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An Everest Base camp researcher peeks through a melting sheet of glacial ice. The glacier runs just a few hundred feet from camp, forming surreal abstract shapes out of ice, like waves or rows of translucent giant teeth.
I didn't want to risk un-soldering the existing orange and green wires from their solder-points on the PCB in the base, so I used an Xacto knife to carefully remove some of the insulation without cutting the wires.
Base Jumper - jumping off the Perrine Bridge in Twin Falls Idaho. This four lane truss arch span is 486 feet above the Snake River. It was exciting to see these men and women jump from the middle of the bridge and float down to the river bank below. Some time you wondered if the parachute would open, as it took longer for some (1/2 way down) than others for the chute to open.
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Os atletas Sub-20 da SE Palmeiras, durante treinamento no Complejo Deportivo Los Llanos, em La Serena, Coquimbo, Chile. (Foto: Fabio Menotti/Palmeiras/by Canon)
The kit and its assembly:
This project had been lingering on my to-do list and in The Stash™ for quite a while, because it’s a combination of leftover parts from previous builds. The inspiration was based in real life, though: the German Me 210 was actually tested in Japan, and I wondered what a serial production/service aircraft could have looked like – primarily only livery-wise.
A Bilek me 210 had, long ago already “donated” its FDL 131 weapon stations (to a modified He 115 floatplane), and after that it also lost its inline engines/nacelles and underwing radiators to a Germanized Ki-46III (the Gotha 146 B-1), leaving only the kit’s core. Since the Arii Ki-46III’s engines and respective nacelles were also left over the plan began to take shape to create a “Japanized” Me 210 with radial engines, as if the airframe had been adapted to local needs/preferences. And this is what became the Kyushu G11W1.
Building the Me 210 core went straightforward. The openings for the gun barbettes were filled, and as an alternative defensive armament I added mounts for single, hand-held machine guns that were fitted into the inside of the backward-facing flat glass panels of the rear cockpit section. Simple and effective.
Things became more demanding with the new radial engines and their respective nacelles from the Ki-46. The original nacelle fairings on the Me 210 wings had been completely cut away, leaving gaps in the wing surfaces, so I completed the new engines first, including their own nacelle extensions, and tried to trim them down so that they’d slip over the wings’ leading edges and upper/lower surfaces, attempting to minimize PSR. That turned out to be easier and more effective than expected – the Ki-46 nacelles just covered the gaps, and only the nacelles’ curvature for the upper wing surfaces had to be adjusted. The nacelles could be slipped over the Me 210 wings like gloves! The propellers were taken OOB, but – as usual – modified with long metal axles to make the spin freely and insert them once the whole model had been painted/finished. The landing gear was taken over from the Me 210 kit, I just had to scratch mounts for a stable hold of the struts inside of the new nacelles.
The Bilek Me 210 kit itself is …mediocre. Details are all a bit clumsy, and the fit of major parts (esp. of the ventral section that includes the bomb bay and the wing/fuselage intersection on both sides) is really poor. Nothing matched, and the whole thing required PSR on every seam.
Since the aircraft’s paint scheme would be quite simple (see below), I decided to add some special equipment, namely a Ki-148 glide bomb (an A&V resin “kit” from the Czech Republic, upgraded with some extra bits), and a PE guidance antenna (left over from an MPM Boulton Paul Dfiant night fighters) on the nose, inspired by real Japanese radar systems of the model’s era.
Even though I wanted to add a pair of drop tanks under the outer wings, taken over from a Ki-61, I eventually left them away because the glide bomb would have eaten away almost all of the Me 210's ordnance load capability of 1.5 tons.
Medicinal Rice Formulations of India popular among Senior Traditional TulsiPhool Experts.
Septenary/Octonary Ingredients of Important Traditional Herbal Formulations from Pankaj Oudhia’s Medicinal Plant Database
Related References
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Teare's disease. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Teeth gnashing during sleep. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Temporomandibular joint disorders. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Tennis Elbow. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Tension headache. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Testicular cancer. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Thoracic aortic aneurysm. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Throat cancer. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Thyroid Cancer. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Thyroid nodules. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Tongue cancer. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
Oudhia, P. (2013). Red Rice based Traditional Herbal Formulations for Tonsil cancer. Medicinal Rice Formulations (1990-2013) in Pankaj Oudhia’s Medicinal Plant Database at pankajoudhia.com
This picture is a part of Compilation of Pankaj Oudhia’s Research Works at Indira Gandhi Agricultural University (IGKV), Raipur, India (1990-2001),
A chance to take in a bit of snowshoeing on the Winterslow Range. I just went up to the summit as a daywalk. No one else around. A stark contrast to the Mt.Somers walkway just below.
Canterbury NZ
From right to left: Gnat first base coach, #18, Tim Pahuta, RiverDog #11, Ben Jones, and Gnat #11, Ofilio Castro.
YIMKIN of the 'Masirah State Railway' on its sides. It used to ferry people from the base to the sailing club, and back. And, yes, it was snowing.
Getting the crane in place ready for the Base Jumping competition. World class Base Jumpers will fling themselves from a 500 ft crane on Blackpool beach and try to land on a bulls eye target on the beach
Built in 1928-1929, this Romanesque Revival and Italian Renaissance Revival-style building was designed by George B. deGerdsdorff, a New York City-based architect, to serve as the community recreation center, known as the Thomas J. Emery Recreation Center. The building resembles Italian Renaissance and Romanesque churches, with a tall tower, gabled terra cotta tile roof, loggia on the front facade, semi-circular bay windows, and brick and stucco cladding. The building originally housed an auditorium, lounges, a kitchen, four bowling alleys, and a shooting range. In 1954, the building was sold to Mariemont Community Church, and has since served as the church’s Parish Center. The building is a contributing structure in the Mariemont Historic District, listed on the National Register of Historic Places in 1979, and designated a National Historic Landmark in 2007.