SFF Vertical Case (mini ITX)

Design goal - to develop a 3D model of exterior, interior and ergonomics of a flying car. The result is the 3D model and rendering able to be opened in SolidWorks (its, stp). Development stages: — development of art-design, graphic files; — development of surface model of one design selected, stp files;

We are looking for Flying car interiour and exteriour design. General description: Type: quadcopter Capacity: One person Quantity of motors: 4 Quantity of wheels: 4, front wheels steering. Fan: Ducted fun Overall dimensions 2947x2973 The rotor diameter is 1250mm, the external diameter of the ring - 1316mm, the ring height - 180mm. The distance between the rotors: right - left - 1654 mm, the distance between the front and rear rotor 1630 mm. The rear drive Control via the front wheels. The distance between the right and the left wheel: 933mm The distance between the front and the rear wheel: 1962mm

Hi Everyone, Thanks very much for checking out our contest. We greatly appreciate your interest. If you have any questions or want to see if you are on the right track, please send us questions or check in often. We will likely have continued work opportunities for the winners in the future. We are looking for 3D design for a personal security device. We are looking for your best and most creative designs for a sleek, modern device that is portable so you can throw it in your purse or briefcase but at you would be happy to have displayed on a shelf. The device should be around the size of a 12-ounce Coke can or a bookend. It should be free standing so it can be place on a table or a shelf. The design should include a camera lens, either 360 degree on top of the device or incorporated into the device. It will include a Passive Infrared sensor, speakers, microphone slot, and strobe light. On the back, it should have a slot for a usb-c cable for charging, a power button and either a four-button key pad or a touch screen for an unlocking pattern. We also need it to be durable so it could take a fall or potentially a throw across a room. Also, we think black may be a good color but we are open to suggestions. We are not looking for the wiring on the internals (although the inside should be hollow to allow for these), we are simply looking for the exterior design. If you have ideas on the inside, we will happily review. We have included our initial prototype design for reference. We have moved away from that design. We want you to think about what you would like to see on the table next to you that makes you feel safe but at the same time really catches your eye. We have also attached some pictures of current home security devices. We do not want any copies of these but they can provide you with some reference. The logo is unnecessary but include if you like. Thanks very much and good luck!

Our project is an energy saving initiative that cools places of human habitation by retrofitting them with living trees. We require a 3D model that represents an apartment building 3 stories high that is overshadowed by a large living gazebo-like construct of the kind depicted in the photo below. Cooling is afforded by virtue of the shading of the foliage of the tree that stands above the building as well as by the flow of air that is the result of the tree's evapotranspiration. The design should be esthetic yet simple. The only vital details are those that bring across the recognition that what is depicted is a commercial or residential building overshadowed by four legged tree. Deadline: April 14th 2021

This is a product design for manufacturing it for personal use by patients. The product is a hand/wrist strengthening device to be used by 40-70 year old patients whom desire to improve their grip strength and regain their independence lost from age, disease or injury. General ideas: 1. A two-handed device 2. Removable/replaceable endings that provide different grip options 3. Adjustable resistance for grip exercising that can be set at differing levels of resistance 4. Probably shaped like a flexible dumbell with a resistance rod in-between the two exchangeable hand-grips - but this is open to interpretation 5. Important that it can be used for wrist EXTENSION, not only wrist FLEXION - one of the hand grip options will need to be flexible rubber finger holes for this option 6. Connecting resistance rod should be quite flexible, durable and adjustable for varied resistance. 7. Prefer it does NOT require electricity or batteries - but still an option 8. Product should be 6-18 inches in size 9. Ease of use/simplicity in design is important 10. Product will be sold at a premium price-point, so needs to be robust and professional in look and feel 11. The end grip-cups would be best designed as ball-shaped and of a few different sizes and firmness, etc. 12. An additional end grip will be a finger-insert device (shaped like 5 finger rings connected together) and flexible for finger extension.