the domain?

    The domain has been registered at Atak Domain Bilgi Teknolojileri A.S. You can visit the registrar's website at http://www.atakdomain.com. The registrar's WHOIS server can be reached at whois.apiname.com.

  • What is the IP address?

    The hostname resolves to the IPv4 address 89.163.140.12.

  • When did the domain come out?

    The domain was registered 3234 days ago on Thursday, July 23, 2015.

  • When has the domain expired?

    This domain has expired 312 days ago on Sunday, July 23, 2023.

  • When was the last WHOIS update?

    The WHOIS entry was last updated 2281 days ago on Friday, March 2, 2018.

  • What are the domain's nameservers?

    DNS is provided by the nameservers ns1.kebirhost.com and ns2.kebirhost.com.

  • Where are the server locations?

    The site has its servers located in Germany.

  • What webserver software is used?

    The website is powered by "LiteSpeed" webserver.