View allAll Photos Tagged scalable
Nicolás Shea, Founding President, Todos, Chile at the World Economic Forum on Latin America 2017 in Buenos Aires, Argentina. Copyright by World Economic Forum / Benedikt von Loebell
This is a Display/Trade Show model of Stryker ICV in 1:16 scale.
The model is developed digitally, the parts are produces by several rapid prototyping techniques, such as SLA, SLA and FDM with some manual fabrication and resin casting.
Some details of the model are slightly modified to accommodate various combat applications (not shown). The model features M151 Remote Weapons Station (RWS).
After receiving the rapid prototyped parts the model was assembled and finished in just one week.
The model is mounted on a mahogany finished base with clear protective cover and accompanied by custom transit case.
Right after the completion the model made its first appearance at 2012 AUSA show in Washington DC and, along with other model made for the same client, received recognition and very positive feedbacks for accuracy and high level of detailing.
Large stainless steel platform, four easy to use function buttons and a green backlit display for a clear view, available in Black & White. Product Features: Capacity: 2000g with overload protection Accuracy: 0.1g Platform build: stainless steel Weighing Units - Grams, ounces, troy ounces, pennyweights Colour: Black
1/50 scale by Corgi. A model of one of the most iconic public service vehicles in the world. Based on a vehicle supplied new to DC Transit in the autumn (Fall) of 1959, it shows all the typical styling features of it's time - forward slanted window pillars, double headlamps," breezaway" style air conditioning unit.
Without an expansive shot of the inside of the Railyard Shops, THIS sign gives a pretty good sense of scale.
150 ton crane. Enough said.
The 'scales' on the Millennium Bridge by Frank Gehry in Chicago are getting a patina that creates a strange 3D looking landscape.
much better big on black:
This is a museum model of one of the first mosques in the world. It was established and built by the Islamic Prophet Muhammad upon his arrival to Medina in 622 AD. The mosque itself was built as an open air building also serving as a community center, a shelter and a religious school. After erection of the mosque itself the following step was building houses for the new migrants.
The reference material is scarce, and therefore the research was a challenging and exciting journey that we took along with the client's researchers. The research was set not only to determine the look and feel of the mosque and surrounding buildings, but also the construction techniques (mud brick construction in particular), the utility items and proper vegetation that was typical for the era and the place. We would like to think this journey resulted in establishing a quite accurate look of the Prophet's Mosque and the surrounding area.
We created a model where every element is telling a part of a story. The mosque building represents how it looked at the early stage - right after it was built. In a close proximity to the Mosque there are a few finished houses of the residents of Medina. Also there are a few houses under construction representing an ongoing process of building the houses for the migrants settling in Medina. There are utility items - tools, pots, cads, plates, baskets, hides and oil lamps arranged in the courtyards and mosque's shelter area - all carefully crafted according to the reference materials. Typical oriental clay ovens are placed in the houses' courtyards. The construction sites display arrangements demonstrate the process of making mud bricks, along with appropriate tools and molds. The model also featuring proper vegetation, including date palms and Calligonum - a shrub native to Medina.
The model was designed using our 3D capabilities. We built it by traditional machining and manual fabrication, using structural composites and other modern museum grade materials. For vegetation we used only the highest quality model palm trees, bushes and shrubs. For the roofs we used several hundreds of single model palm leaves which we ordered from Europe, from the only provider. These palm leaves took the model to the next level of quality - none of the very few existing models of the Prophet's Mosque featuring such realistic palm leaf roofs.
This model is illuminated. We hired a team of engineers, which put together a system of various amber lights, designed differently for each object - houses, ovens, lamps in the shelter and torches at the construction sites. The electrical scheme includes a circuitry which cause the lights to flicker and for the lights in the ovens to flicker and float to simulate the burning coals.
This model earned the client's recognition for the high quality, rich content, and its educational and cultural value.
Some of the group members photographed with our club display.
IPMS Avon | www.ipmsavon.org.uk | www.facebook.com/ipmsavon
Scaled Pigeon - Patagioenas speciosa - Чешуйчатый голубь
Aguas Verdes, San Martín Region, Peru, 02/23/2018
As we drive past a row of condemned houses from the colonial period (the Railway workers' quarters in Muthurwa), a man is trying to make a living by selling the services of his weighing scales.
I'm redoing some of the cartoons I did quite a long time ago and doing some new ones. I'm considering turning some of them into cards... I've considered it a lot.
I been asked to do it ....a lot. But I actually might do it this time...
This one is brand new and unlike the old ones, not a drawing.This is a photograph of a pill - photoshopped to within an inch of it's life, but a photo none the less...
So, whatcha think? Cards?
This rock is about 2 inches across. It demonstrates numerous faults at this scale. On the left there appears to be a graben with normal faults. The right side shows reverse faults. I think that the only way you can develop both normal and reverse faults without reversing stress fields is in a strike-slip environment. That is why is is important to understand the environment in which faulting has occurred rather than basing conclusions on a single fault.