Showing posts with label War. Show all posts
Showing posts with label War. Show all posts

Wednesday, 4 June 2014

Restored Bristol Blenheim

Restored Bristol Blenheim sees the light



 Global Aviation Resource reports that May 30th the  Imperial War Museum Duxford the Aircraft Restoration Company’s Bristol Blenheim appeared in public as a complete aircraft for the first time since its long-term rebuild began in the summer of 2003.


WW 2 Blenheim

ARCo recovered their first Blenheim from Canada in the 1970s (RCAF serial 10038). The airframe was originally license-built by Fairchild Canada as a Bolingbroke Mk.IVT; essentially a Blenheim Mk.IV with some modifications and North American hardware/instrumentation. ARCo worked on the aircraft for twelve years, restoring her as a Blenheim Mk.IV (registered as G-MKIV). She made her first flight in May 1987, but was involved in a touch-and-go landing accident at Denholm Airfield just a month after and written off, miraculously without loss of life. Undeterred, her restoration crew determined to get another Blenheim back in the air. They obtained a further Canadian-built Bolingbroke IV (RCAF 10201), and managed to get her flying again in just five years as G-BPIV; their previous experience helping greatly to speed up the rebuild progress. She flew again in June 1993; the world’s only flying Blenheim was a huge hit on the air show circuit!


When she was airworthy


Unfortunately, the Blenheim crash-landed again in August 2003; this time at Duxford. While the aircraft suffered considerable damage, she wasn’t broken beyond repair. The Blenheim’s crew didn’t give up on her and formed a trust to ensure her continued operation in the UK.  They contracted ARCo to provide two full-time engineers to support the restoration project undertaken by Blenheim Duxford Ltd. (and supported by The Blenheim Society).



The Blenheim has undergone a thorough rebuild inside Duxford’s Hangar 3, and more recently in ARCo’s workshop. Interestingly, the team has decided to rebuild the aircraft to Mk.I standard. The bulk of the aircraft is nearly identical to a Mk.IV, except for the forward fuselage which is radically different. The Mk.I is essentially extinct (as are British-built Blenheim IVs, with no complete examples known to exist), but a few forward fuselages survive. One of these ended up at Duxford a few decades ago.

Ralph Nelson, a Bristol employee, had converted it into a peculiar automobile during 1946, using the chassis and power train from an Austin 7

The Mk.I fuselage comes from Blenheim L6739, a Battle of Britain night-fighter veteran. The Blenheim Society obtained the “car” intending to rebuild it into a fully operational nose section for a potential swap with the Mk.IV nose. The team had already begun this process before the 2003 accident, so it seemed logical to blend what they had already completed into G-BPIV’s restoration once that began. They rolled out the freshly restored “Blenheim Mk.I” in night fighter camouflage just a few days ago, and will eventually mark her as L6739. ARCo ran one of the aircraft’s Bristol Mercury engines on May 23rd, and expect to run the other very soon. If all goes well, she will be flying again very soon and delighting air show audiences again across the UK

Blenheim Survivors


BL-200 (bearing the Hakaristi) at the Aviation Museum of Central Finland.


There are currently no Blenheim or Bolingbroke aircraft that are airworthy. One airworthy Blenheim had been rebuilt from a scrapped Bolingbroke over a 12-year period, only to crash at an airshow at Denham within a month of completion in 1987.


Denham Bolingbroke Crash




A replacement Bolingbroke Mk IVT was rebuilt to flying status in just five years and painted to represent a Blenheim Mk IV in RAF wartime service. It began appearing at air shows and exhibitions in the UK, flying since May 1993 and was used in the 1995 film version of Shakespeare's Richard III. This aircraft crashed on landing at Duxford on 19 August 2003; the crash was feared to have made it a write-off,  but it is presently undergoing an extensive repair and conversion to the Mark I "Short nose" version by The Aircraft Restoration Company (ARC or ARCo) at Duxford, most of the work being done by volunteers.


The Duxford Crash

Funds are raised through donations and also by The Blenheim Society who run a Grand Flying Draw among many other activities. The aircraft is currently in the Aircraft Restoration Company hangar at Duxford and is the property of Blenheim (Duxford) Ltd.

In Canada, a number of other Bolingbrokes survived the war but were summarily consigned to the scrap heap. Postwar, enterprising farmers often bought surplus aircraft such as these for the scrap metal content, tyres for farm implements, and even for the fuel remaining in the tanks. Some surviving examples in Canada of the Bolingbroke can be traced back to this period. The Canadian Warplane Heritage Museum in Hamilton, Ontario is rebuilding a Bolingbroke to airworthy status. The Commonwealth Air Training Plan Museum in Brandon, Manitoba has restored the exterior of one Bolingbroke, painting it in the Air Training Plan yellow color. This particular aircraft is on display at a location on the Trans-Canada Highway in Brandon. A restored Bolingbroke is on static display at the British Columbia Aviation Museum in Victoria, British Columbia. The Canadian Museum of Flight at Langley Airport, Langley, British Columbia has on display the restored nose and cockpit section of a Bolingbroke, and holds the rest of an entire airframe in storage pending future restoration and display.

In Finland, the sole surviving original Blenheim in the world, a Mk IV registered as BL-200 of the Finnish Air Force, has been completely restored and is now on display at the Aviation Museum of Central Finland at Tikkakoski.


Finnish survivor- the only intact and complete original Blenheim

In the summer of 1996, a Bristol Blenheim Mk IVF was recovered from the sea, a few km off Rethymnon, Crete. The aircraft belonged to No. 203 Squadron RAF and was downed by friendly fire on 28 April 1941. The Blenheim was restored and moved to the Hellenic Air Force Museum. In Arizona, the Pima Air Museum has a Bristol Blenheim Mk IV on static display

Friday, 16 May 2014

AC-47 Dakota Gunship: Spooky and Puff The Magic Dragon SAAF and USA

Dakota Part 5: 

Douglas AC-47 Spooky / Puff, the Magic Dragon / Dragon Dak



The Douglas AC-47 Spooky (also nicknamed "Puff, the Magic Dragon") was the first in a series of gunships developed by the United States Air Force during the Vietnam War. More firepower than could be provided by light and medium ground-attack aircraft was thought to be needed in some situations when ground forces called for close air support.


British "Waist-gunners" using Lewis Guns in WW2, 
mostly for anti-aircraft purposes rather than ground attack

Late in World War II, an Army Air Force lieutenant named Gilmour C. MacDonald had come up with the idea of mounting side-firing weapons in aircraft for the ground attack mission. The pilot of a conventional attack aircraft had to make a pass on a target and fire his weapons, then come around for another pass. The pilot of an attack aircraft with side-firing weapons could simply perform a banking "pylon turn" around a target, line up the target along his wingtip, and then hose it down with a "cone of fire" for as long as ammunition held out.

Nothing came of the idea until 1961, when MacDonald, by then a USAF lieutenant colonel, brought it up again and managed to inspire a set of shoestring demonstrations of the concept. By 1964, it was the right idea in the right place. The USAF was trying to come to grips with the difficulties of fighting the growing jungle war in Southeast Asia, in particular casting about for a way to perform effective close air support for ground operations. 

In August of that year, the war had undergone a drastic escalation with the the Tonkin Gulf incident. In November, a USAF captain named Ronald W. Terry sold the idea of a gunship to the brass, and was authorized to put together two gunships quickly for a combat evaluation. MacDonald was the father of the idea of the side-firing gunship, but Terry was the one who would make it work.

The initial two Dakota gunships were in Vietnam by December and in combat before the end of the year. The gunships were originally given the designation of "FC-47D", but this was quickly changed to "AC-47D" in response to loud complaints by fighter pilots that calling any kind of a C-47 a "fighter" was really stretching the definition of the term.

The AC-47Ds was fitted with three 7.62 millimeter (0.30 caliber) Gatling-style Miniguns firing out the left side of the aircraft. The Miniguns had a selectable rate of fire of 3,000 or 6,000 rounds per minute, and the gunship typically carried about 24,000 rounds of ammunition. Early gunships used improvised cargo-hold mounts for standard SUU-11A/A Minigun pods, the pod having been designed as an underwing store. Later gunships carried GAU-2B/A Miniguns more specifically rigged for the task, and then the far more satisfactory MXU-470/A Miniguns, which used an ammunition drum instead of a belt-feed from ammunition cans, with great improvement in convenience and reliability. After some experience, the guns would be fixed pointing 12 degrees downward, reducing the aircraft bank angle required for attacks.

Electrically operated miniguns


Ballistic armor curtains were fitted to the left side of the aircraft to protect crew and systems; new radio and navigation equipment were installed; a Mark 20 gun sight salvaged from the Douglas A-1 Skyraider attack aircraft was fitted to the cockpit left-side window; and a trigger button from the same source was attached to the pilot's control wheel. The AC-47Ds also carried a bin of illumination flares for night fighting next to the cargo door, with the flares tossed out of the aircraft by the flight crew by hand. The bin was later armored to prevent the flares from being set off by ground fire.

Vietnamese who observed attacks by the gunships compared them to roaring, fire-spouting dragons, and so the gunships acquired the name "Puff", after a contemporary pop tune, "Puff the Magic Dragon". They were more informally called "Spooky" after their radio call-sign, and were well-liked by US ground forces for their ability to literally rip enemy assaults to shreds.


The modified craft's primary function was close air support for ground troops. Other armament configurations could also be found on similar C-47-based aircraft around the world. The guns were actuated by a control on the pilot's yoke whereby he could control the guns either individually or together, although gunners were also among the crew to assist with gun failures and similar issues. It could orbit the target for hours, providing suppressing fire over an elliptical area approximately 52 yd (47.5 m) in diameter, placing a round every 2.4 yd (2.2 m) during a three-second burst. The aircraft also carried flares it could drop to illuminate the battleground.


Spent casings after a Vietnam mission


The AC-47 had no previous design to gauge how successful it would be because it was the first of its kind. The USAF found itself in a precarious situation when requests for additional gunships began to come in because it simply lacked miniguns to fit additional aircraft after the first two conversions. The next four aircraft were equipped with 10 .30 caliber AN/M2 machine guns. However, these weapons, using World War II and Korean War ammunition stocks, were quickly discovered to jam easily, produce large amounts of gases from firing, and, even in 10-gun groups, only provide the density of fire of a single minigun. All four of these aircraft were retrofitted to the standard armament configuration when additional miniguns arrived.


The AC-47 initially used SUU-11/A gun pods that were installed on locally fabricated mounts for the gunship application. Emerson Electric eventually developed the MXU-470/A to replace the gun pods, which were also used on subsequent gunships.


Miniguns at the ready



Flare canister


In August 1964, years of fixed-wing gunship experimentation reached a new peak with Project Tailchaser under the direction of Capt. John C. Simons. This test involved the conversion of a single Convair C-131B to be capable of firing a single GAU-2/A Minigun at a downward angle out of the left side of the aircraft. Even crude grease pencil crosshairs were quickly discovered to enable a pilot flying in a pylon turn to hit a stationary area target with relative accuracy and ease. The Armament Development and Test Center tested the craft at Eglin Air Force Base, Florida, but lack of funding soon suspended the tests. In 1964, Capt. Ron W. Terry returned from temporary duty in Vietnam as part of an Air Force Systems Command team reviewing all aspects of air operations in counter-insurgency warfare, where he had noted the usefulness of C-47s and C-123s orbiting as flare ships during night attacks on fortified hamlets. He received permission to conduct a live-fire test using the C-131 and revived the side-firing gunship program.


Minigun in action

By October, Capt. Terry's team under Project Gunship provided a C-47D, which was converted to a similar standard as the Project Tailchaser aircraft and armed with three miniguns, which were initially mounted on locally fabricated mounts—essentially strapped gun pods intended for fixed-wing aircraft (SUU-11/A) onto a mount allowing them to be fired remotely out the port side. Captain Terry and a testing team arrived at Bien Hoa Air Base, South Vietnam, on 2 December 1964, with equipment needed to modify two C-47s. The first test aircraft (43-48579, a C-47B-5-DK mail courier converted to C-47D standard by removal of its superchargers) was ready by 11 December, the second by 15 December, and both were allocated to the 1st Air Commando Squadron for combat testing. The newly dubbed "FC-47" often operated under the radio call sign "Puff". Its primary mission involved protecting villages, hamlets, and personnel from mass attacks by VC guerrilla units.


Spooky in Vietnam

Puff's first significant success occurred on the night of 23–24 December 1964. An FC-47 arrived over the Special Forces outpost at Tranh Yend in the Mekong Delta just 37 minutes after an air support request, fired 4,500 rounds of ammunition, and broke the Viet Cong attack. The FC-47 was then called to support a second outpost at Trung Hung, about 20 miles away. The aircraft again blunted the VC attack and forced a retreat. Between 15 and 26 December, all the FC-47's 16 combat sorties were successful. On 8 February 1965, an FC-47 flying over the Bong Son area of Vietnam’s Central Highlands demonstrated its capabilities in the process of blunting a Viet Cong offensive. For over four hours, it fired 20,500 rounds into a Viet Cong hilltop position, killing an estimated 300 Viet Cong troops.


Twin Browning arrangement


Gatling Minigun replacement

The early gunship trials were so successful, the second aircraft was returned to the United States early in 1965 to provide crew training. In July 1965, Headquarters USAF ordered TAC to establish an AC-47 squadron. By November 1965, a total of five aircraft were operating with the 4th Air Commando Squadron, activated in August as the first operational unit, and by the end of 1965, a total of 26 had been converted. Training Detachment 8, 1st Air Commando Wing, was subsequently established at Forbes AFB, Kansas. In Operation Big Shoot, the 4th ACS in Vietnam grew to 20 AC-47s (16 aircraft plus four reserves for attrition).

Spooky inbound

The 4th ACS deployed to Tan Son Nhut Air Base, Vietnam, on 14 November 1965. Now using the call sign "Spooky", each of its three 7.62 mm miniguns could selectively fire either 50 or 100 rounds per second. It can be seen in action here. Cruising in an overhead left-hand orbit at 120 knots air speed at an altitude of 3,000 ft, the gunship could put a bullet or glowing red tracer (every fifth round) bullet into every square yard of a football field-sized target in potentially less than 10 seconds.[dubious – discuss] And, as long as its 45-flare and 24,000-round basic load of ammunition held out, it could do this intermittently while loitering over the target for hours.


On the ground with an early model Hercules C130 A (note the short nose)

In May 1966, the squadron moved north to Nha Trang Air Base to join the newly activated 14th Air Commando Wing. The 3rd Air Commando Squadron was activated at Nha Trang on 5 April 1968 as a second AC-47 squadron, with both squadrons re-designated as Special Operations Squadrons on 1 August 1968. Flights of both squadrons were stationed at bases throughout South Vietnam, and one flight of the 4th SOS served at Udorn Royal Thai Air Force Base with the 432nd Tactical Reconnaissance Wing. The superb work of the two AC-47 squadrons, each with 16 AC-47s flown by aircrews younger than the aircraft they flew, was undoubtedly a key contributor to the award of the Presidential Unit Citation to the 14th Air Commando Wing in June 1968.

One of the most publicized battles of the Vietnam War was the siege of Khe Sanh in early 1968, known as "Operation Niagara". More than 24,000 tactical and 2700 B-52 strikes dropped 110,000 tons of ordnance in attacks that averaged over 300 sorties per day. During the two and a half months of combat in that tiny area, fighters were in the air day and night. At night, AC-47 gunships kept up a constant chatter of fire against enemy troops. During darkness, AC-47 gunships provided illumination against enemy troops.


Gunships pouring fire onto the enemy


An open shutter shows how an eliptical fly path allowed massive fire-power
 to be unleashed on a relatively small (ca 50 sq metre target)

The AC-47D gunship should not be confused with a small number of C-47s which were fitted with electronic equipment in the 1950s. Prior to 1962, these aircraft were designated AC-47D. When a new designation system was adopted in 1962, these became EC-47Ds. The original gunships had been designated FC-47D by the United States Air Force, but with protests from fighter pilots, this designation was changed to AC-47D during 1965. Of the 53 aircraft converted to AC-47 configuration, 41 served in Vietnam and 19 were lost to all causes, 12 in combat. Combat reports indicate that no village or hamlet under Spooky Squadron protection was ever lost, and a plethora of reports from civilians and military personnel were made about AC-47s coming to the rescue and saving their lives.


As the United States began Project Gunship II and Project Gunship III, many of the remaining AC-47Ds were transferred to the Vietnam Air Force, the Royal Lao Air Force, and to Cambodia, after Prince Sihanouk was deposed in a coup by General Lon Nol.

A1C John L. Levitow, an AC-47 loadmaster with the 3rd SOS, received the Medal of Honor for saving his aircraft, Spooky 71, from destruction on 24 February 1969 during a fire support mission at Long Binh. The aircraft was struck by an 82-mm mortar round that inflicted 3,500 shrapnel holes, wounding Levitow 40 times, but he used his body to jettison an armed magnesium flare, which ignited shortly after Levitow ejected it from the aircraft, allowing the AC-47 to return to base.

Demand for the Spooky was so high that availability of Miniguns became a problem, so four of the AC-47Ds were put together using a stockpile of old Browning 7.62 millimeter (0.30 caliber) machine guns found in a warehouse in California, with each aircraft carrying ten side-firing machine guns each.

About 47 AC-47Ds were produced, with 12 lost in combat, particularly as enemy air defenses improved. A more capable platform -- in particular equipped with sophisticated sensor system to permit it to perform "search and destroy" missions instead of simply performing fire support -- was obviously needed. The AC-47Ds were replaced by the Fairchild AC-119G Boxcar gunship, with an electronic sensor system, for fire support missions, with the search and destroy mission farmed out to the highly sophisticated and completely fearsome Lockheed AC-130A Hercules / Spectre gunship.

Other air forces
In 2006, Colombia started operating retrofitted AC-47s, where they are known by civilians as Avion Fantasma (ghost plane). They are successfully operated by the Colombian Air Force in counter-insurgency operations in conjunction with AH-60 Arpia helicopters (an armed variant of the UH-60) and Cessna A-37 Dragonflys against local illegally armed groups. These are five Basler BT-67s purchased by Colombia with .50 cal (12.7 mm) GAU-19/A machine guns slaved to a forward looking infrared (or FLIR) system. They also have the ability to carry bombs. At least one has been seen fitted with one GAU-19/A and a 20 mm cannon, most likely a French made M621. The BT-67 is a variant of the C-47/DC-3 modified by the Basler Corporation of Oshkosh, Wisconsin.




In 1970, the Indonesian Air Force converted a former civilian DC-3. The converted aircraft was armed with three .50 cal machine guns. During 1975, the Indonesian Air Force used its "AC-47" in the Indonesian invasion of East Timor to attack the city of Dili. Later, the aircraft was used in Indonesian military close air support missions in East Timor. A retirement date is unknown.

In December 1984 and January 1985, the United States supplied two AC-47D gunships to the El Salvador Air Force and trained aircrews to operate the system. The AC-47 gunship carried three .50 cal machine guns and could loiter and provide heavy firepower for army operations. As the FAS had long operated C-47s, it was easy for the United States to train pilots and crew to operate the aircraft as a weapons platform. By all accounts, the AC-47 soon became probably the most effective weapon in the FAS arsenal.

Variants of the AC-47 based on various iterations of the airframe including the BT-67, have been used by Laos, Cambodia, South Africa, El Salvador, and Rhodesia, to name just a few, and with a variety of weapons configurations including Gatling guns of numerous types, various medium and heavy machine guns, and larger auto cannon (South African "Dragon Daks" were known to fit 20 mm cannons). The Republic of China Air Force (Taiwanese Air Force) also converted some of its C-47s to gunships. These machines were armed with M2 machine guns.


.50 cal vs 20 mm rounds for comparison


South African Air Force "Dragon Daks"





The Dak was often used for Paratroop drops


SAAF Gunships mounted either 20mm cannon or HMGs


Different arrangements were tested:
 John Vorster, later Prime Minister, inspecting a twin  HMG system




The single 20mm gun



SA Dragon Dak Gunner in action

Wednesday, 20 March 2013

SAAF Mirage F1 and The Border Conflict (Part 3)

SAAF Mirage F1 and The Border Conflict (Part 3)

3 Squadron: Mirage F1CZ and Arthur's Piercy's First Hand Combat Report


3 Squadron was formed in January 1939 at Waterkloof. The squadron was issued with the Hawker Hartbees and Hurricane MK II. September 1939 the squadron was relocated to Port Elizabeth and disbanded. They were then formed again at Waterkloof on 9 September 1940 and issued with Hurricane MK I. October the squadron was involved in East Africa flying both Hurricanes and Gladiator MK II. They fought their way through Somailand and Abasynia, by the end of 1941 had destroyed over 100 Italian aircraft. The squadron was then disbanded and reformed again in December 1942, flying Hurricane 11c and Spitfire V aircraft they flew fighter defence over the port of Aden, coastal patrols were also flown from North Africa. In August 1944 equipped with Spitfire IX the squadron was sent to Italy. 3 Squadron was again disbanded after the second world war.
3 Squadron was reformed at Baragwanath Airport as a part time citizen force unit flying the Harvard in September 1952 and disbanded in 1957
August 1966 3 Squadron was reformed at Waterkloof under the control of 2 Squadron and equipped with Mirage IIIEZ. February 1970 the squadron received squadron colours and received Mirage IIIDZ aircraft.

April 1975 the squadron received the Mirage F1CZ and operated from Waterkloof, with frequent deployments to Namibia during the border war. 



3 Squadron was disbanded on the 30 September 1992 and the Mirage F1CZ aircraft were retired.
Mirage F1CZ
 Mirage F1CZ Air to Air Interceptor Statistics: 
PowerplantSnecma Atar 09K50 Turbojet 11,090lb thrust
Speed2 555kph / 1 450mph 
Range1,200 km / 1,800 miles 
Seats
Length 15 m 
Wing Span 8,4 m 
Empty Weight 7,400 kg 
Max Take Off Weight 14,900 kg 
In Service 3 Squadron 1975 to 1992 
 Weapons
1000 lb Bomb, 400 kg Bomb, 68mm SNEB Rocket, DEFA 553 30mm Cannon, ELT-555 (ACS) Electonic Warfare Pod, Mk 81 250 lb Bomb, Mk 82 500lb Bomb, R.530 Missile, R.550 Magic Missile, Type 155 Launcher, V3A Kukri, V3B Kukri, V3C Darter

The serial numbers of the 16 Mirage F1CZ aircraft that were delivered to 3 Squadron were from 200 through to 215.

Individual Aircraft History
200Flew into ground while inspecting wreckage of Mirage F1AZ 246 near Cullinan. Pilot Killed - 15 February 1979
201 Commandant Willie Hartogh was the last pilot before the aircraft was retired. Currently in Port Elizabeth at the SAAF museum.
202 Aircraft retired and on display at SAAF HQ in Pretoria
203 Aircraft named "le Spectre" after receiving the first low visibility colour scheme. Also has the Mig Kill marking. Major Johan Rankin downed Mig 5 October 1982. Currently at SAAf Museum Swartkops
204 First aircraft locally assembled by Atlas Aircraft. On display at SAAf museum Ysterplaat.
205 Aircraft erupted into flames at rear fuselage after landing. pilot survived - 8 February 1985
206 Damaged by air to air missile and overran runway on landing. Impact caused ejection seat to eject. Pilot seriously injured - 26 September 2012. (See below his personal account and link to his website)
207 After retirement aircraft allocated to Stellenbosch University's department of mechanical engineering.
208 During night intercept training a failure caused the pitch pre-servo to run up to full pitch. Pilot Survived - 4 November 1980
209 Undercarriage damaged after hard landing. Pilot survived - 4 July 1984
210 After retirement allocated to University of Pretoria's mechanical engineering department
211 Stored at Waterkloof open storage and later moved to Swartkops and is currently being restored to origional factory paint scheme for display purposes.
212 After retirement was stored at Denel and later allocated to CSIR.
213 Aircraft also has the Mig Kill marking. Major Johan Rankin downed a Mig 6 November 1981. Currently at SAAF museum Ysterplaat.
214 After being retired the aircraft spent some time in Russia being adapted to be fitted with the RD-33 engine. Was then moved to Aerosud and later cut up and scrapped.
215 Hit rising ground near Ohrigstad in bad weather. Pilot survived - 28 December 1987

 Arthur Piercy's account of the accident that left him paralysed:

" I am sure I will never forget the 27th September 1987...South Africa was involved in a "war" with Angola. We , that is 3 Squadron, were deployed at AFB Rundu in the north of Namibia. Our role was Combat Air Patrol. Our troops had been interfered with by the Angolan MIG's and gun ships and we are there to try and stop their interference.
Thankfully since the withdrawal of SA troops from Angola in 1988 there has been no reason for conflict with our neigbours. This is my recollection of the events leading up to the accident.

It was approximately 1500B (local) on 27th September 1987 when all hell broke loose. There had been numerous call-outs previously which proved to be nothing at all, so when the "hot-line" started ringing there was very little reaction from us. However this time the call wasn't to go on cockpit standby like before, but rather a call to scramble immediately.
The letter I was writing went flying as I scrambled to get into the cockpit. In a matter of minutes we were screaming down the runway. I was lucky I was number two in the formation as it was about 45 deg C outside and the take-off was hair-raising. How numbers three, four, five and six got airborne I don't know.
After take-off we remained low level and set heading for the combat zone. It was our intention to remain low level for as long as possible to avoid being detected by the Angolan radars.
The order came to pitch about 10 minutes after take-off and up we soared like homesick angels. We leveled of at about 30 000' and the mission controller sounded like a horse racing commentator with all the instructions he was giving us to intercept the targets. Next came the order to jettison the drop tanks. This command was a little strange for me, because one never throws the tanks away in training so only when I saw a 1 200 litre tank falling away from the lead aircraft did I know this was no training sortie. It was serious. The adrenaline was flowing.
The next thing I saw was a Mig 23 flying through the formation about 300' below us. My first reaction was WOW what a great looking aircraft. This was the first time I had seen one in the flesh so to speak. When he started turning only then did I see the second Mig. I called the engagement and started turning. I was doing Mach 1.3 (about 1600 km per hour) and he was going like hell so the turn was so wide I almost lost sight of him.
This where I get a little frustrated. For 10 years I have trained for this day and the majority of the fight I cannot recall. WHY! Anyway the next thing I remember is this Mig coming head on at me from about my one, two o'clock position. Still turning towards him I remember flicking the trigger safety over to the cannon position. If he was going to fly through my sights I was going to squeeze off a few rounds. Unfortunately for me he got off the first shot.
There was a bright orange flash from his left wing and then this incredibly fast telephone pole came hurtling towards me trailing a solid white smoke trail. What more is that it was cork screwing so I was never sure where it was going.
In all our training we were taught to break towards the missile. This could or should create a tracking problem for the missile and cause it to possibly overshoot.
But faced with reality I found it took a lot of willpower to fly towards something I knew was trying to kill me. However, I kept breaking towards it and I watched it corkscrew over my right wing and disappear behind me. I thought it had missed until I heard a dull thud and felt a light bump on the aircraft. I immediately scanned all the gauges but there was not indication of any damage. When I looked up again the Mig flew over the canopy and disappeared behind me as well.
I immediately informed the leader that I thought I might have been hit and his reaction was: "OK let’s go home." I did not need a second invitation and I rolled the aircraft onto its back and headed for the ground. With hindsight it appeared that the whole fight lasted no more than 60 seconds from the time we pitched until I got the ‘go home’ command.
This is perhaps where I got a fright for the first time. I had not retarded the throttle any and I was rushing at the ground in a vertical dive. When I pulled the stick into my stomach to recover from the dive all that initially happen was the aircraft changed attitude but not direction. The momentum was so great the aircraft carried on descending. Just when I thought that this is the end of me, the aircraft bottomed out just above the trees.
With all this rolling and diving I was separated from my leader and had no idea where he could be. Just then I started getting a radar warning audio in my helmet from my 6 o’clock (from behind). Some radar was looking at me. Was it the anti aircraft batteries or was it the Mig? I radioed to the boss that I thought someone was behind me. His reaction was to tell me get as low as I can, as fast as I can and not to turn to look behind me. My first reaction was - I was so low I was raising a dust cloud like those crazy American Road Runner cartoons. The leader said he could not see any dust trails so I eased the aircraft lower. The radio alt read 50' and the speed approximate 730-740 knots.
At this stage I was beginning to think that I’d over-reacted and that I might not have been hit. Had I got out of the fight too early? The aircraft was performing as if there was nothing wrong with it. No vibrations and no handling difficulties. Oh well tomorrow I'll be back I thought. It was now about five minutes later and halfway home when the first warning light flashed on. EP pump failure. Instinct must have taken over because I thought my first reaction was to call the boss and tell him I have a failure. He pulled out his emergency checklist, and started reading the failure procedures for me. That is when I realised that all the necessary switches had been set. I don't remember doing them.
While he was reading the EP pump failure I got the second failure, a right hand fuel pump failure. This is not too serious under normal operating conditions as the engine can gravity feed. While the boss was reading the fuel pump failure procedure and I was confirming that they were done the following light on the warning panel appeared. A HYD 2 system failure.
This caused a little concern initially as the aircraft's main systems use hydraulic fluid. Undercarriage, flaps, controls, airbrakes and of course wheel brakes. After a quick and careful analysis of the situation I relaxed a little. The HYD 2 system is basically a standby system for the main HYD 1 system. All I had really lost with the HYD 2 failure was the nose-wheel steering. It could have been worse.
By now we were far enough away from the combat zone and the dangers associated with it, so I started to climb to try and conserve fuel.
The next thing that happened is that I was getting an audio warning but no visual warning when I looked at the panel. The hours of simulator training came into action - a pending OIL failure. This concerned me a little more than the rest of them. There are two critical components that use oil. The throttle and the nozzle flaps on the engine.
Flying the aircraft on the emergency throttle (electrically operated) is not easy. The throttle is very slow and unresponsive.
At this time the leader pulled in next to me to inspect for any damage. He reported that there was fuel leaking out the aircraft and that the drag chute was missing. As he said that, the 500 litre warning light came on. The fuel gauges still read 1700 litres so now which one is right. A little more pressure was applied onto little old me.
Landing a perfectly serviceable aircraft on a 7500' runway requires some work. I was going to have to do it on emergency throttle and without a drag chute - a task I felt I could handle.
I planned to land the aircraft short on a new stretch of runway that was being constructed. This would give me an additional 500' to play with on the landing roll. I got her down at the threshold but when I applied the brakes the only thing that happened was the expression on my face changed. I pulled the nose higher so that there would be some form of aerodynamic braking but this did not help. About a 1500' from the end of the runway I applied the emergency hand brake with little effect. The arrester-bed or sandpit at the end of the runway was my next hope of stopping this machine.
The aircraft went through the arrester bed like a hot knife through butter. No braking effect whatsoever. The next 'obstacle' was the security fence.
Where does ones sense of humour come from in at a time like this? I was about to go AWOL (absent without leave) with a multi-million rand aircraft. The board of enquiry is probably going to ask me who authorised this illegal departure from the security area. At the same time I was scared I was going to drown in the river just beyond the fence. My seat has a land survival pack in it and not an inflatable dinghy!!
When I went through the fence I remember putting my hands in front of my face. It was at this precise moment that there was a loud bang. I remember smelling cordite or gunpowder and then everything went black. I felt the rush of wind over my face and the feeling of silk on my cheek. With hindsight I realised that when the ejection seat went off, my helmet must have come off as well and the silk I felt on the cheek was the ejection seat's stabilising parachute and not my personal parachute.
When I regained my senses I was lying in the sand on my right hand side. The first thing I attempted to do was to roll onto my back and when I pushed on the sand with my left arm there was this incredible piercing pain in my arm. The left arm was broken just above the elbow. I then looked down at my legs to see why they had not moved and I could not feel them at all. I realised that the ejection seat was still strapped to my back and thought that this might have something to do with the lack of movement in my legs. I had no idea that the neck was dislocated.
I then started looking around and the first thing I saw was that I was lying directly in front of my aircraft. Here was a F1 Mirage pointing straight at me. The problem wasn't that the aircraft was pointing at me but rather that there was a fire just behind the left air intake. I know there is a fuel tank there but even worse was the fact that the ammo bins (with over a hundred rounds of 30mm ammunition) was just under the fire. If those rounds started going off I was in the line of fire.
When the fire brigade arrived on the scene they naturally came to my aid first. My immediate advice to them was that no one touches me until a doctor pitches up and that they immediately tend to the fire on the aircraft. There is no way that I want to be shot at by my own aircraft.
When the doctors arrived with the ambulance my first concern was they treat my arm for pain, then they can worry about the rest. Even after 2 morphine injections there was still not relief from the pain. I was later told that the adrenaline in the body was so high that the morphine had no effect. 
Just before they pushed me into the back of the ambulance I passed out only to wake up in 1 Military Hospital in Pretoria 10 days later.
It was another seven months before I left the hospital with a C6, C7 fracture of the neck and permanently confined to using a wheelchair..."

Amelia Earhart's sad demise

Dozens heard Amelia Earhart's final, chilling pleas for help, researchers say Distilled from 2 posts in the  Washington Post a...