The Hawker Siddeley Harrier astounded the world with its unique ability to take-off and land vertically utilizing vectored thrust from its powerful 8000kg thrust engine. First tested in concept in 1960, the aircraft went through many periods of testing and modification prior to acceptance by the Royal Air Force and other nations in 1974. The production Harriers utilized either a Pegasus 6 or 11 engine of 8000 or 9750kg thrust and it was only natural that the Royal Navy should find application for this type of aircraft with their fleet air arm. Various political and financial considerations delayed the order for the "Navalized" Harrier until May 1975, when the Admiralty ordered an initial 24 aircraft plus one T.Mk.4's in 1980.
The FRS.1 is easily distinguished from its land based counterparts by a modified nose section incorporating a raised pilots seat and Ferranti Blue Fox radar, plus principal armament of Sea Eagle anti-ship missiles and AIM-9L Sidewinder air-to-air missiles. Martel or Harpoon ASMs may be carried as alternatives to Sea Eagle until the latter become operational. The first FRS.1 to fly was actually the initial production Sea Harrier, on 20 August 1978, and the prototype model later in December 1978. The home of the Sea Harriers was designated Yeovilton Navy Base, and they received the first aircraft in June 1979, where intensive flight trials began with '100/VL' squadron four days later.
This IFTU unit was designated 700A squadron in September 1979 and was re-designated 899 Squadron in March 1980. Three "Through - Deck" cruisers had been ordered for Sea Harrier operations: Invincible; Illustrious and Ark Royal, the first of which was commissioned in July 1980. All three vessels are to be fitted with a "Ski-jump" to assist take-off with full load, and this installation was also added to the commando carrier HMS Hermes when it was allotted a Sea Harrier squadron. A small export order for Sea Harriers was placed by India in November 1979 for six FRS.51's and two T.60 trainers.
The Sea Harrier, along with the GR3 Harriers from the RAF, were put to actual combat tests during the recent Falkland Islands crisis. The British South Atlantic force was built up with the addition of GR3 and FRS.1 Harriers bringing the total jump jet strength to around 40 aircraft carriers Hermes and Invincible. The Sea Harrier (FRS.1) has about 30% more re-action control for easier landings, and better 'over the nose' visibility; however, the GR3's from the RAF worked well in the overall operations during the conflict and both aircraft distinguished themselves to the utmost. The Royal Navy Harriers, during the conflict, were painted in the new "toned down" finish of matte sea blue overall, while the RAF aircraft were in the extra dark sea gray scheme. With a cruise speed of mach .9 and a top speed of 1.25, and landing speed of 0, this is truly a versatile combat aircraft and one that will be in weapons inventories for many years to come.
Hot items!
Choose Language Translation
Accessibility Statement
At This website, we are committed to providing an accessible digital experience for all users, regardless of ability. We believe that ensuring our website is usable by people with various disabilities—whether temporary or permanent—is essential to creating an inclusive digital environment.
To help us achieve and maintain high standards of accessibility, we utilize Max Access, an advanced AI-driven accessibility solution powered by Ability, Inc., a leader in digital accessibility. This tool not only identifies accessibility issues but also provides real-time, automated remediation for a wide range of compliance issues based on the Web Content Accessibility Guidelines (WCAG).
How Max Access Enhances Accessibility
Max Access continuously monitors and scans our website to identify potential barriers, automatically fixing many common issues such as:
Color contrast errors
Keyboard navigability issues
Missing or mislabeled images and interactive elements
Beyond automated fixes, Max Access provides a detailed report outlining areas that require manual attention to ensure a higher level of accessibility compliance. This combination of automation and human oversight allows us to maintain and enhance accessibility over time.
Our Commitment to Continuous Improvement
We understand that accessibility is an ongoing process, not a one-time solution. To stay in compliance, Max Access:
Scans our website regularly
to identify new issues as they arise.
Provides regularly updated remediation
for many accessibility concerns, ensuring that users can interact with key website functionalities.
Delivers detailed reports
for manual remediation, enabling us to address more complex issues that require human attention or remediation.
Feedback & Accessibility Support
While we work diligently to ensure our website is accessible, automated tools like Max Access have limitations and may not catch every issue. We welcome feedback from our users to help us improve. If you experience any difficulty accessing content on our website or have suggestions for how we can improve its accessibility, please contact us.
Our team will review and address your concerns promptly.
Web Technology and Standards
Our website relies on the following technologies to ensure compatibility with both modern web browsers and assistive tools like screen readers:
HTML
WAI-ARIA
CSS
JavaScript
These technologies allow us to meet and maintain compliance with the
WCAG 2.1
standards at
Levels A and AA.
We strive to provide a website that is perceivable, operable, understandable, and robust for all users. Thank you for visiting our website and helping us ensure a more inclusive digital world.