Named for the legendary P-38 Lightning of WW-II fame. The F-35 is stealthy, fast & nimble and it's to replace the F-16 (F-35A), Harrier (F-35B) and F-18 (F-35C). Below is the F-35B, which is the STOVL replacement for the Harrier. The first test aircraft, an F-35A (land based) model AA-1 had its formal rollout on July 7, 2006.
Dr. Mordrid
The F-35B STOVL's forced redesign for weight reasons has led to F-35 AA-1 being a unique airframe used to validate design, manufacturing, assembly and test processes. The first optimised-airframe F-35B STOVL is being assembled by Lockheed Martin, Northrop Grumman, and BAE Systems; it is scheduled to fly in February 2008. The first optimised-airframe F-35A will follow in August 2008, and the first F-35C carrier variant is scheduled for flight in Januray 2009. A total of 23 test aircraft are scheduled to be built for various purposes (15 flight, 7 non-flight, 1 radar signature) - see Flight International article for details re: "Option 9".
The JSF program is 'tiered,' with 4 possible levels of participation based on admission levels and funding commitments for System Design & Development (SDD). Note that all totals below are in US dollar equivalents:
* Tier 1 Partners: The USA (majority commitment), Britain ($2 billion)
* Tier 2 Partners: Italy ($1 billion); The Netherlands ($800 million)
* Tier 3 Partners: Australia ($150M), Canada ($150M), Denmark ($125M), Norway ($125M), Turkey ($175M)
* Observer status: Israel ($35M), Singapore.
At present, production is slated to take place in Lockheed's Fort Worth, TX plant. Italy has expressed an interest in a Lockheed-Martin Final Assembly and Check Out (FACO) plant for European orders, The Netherlands wants to be a center for engine heavy maintenance, and Britain is examining a FACO of its own. The issue of the JSF's security-sensitive stealth enhancing coatings and how their application will be managed remains to be decided.
During the FY 2006 period, the JSF program has seen two other major developments. One interesting twist is that the F/A-22 Raptor and F-35 Joint Strike Fighter (JSF) may also excel in reconnaissance and electronic eavesdropping. The aircrafts' combination of powerful phased array AESA radars, passive electromagnetic antennas and sensors embedded throughout their frames, powerful onboard computer processing, and secure high-bandwidth communications will give them capabilities once available only to dedicated electronic attack aircraft.
At the same time, the F-35's AN/APG-81 AESA radar may also be able to function as a secure, ultra-high bandwidth communications link with other AESA-equipped aircraft (thus far, only american aircraft use AESA radars), allowing much more information to be shared than Link-16 or other current options could handle.
The JSF program is 'tiered,' with 4 possible levels of participation based on admission levels and funding commitments for System Design & Development (SDD). Note that all totals below are in US dollar equivalents:
* Tier 1 Partners: The USA (majority commitment), Britain ($2 billion)
* Tier 2 Partners: Italy ($1 billion); The Netherlands ($800 million)
* Tier 3 Partners: Australia ($150M), Canada ($150M), Denmark ($125M), Norway ($125M), Turkey ($175M)
* Observer status: Israel ($35M), Singapore.
At present, production is slated to take place in Lockheed's Fort Worth, TX plant. Italy has expressed an interest in a Lockheed-Martin Final Assembly and Check Out (FACO) plant for European orders, The Netherlands wants to be a center for engine heavy maintenance, and Britain is examining a FACO of its own. The issue of the JSF's security-sensitive stealth enhancing coatings and how their application will be managed remains to be decided.
During the FY 2006 period, the JSF program has seen two other major developments. One interesting twist is that the F/A-22 Raptor and F-35 Joint Strike Fighter (JSF) may also excel in reconnaissance and electronic eavesdropping. The aircrafts' combination of powerful phased array AESA radars, passive electromagnetic antennas and sensors embedded throughout their frames, powerful onboard computer processing, and secure high-bandwidth communications will give them capabilities once available only to dedicated electronic attack aircraft.
At the same time, the F-35's AN/APG-81 AESA radar may also be able to function as a secure, ultra-high bandwidth communications link with other AESA-equipped aircraft (thus far, only american aircraft use AESA radars), allowing much more information to be shared than Link-16 or other current options could handle.
Comment