Америкалық радио әуесқойлар лигасы

American organization of amateur radio enthusiasts
infobox organization
|name = American Radio Relay League
|image = ARRL logo. svg
|image border =
|size = 100px
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|abbreviation = ARRL
|formation = 1914 04 06
|extinction =
|type = Non profit organization
|status =
|purpose = Advocacy, Education
|headquarters = Newington, Connecticut
|location =
|region served = USA
|membership = 120,000
|budget = The Board of Directors appoints an executive committee, led by the President and consisting of members of the ARRL Board of Directors, to make policy decisions between full Board meetings. ARRL's officers manage day to day administrative operation of the organization, led by the Chief Executive Officer. These paid officers hold their positions as long as the Board of Directors approve but have no vote on the Board. Local and regional operational activities of the American Radio Relay League are carried out through its Field Organization. The organization divides the 15 Divisions into 71 separate geographic regions called Sections. Each Section has a similar team of one elected, volunteer Section Manager and several volunteer positions. Section Managers are elected by the members living within the section for a two year term. The Section Manager appoints a team of volunteers. A Section Manager may optionally appoint one or more Assistant Section Managers. An important function of the ARRL Field Organization is organizing emergency communications in the event of civil or natural disaster. The ARRL's Amateur Radio Emergency Services (ARES) program is organized through the ARRL Field Organization. Each Section of the Field Organization has an appointed Section Emergency Coordinator. The ARES organization supports training, establishes Memorandums of Understanding (MOU) with governmental and relief agencies, and organizes regular practice exercises. ARES has provided essential supplemental emergency communications innumerable times throughout the league's history. In 1989, hundreds of amateurs responded to the Loma Preita earthquake in the San Francisco Bay area putting in over 3000 volunteer hours in the first week. In 2005, ARES, with hundreds of volunteer amateur radio operators, provided key communications assistance to recovery organizations and officials coordinating Hurricane Katrina disaster relief. Over 2,000 Amateur Radio clubs are members of the ARRL Affiliated Club Program.

In 1914, Hiram Percy Maxim of Hartford, Connecticut, was a prominent businessman, engineer, and inventor (notably of the Maxim Silencer and the machine gun). He was also an active radio amateur, with one of the best equipped stations in the Hartford area. One night in April he attempted to send a message to another ham in Springfield, Massachusetts. He had a one kilowatt station (call 1WH), and Springfield was only 30 mile (48 km) away, well within his normal range. He was unable to make contact, and remembering that he knew another ham in Windsor Locks, about halfway, he asked him to relay the message. At that time, the maximum reliable range of a station was a few hundred miles, and so Maxim realized that a formally organized relay system would be of tremendous use to amateurs. Maxim was a member of the Radio Club of Hartford, and he presented a plan for the organization of an "American Radio Relay League" at its April 1914 meeting. The club agreed to sponsor the development of such an organization. Maxim and Clarence D. Tuska, the secretary of the Hartford Radio Club, developed application forms and sent them out to every amateur station they could think of. By September 1914 they had over 230 stations on the roster. In early 1915, disagreements began to surface as to the role of the Hartford Radio Club in the new organization, and in February the ARRL split off from the club and incorporated under Connecticut law. Finances were shaky, and most of the income came from sales of booklets, maps and message blanks. By March 1915, there were 600 stations on the roster, and due to improvements in equipment and operating ability, some of the better stations were claiming communication ranges of up to a thousand miles. It was apparent that the ARRL now needed some kind of bulletin to stay in touch with its members. Maxim and Tuska agreed to personally finance it, and in December 1915 the first, 16 page issue of QST was sent free to all members. Further issues would be supplied through subscription at $1 per year. In 1916, with ARRL membership nearing a thousand, Maxim set up six trunk lines of relay stations, both east–west and north–south, and individual managers were appointed. Messages were now being relayed over longer and longer distances, and in February 1917 a message was sent from New York to Los Angeles and an answer received in one hour and twenty minutes. In 1917, the ARRL was reorganized to a more formal organization. A constitution was adopted, twelve directors and four officers were elected (including President Maxim and Secretary Tuska), and membership was opened to anyone interested in radio. No sooner had this happened than all amateurs received a letter from the Department of Commerce ordering them off the air and to dismantle all antennas, because the United States had entered World War I. During the war the ARRL facilitated the recruitment of amateurs into communications positions with the armed services, but had little else to do since all civilian experimentation with radio equipment was prohibited. In November 1918 the Armistice was signed, but Congress introduced bills to put all radio operations in the United States under control of the Navy. The ARRL strongly opposed the bills. Maxim testified before Congressional committees and the League organized an effective grass roots campaign with thousands of individuals contacting their congressmen in opposition. The bills were defeated, and in April 1919 amateurs were permitted to put up antennas again, but only for receiving. Meanwhile, the League needed reorganization. A financing plan consisting of selling bonds to members was adopted and about $7500 was raised. QST was purchased from its owner, Clarence Tuska. ARRL continued to lobby Congress for the resumption of transmitting privileges, and after a number of protests and appeals, amateur radio was fully restored in November 1919.

The 1920s saw tremendous technical growth in radio. Pushed both by wartime demands and by the growing commercialization of radio, equipment rapidly improved. The use of spark gap technology quickly disappeared as the more efficient continuous wave system of generating radio frequency energy and transmitting Morse Code became standard. In 1923 a two way contact between Connecticut and France bridged the Atlantic Ocean for the first time. With government uncertainty as to how to allocate both commercial and amateur frequencies, the ARRL kept discipline in amateur ranks so that spectrum was not unnecessarily occupied. They worked with Washington and the result was that amateurs received the orderly series of harmonic frequency bands that they largely hold today (originally 1.8, 3.5, 7, 14, 28, and 56 MHz; other bands have since been added and the 56 MHz allocation was changed to 50 MHz). Other activities during this time included transcontinental relays to quickly move messages across the United States, communications assistance in several emergencies, and encouragement for an amateur radio operator on an Arctic expedition of Donald B. MacMillan—perhaps the first beginnings of DXpeditions. The League also began to act in an advisory capacity for the American delegations at international radio conferences. In 1925 the International Amateur Radio Union was formed, and it remains headquartered at Newington. The long running Frankford Radio Club (W3BKX) was founded around 1927 and affiliated with ARRL in 1930. In the 1930s the Great Depression took its toll on development. Hiram Percy Maxim died in 1936. His callsign W1AW was licensed to the League and remains in use as the first ever Memorial Station. In 1937 the DXCC Award, for working 100 countries, was established, and it still is the premier achievement in amateur radio. Operators, often under the ARRL Emergency Corps, helped at numerous disasters. The League's QST magazine acted as a forum for experimenters in voice, television, and very high frequency work. During World War II, US amateurs were again told to leave the air. The ARRL developed the government approved War Emergency Radio Service, a Civil Defense system. Thousands of League members, and many thousands more who received technical training through its publications, served in the conflict. In late 1945 the bands began to reopen. The end of the war brought a tremendous expansion of amateur radio as large amounts of war surplus equipment was available, many recently trained operators became active, and experiments began in such newly developed modes as single sideband and microwaves. The 1950s saw the continued development of amateur radio and consequent growth of the ARRL. New civil defense systems and procedures were developed by the League, including regular communications between isolated service members and their families. Equipment rapidly improved, although there was some trouble with television interference. The ARRL and many of its members cooperated with scientists during the International Geophysical Year in 1957, measuring the effects of solar activity on propagation in the VHF band. A controversial idea was originated in 1961 when the League encouraged "incentive licensing", which sought reversion to the principle that higher levels of license privileges should require higher levels of demonstrated knowledge and CW skill but took away some amateur privileges until licensees requalified at higher levels; "incentives" are still in effect and only holders of the highest class of license (Amateur Extra) maintain all amateur privileges. By 1964 the positive influence of the ARRL was so evident that the United States issued a commemorative postage stamp on its 50th anniversary. As the League prepared for the future a new headquarters building was opened at Newington.

Sixteen radio amateurs have led the ARRL as president. Name Call Sign Years H. P. Maxim W1AW 1914–1936 E. C. Woodruff W8CMP 1936–1940 G. W. Bailey W2KH 1940–1952 G. L. Dosland WØTSN 1952–1962 H. Hoover, Jr. W6ZH 1962–1966 R. W. Denniston WØDX 1966–1972 H. J. Dannals W2TUK/W2HD 1972–1982 V. C. Clark W4KFC 1982–1983 C. L. Smith WØBWJ 1983–1984 L. E. Price W4RA 1984–1992 George Wilson W4OYI 1992–1995 Rod Stafford W6ROD 1995–2000 Jim Haynie W5JBP 2000–2006 Joel Harrison W5ZN 2006–2010 Kay Craigie N3KN 2010–2016 Rick Roderick K5UR 2016–present

The ARRL has opposed regulatory support for Broadband over Power Lines, arguing that the power lines will radiate interfering radio energy, impeding amateur radio activities. The League has filed several interference reports with the FCC. The ARRL sued the FCC, claiming that the FCC violated the Administrative Procedure Act in creating its rules pertaining to BPL. On April 25, 2008, a US Court of Appeals agreed with the ARRL that the FCC violated the APA, especially by redacting data from the public that could have shed doubt on the FCC's decision. "It is one thing for the Commission to give notice and make available for comment the studies on which it relied in formulating the rule while explaining its non reliance on certain parts," D. C. Circuit Judge Judith Rogers wrote. "It is quite another thing to provide notice and an opportunity for comment on only those parts of the studies that the Commission likes best."

The American Radio Relay League offers several services to members that support their on air operations. For members with an interest in DXing, the organization operates both incoming and out going QSL bureaus for the exchange of QSL cards with stations in other countries. Staff at the organization headquarters maintain and operates station W1AW, the Hiram Percy Maxim Memorial Station, as a living memorial to the "Father of Organized Amateur Radio". The W1AW station is used for regular Morse code training transmissions for those wishing to learn and also broadcasts a variety of bulletins of interest to radio amateurs. The ARRL/VEC (Volunteer Examiner Coordinator) sponsors amateur radio license examinations for the three classes of U. S. amateur license. License classes and examinations are held in various locations throughout the year. Although the FCC currently recognizes 14 different organizations as VECs, the VEC sponsored by the ARRL oversees about two thirds of all U. S. amateur radio license examinations.

The ARRL provides dozens of publications and journals to both members and non members. QST is the organization's monthly membership journal, named after a Morse code Q signal that means "calling all stations". The organization also publishes two bimonthly magazines of special interest: QEX for radio electronics experimenters, and the National Contest Journal for contesting enthusiasts. The ARRL publishes various technical books and online courses. Members of the organization also have access to a special Members Only section of the ARRL web site that includes technical documents, expanded product reviews of amateur radio equipment, expanded contesting information, and a searchable database of all league publications. A flagship annual publication, The Radio Amateur's Handbook, has been published since 1926. The ARRL also publishes a series of manuals designed to assist interested persons in obtaining an amateur radio license or upgrading to a higher class of license.

The ARRL sponsors numerous amateur radio contests throughout the year with the biggest of these being November Sweepstakes and the International DX Contest. Other contests and sponsored operating events include Straight Key Night, VHF Sweepstakes, UHF Contest, and 10 GHz and Up Contest. The ARRL also participates as a Headquarters station for the IARU HF World Championship. Field Day is an annual event organized by the ARRL that includes both a competitive element as well as an emphasis on emergency communications readiness and the promotion of amateur radio.

Criticisms of ARRL have included its support for less strict licensing requirements in the 2000s, which opponents consider a "dumbing down" of amateur radio or making it more like CB radio, moves allegedly made to gain additional membership. Other critics have felt almost the opposite, however, arguing that the ARRL was slow to lobby for the removal or the easing of the Morse code proficiency requirements of the various license classes, a "conservatism" keeping otherwise qualified people out of amateur radio and thus threatening its future. and manufacturer specific proprietary modes such as Pactor 3, DSTAR, and Wide coverage Internet Repeater Enhancement System (WIRES). Regulation by bandwidth favors these proprietary technologies at the expense of narrowband and open standard digital modes (such as JT65, PSK31, RTTY, and CW). Many Amateur Radio operators who are seeking to develop and experiment with new technology see the ARRL as backing down too quickly on the regulation by bandwidth issue. Recent FCC rulings on the new soundcard mode called ROS point to the need to drop regulations that hinder experimentation and impede the development of narrowband techniques on the bands where they are most needed

An ARRL decision on November 14, 2017 to censure a member of its board of directors drew strong criticism from many Amateur Radio operators. Numerous operators expressed concern that this decision profoundly undermines the principles of representational democracy and of openness and transparency. A December 2017 white paper critical of the ARRL's actions was published online by CQ. This censure was rescinded by the ARRL Board of Directors at its next board meeting, in July 2019.

The Elser Mathes Cup was created in 1928 by U. S. Amateurs Fred Johnson Elser (W6FB/W7OX) and Stanley M. Mathes (7OE/K1CY) to be awarded for the "First Amateur Two Way Communication Earth & Mars". The cup is a Philippine Igorot wood carving, a bowl supported by two standing figures.