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Mystery of Three US Airmen Who Vanished in Malayan Jungle Finally Solved after 70 Years


Just months after the end of the Second World War, three United States airmen took off from Singapore in their military transport plane, bound for a small aerodrome in Penang. They disappeared for no apparent reason and, until recently, without a trace.

The date was 27th November  1945. The weather was favourable for flying, with good visibility and only a little light rain forecast for the day. The long flight was to take them from the southern tip of the Malay Peninsula, over the dense jungles of the hinterland and down to the Straits Settlements island of Penang at the northwest extreme of modern-day Malaysia. It was meant to be routine transport trip.

The C-47 aircraft, however, vanished en route. The three men on board, Judson Baskett, a Flight Officer, William Myers, a First Lieutenant, and Donald Jones, a First Class Private, were never seen alive again. A wide-ranging search mission was organised, but it discovered no hint of the fate of the plane and its crew. After a while, the three men were declared be dead, even though there was no evidence to this effect.

The charity, which investigates shipwrecks in and near the Pacific Ocean dating from the Second World War and the Korean War, noted that twenty years later someone had reported seeing the wreckage of a plane on a jungle-covered mountainside in the Malay Peninsula. This 1966 report appears not to have been followed up.

Then in 1985 two people clambering through the jungle stumbled upon wreckage. The location was recorded, but again the matter was not taken any further. Only in 2009 did officials start taking action after some local residents took photographs of the wrecked aircraft. The officials then contacted the USA embassy in the capital, Kuala Lumpur.

The Malaysian and US authorities began putting plans in place to examine the site and recover what they could of the wreckage. However, several domestic and international incidents and distractions caused long delays to the planned recovery mission, and it took until 2015 before any concrete action could be taken.


In August this year the recovery of the airmen’s remains finally commenced. First, the remains were respectfully carried from the wreckage and taken to the Kuala Lumpur. There, in a quiet ceremony, they were handed over by a contingent of Malaysian soldiers to four US servicemen. The two soldiers and two airmen carried the flag-bedecked casket across the tarmac and into the plane, an enormous C-130 transport. The US defence minister, Secretary Ash Carter, who happened to be in the region on business, paid his respects quietly on the sidelines, the JP Updates reports.

The plane then took off, heading eastward for a stop-over in Hawaii. Although it is being assumed that the remains are indeed the missing men, this won’t be established beyond doubt until forensic scientists in the US perform identification tests. At last, after 70 years of mystery some sort of finality will soon be reached for the memories of those three men.

Although the USA suffered heavy casualties in the Pacific region during the Second World War, they weren’t active in Malaya, which was then a colony of the British crown. The Japanese invaded the entire peninsula during the war, pushing the British garrisons out of Penang and southward until they were finally forced to leave Singapore. With the defeat of Japan, the British afterwards re-established their presence in Malaya, until their departure several years later and the founding of the independent state of Malaysia.


F-16 records the dramatic moment when its unconscious pilot is saved from certain death by the aircraft’s Automatic Ground Collision Avoidance System (Auto-GCAS).

The event is considered the fourth confirmed “save” of an aircraft by the system since Auto-GCAS was introduced into the Air Force F-16 fleet in late 2014. Developed over almost three decades by Lockheed Martin, NASA and the Air Force Research Laboratory, the system is designed to automatically execute a ground-avoiding maneuver if it detects an impending collision. 

Aimed at reducing accidents caused by controlled flight into terrain by 90%, the system completed research and development under Air Combat Command’s Fighter Risk Reduction Program in 2010. It began transitioning to the Block 40/50 F-16 fleet in September 2014 as part of the M6.2+ Operational Flight Program (OFP) software update.

Auto-GCAS continuously compares a prediction of the aircraft’s trajectory against a terrain profile generated from onboard terrain elevation data. If the predicted trajectory touches the terrain profile, which is indicated at the 26 sec. mark on the video at the moment when the two chevrons on the HUD come together, the automatic recovery is executed by the Auto GCAS autopilot.

Top Gun 2 Two

This newly declassified video footage from the head-up-display of a U.S. Air Force Arizona Air National Guard…

The automatic recovery maneuver consists of an abrupt roll-to-upright and a nominal 5-G pull until terrain clearance is assured.

In this instance, an international F-16 student pilot was undergoing basic fighter maneuver training with his USAF instructor pilot in two separate F-16s over the U.S. southwest.  The student rolled and started to pull the aircraft but experienced G-induced loss of consciousness (G-LOC) as the F-16 hit around 8.3g. With the pilot now unconscious, the aircraft’s nose dropped and, from an altitude of just over 17,000 ft., entered a steepening dive in full afterburner.

After only 22 sec., the F-16 was nose-down almost 50 deg. below the horizon and going supersonic. The shocked instructor called “2 recover!” as the student passed 12,320 ft. at 587 kt. Two seconds later, with the nose down in a 55-deg. dive, altitude at 10,800 ft. and speed passing 613 kt., the worried instructor again calls “2 recover!” In a little less than another 2 sec., as the now frantic instructor makes a third call for the student pilot to pull up, the Auto-GCAS executes a recovery maneuver at 8,760 ft. and 652 kt.

The student pilot at this point comes around and pulls back on the stick, momentarily increasing Gs beyond the Auto-GCAS standard recovery level of 5 to 9.1. Minimum altitude by now is around 4,370 ft., with as little as 2,940 ft. indicated on the radar altimeter.  From loss-of-control to recovery takes just under 30 sec.

The Edwards AFB-based 416th Flight Test Sqdn.—which evaluated, perfected and tested the system prior to fleet release—is currently working on a follow-up Automatic Integrated Collision Avoidance System (Auto-ICAS) that combines the recently developed Automatic Air Collision Avoidance System (Auto-ACAS) with the ground protection provided by Auto-GCAS.  By making the air-to-air collision avoidance system “ground aware,” the Auto-ICAS will provide the world’s first all-aspect automatic protection system for a production aircraft. The 416th is also working on a Hybrid Flight Control Computer that will enable older analog F-16s to use digital applications like Auto-ACAS.


 During a 1-hr., 20-min. flight on the Air Force Research Laboratory/NASA F-16 testbed in 2010, Guy Norris observed a variety of scenarios, many flown at extremely low altitudes and high speed, designed to show how the automatic ground collision avoidance system will prevent mishaps while allowing the full range of tactical flying without triggering nuisance fly-ups.

Top Gun 2 Two

The colossal Stratolaunch carrier plane rolled out of its hangar at the Mojave Air and Space Port in Mojave, California, today (May 31) to undergo fueling tests. It’s the first public look at the full craft – which is designed to launch rockets into orbit from the sky – since construction began.

“We’re excited to announce that Stratolaunch aircraft has reached a major milestone in its journey toward providing convenient, reliable, and routine access to low-Earth orbit,”

Microsoft’s co-founder jumps into the billionaire space race with a plane to launch rockets. It’s not just ego: There’s a lucrative new industry up there.

Billionaire Paul Allens private spaceflight company Stratolaunch

Stratolaunch Systems Corp. CEO Jean Floyd said in a statement. “This marks the completion of the initial aircraft-construction phase and the beginning of the aircraft ground- and flight-testing phase.”

The Stratolaunch carrier plane is designed to launch rockets into orbit from an altitude of 30,000 feet (9,100 meters).

Initially, the plane will carry a single Pegasus XL rocket built by Orbital ATK, but the craft will eventually be able to carry up to three of those boosters simultaneously, Floyd said. Stratolaunch Systems has been quietly designing and building the rocket-toting plane over the last few years.

“Over the past few weeks, we have removed the fabrication infrastructure, including the three-story scaffolding surrounding the aircraft, and rested the aircraft’s full weight on its 28 wheels for the first time,” Floyd said. “This was a crucial step in preparing the aircraft for ground testing, engine runs, taxi tests and, ultimately, first flight.”

Allen founded Stratolaunch Systems in 2011 with the goal of making access to low-Earth orbit “more convenient, reliable and routine,” according to the company’s tagline. Allen teamed up with Scaled Composites, a Mojave-based aerospace company founded by Burt Rutan, to build the Stratolaunch carrier plane. Allen bankrolled Scaled Composites’ SpaceShipOne space plane, which went on to win the $20 million Ansari X Prize for private reusable crewed spacecraft. Stratolaunch’s launch profile resembles that of SpaceShipOne, which was carried to launch altitude by its own mothership, called the WhiteKnight. The Stratolaunch plane is a twin-boom aircraft with a wingspan of 385 feet (117 m), a length of 238 feet (72 m) and a tail height of 50 feet (15 m). The massive plane weighs 550,000 lbs. (250,000 kilograms) by itself and a mind-boggling 1.3 million lbs. (590,000 kg) when fully loaded with a rocket payload. It takes six Pratt & Whitney PW4056 jet engines to power the monster jet.

The Stratolaunch carrier aircraft's 385 feet (117 metres) wingspan compares to 320 feet for H-4 Hercules and 225 feet for Boeing 747-8

“Over the coming weeks and months, we’ll be actively conducting ground and flight-line testing at the Mojave Air and Space Port,” Floyd said. “This is a first-of-its-kind aircraft, so we’re going to be diligent throughout testing and continue to prioritize the safety of our pilots, crew and staff. Stratolaunch is on track to launch actual missles soon.”


Engine bleed air has a variety of uses on modern aircraft.

> For decades, aircraft have used engine bleed air for a variety of purposes, spanning everything from engine starting to cabin pressurization to anti-icing. Here’s how engine bleed air works.

Hot, High-Pressure Air

When air enters a turbine engine, it goes through a series of compressors, which significantly increase the air temperature and pressure before mixing that air with fuel and igniting it. A small portion of that compressed air, however, does not enter the combustion chamber and instead is redirected from the engine via valves, ducting and manifolds to various other areas of the aircraft. This engine bleed air is very hot, between 200 to 250 degrees C, and very high in pressure, around 40 psi.”

Cabin Pressurization and Air Conditioning

Because the air at high altitudes is too thin to meet human oxygen needs, engine bleed air is used to provide appropriate cabin pressurization as well as air conditioning. After leaving the engine and passing through the air-conditioning pack, where it is cooled, this bleed air is combined with recirculated cabin air before it enters the cabin.


High-temperature bleed air is routed to the leading edges of the wing and empennage, as well as to key engine components such as the inlet guide, where it serves as a safeguard against ice accumulation.

Water and Hydraulic System Pressurization

Engine bleed air is used to provide the pressurization needed for the water and hydraulic system reservoirs. Such pressurization propels drinking water from the holding tank to the cabin and ensures the smooth flow of hydraulic fluid to the pump inlet in the absence of sufficient atmospheric pressure at high altitudes.

Engine Start

High-pressure bleed air from the auxiliary power unit, a non-thrust-producing engine often located in the rear of the aircraft, provides the pneumatic energy required to start the blade rotation in a main engine.

Thinking about becomming a pilot?

Decide what you want to fly. FAA’s rules for getting a pilot’s license (certificate) differ depending on the type of aircraft you fly. You can choose among airplanes, gyroplanes, helicopters, gliders, balloons, or airships. If you are interested in flying ultralight vehicles, you don’t need a pilot’s license.

You should also think about what type of flying you want to do. There are several different types of pilot’s licenses, from student pilot all the way up to airline transport pilot. The information below describes the eligibility, training, experience, and testing requirements for Student Pilots, Recreational Pilots and Private Pilots.

Are you serious about becoming a pilot? Don’t delay it another day!

Purchase your bundled private pilot kit…[most cost friendly CLICK HERE]

If you didn’t find what you need above, please contact your nearest FAA Flight Standards District Office. For information on piloting careers, including job outlook and rates of pay, visit the Bureau of Labor Statistics.

Model Insists On Flying Naked

Flying is a terrifying experience for many people. They worry about having a bumpy flight, if the plane is going to crash, and why we have to be up so high. Even if you never enjoyed it, flying with a naked beautiful woman might make me start to enjoy it a little more.  

In the video Gyrocopter Girl, an attractive, completely nude woman decides to take to the skies and enjoy the scenery. Well, she isn’t the only one enjoying the beautiful views. I’ve been in a convertible before traveling at a high rate of speed and while I did enjoy the window blowing against my face, I can’t imagine what kind of sensation it is to feel the wind blowing on a pair of fantastic tits.

The woman flies with such ease, you have to think she’s done this before. I don’t know if this place offers tours or not, but I’d be willing to pay more for the naked pilot package. Though, I will admit I would have a hard time paying attention to the scenery and would constantly be asking if I could see the cockpit.

Flying can be such a stressful experience. I would think that having a gorgeous pair of naked boobs at the control would calm me down a great deal. Maybe this is something all the major airlines should consider?

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