Lockheed Martin JSF X-35B Makes History After Vertical Landing from Wingborne Flight, Short Takeoff (2024)

The supersonic Lockheed Martin Joint Strike Fighter X-35B made a successful short takeoff, transitioned back from wingborne to jetborne flight and made a picture-perfect vertical landing at Edwards Air Force Base on July 16.

The soft touchdown followed a series of weekend flights in which the X-35B achieved successively slower speeds with its short takeoff/vertical landing (STOVL) system activated. The aircraft also executed several successful short takeoffs and "slow" landings.

"Again, the X-35B performed flawlessly, and the vertical landing was extraordinarily smooth and easy," said Simon Hargreaves of BAE SYSTEMS, chief test pilot for the X-35B. "We were in familiar territory, since we had already demonstrated the airplane's solid and stable hovering ability numerous times last month. The aircraft's shaft-driven lift fan propulsion system produces enormous amounts of power, even in the California desert with its high elevation and hot temperatures.

"We also found that our vertical propulsion system provides a tenfold decrease in the hot exhaust that an aircraft reingests, as compared to other vertical propulsion systems. All this gives you a real safety margin during vertical operations."

Late last month, the aircraft completed 17 vertical takeoffs, hovers and vertical landings at the Lockheed Martin plant in Palmdale, Calif. On July 9, it performed a STOVL conversion, a mid-air refueling and supersonic dash in the same flight.

"The X-35B has now successfully completed short takeoffs, transitions between wingborne and jet borne flight, hovers, vertical landings, and has flown supersonic, all profound achievements that literally define the baseline flight requirements of the Joint Strike Fighter," said Tom Burbage, executive vice president and general manager of the Lockheed Martin JSF program. "The aircraft performed all of these missions without any modifications -- that's truly a testament to the talent and hard work of the Lockheed Martin X-35 team."

The X-35B features a unique propulsion system in which a drive shaft from the Pratt & Whitney JSF119-611 engine (common to all Lockheed Martin JSF variants) turns a counterrotating lift fan that produces cool-air lifting force during STOVL operations. The Rolls-Royce fan, actuated by a clutch that can be engaged at any power setting, works in concert with an articulating rear duct and under-wing lateral-control nozzles to lift the aircraft with nearly 40,000 pounds of vertical force. Because the fan amplifies the engine's power, the engine is able to run cooler and with less strain, increasing reliability and extending service life. The lift fan provides the propulsion system with about 15,000 pounds more thrust than the engine alone could generate.

"Today's vertical landing of the X-35B marks yet another key milestone in the X-35 flight test program," said Lt. Col. James Geurts, X-35 program manager for the government's Joint Strike Fighter Program Office. "I want to congratulate Lockheed Martin, their program partners Northrop Grumman and BAE SYSTEMS, as well as Pratt and Whitney and Rolls Royce on this tremendous accomplishment.

"This flight culminates the work of thousands of people in industry and government and is an example of what industry, in partnership with the government, can accomplish for the joint warriors of tomorrow. The Joint Strike Fighter program is the linchpin for our future tactical aviation forces, and the vertical landing of the X-35B today is a tremendous step toward the fielding of these aircraft for our Air Force, Navy, Marines, Allied and Coalition war fighters.

Finally, Harry Blot, vice president and deputy program manager of the Lockheed Martin JSF, sees in today's flight the start of a new era.

"We've proven today that we've overcome the limitations of legacy vertical propulsion," said Blot, one of the first Marine test pilots for the legacy Harrier program and later the manager of that program. "As that era ends, we now can introduce a successful, revolutionary propulsion and combat system suited for the next 30 years of STOVL and conventional operations."

Lockheed Martin, in partnership with Northrop Grumman and BAE SYSTEMS, is in competition to build the JSF for the United States and United Kingdom. Government selection of a single contractor for the Engineering and Manufacturing Development phase is set for fall 2001.

For photos and information on the JSF, visit: http://www.lmaeronautics.com/news/press/jsf/jsfpr010716.html

For government information on the Joint Strike Fighter program, visit http://www.jast.mil/

For information on Lockheed Martin Corporation , visit: http://www.lockheedmartin.com

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SOURCE: Lockheed Martin Aeronautics Company

Contact: John Kent, 817-454-0279, or john.r.kent@lmco.com, or Jim Saye,
404-213-7714, or james.w.saye@lmco.com, or John Smith, 817-319-9462, or
john.a1.smith@lmco.com, all of Lockheed Martin Aeronautics Company

Lockheed Martin JSF X-35B Makes History After Vertical Landing from Wingborne Flight, Short Takeoff (2024)

FAQs

How does vertical take off work? ›

In V/STOL the VTOL aircraft moves horizontally along the runway before taking off using vertical thrust. This gives aerodynamic lift as well as thrust lift and permits taking off with heavier loads and is more efficient.

What is the new aircraft of Lockheed Martin? ›

NASA's composites-intensive X-59 QueSST experimental aircraft is set for its first flight by the end of 2022, after nine years of design, manufacture, assembly and testing by Lockheed Martin Skunk Works.

Why can't the F-35B takeoff vertically? ›

The F35B is specifically designed with a rolling take off and a vertical landing. The issue is weight. Now you can have your fuel and weapons fitted but the aircraft is too heavy to take off vertically.

Why is the F-35 so special? ›

The F-35 has the most advanced sensor suite of any fighter in history, including the Active Electronically Scanned Array (AESA) radar, Distributed Aperture System (DAS), Electro Optical Targeting System (EOTS) and advanced electronic warfare capabilities to locate/track enemy forces, jam radars and disrupt attacks.

What are the disadvantages of VTOL? ›

One of the main disadvantages of VTOL aircraft is their high fuel consumption. This makes them expensive to operate and maintain. Additionally, they are generally louder and produce more emissions than eVTOL aircraft, which can limit their use in urban areas.

What is a vertical takeoff called? ›

Vertical Take-off & Landing (VTOL), refers to aircraft that take off, hover and land vertically, as opposed to airplanes that takeoff horizontally with runways. There are two main types of VTOL crafts. Rotorcraft use rotor blades to generate lift and movement.

How does the F-35B hover? ›

When hovering, the F-35 uses a downward-pointing engine and balanced thrust from air pulled from above the aircraft. The F-35B variant can hover with 40,000 pounds of thrust without the afterburner by relying on the full-authority digital engine control (FADEC) software.

Who competes with Lockheed Martin? ›

Lockheed's main competitors include Boeing, BAE Systems, General Dynamics, and Raytheon.

How hard is it to get a job at Lockheed Martin? ›

Frequently Asked Questions. How hard is it to land a job at Lockheed Martin? It isn't impossible to get a job at Lockheed Martin, but it is very hard. Due to the highly sensitive nature of the company's business, recruiters look for candidates who are at the top of their respective fields.

What famous pilot flew Lockheed Martin aircraft? ›

Lindbergh Pilots the Lightning

Lindbergh piloted the Lockheed P-38 Lightning, the only American fighter in production throughout the entire war.

Can the F-22 take off vertically? ›

The steep angles of the vertical take-off, followed nearly immediately with a 90 degree twist to level off enabled by an thrust/weight ratio of 1.08, proves the F-22 nimbleness.

Can fighter jets climb vertically? ›

Zoom climbs are somewhat commonly performed by modern fighter aircraft. Typically referred to as an "unrestricted climb" in this context, pilots will take off and accelerate to a high speed near the ground and then pull the aircraft vertically or nearly vertical to quickly climb to the aircraft's cruising altitude.

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