Description:Design the simple parts and works
Wants:Holes steps tapper fillits etc
Ask for Sample:Holes steps tapper fillits etc
- Solid work (2014)
No Entries Submitted Yet.
No Comments Submitted Yet.
Similar Contests on Cad Crowd
Mako Boardsports - SolidWorks Contest
The Mako Slingshot is a Jet Powered surfboard which reaches speeds of up to 34kph on flat water. The board also allows users to ride waves of any size and performs as well as most surfboards! This is an incredible opportunity to win what is going to be the next water sports craze. Everything has been designed in house, we have experience in many aspects of engineering shown through our sister companies which are part of Gilo Industries Group. The Prize is a Mako Slingshot and a prototype of your case worth £9, 000 NOT £9 ,000 prize money.
Cardboard Exhibition Booth
I have an exhibition booth area of 6 metres x 3 metres. The booth is for a company that customizes packaging, cardboard furniture, as well as products that is in relation with paper.
I am looking to create an elegant and standout kick scooter that is ultralight and foldable, ( easy to carry on Subway/Bus ). This product is to be marketed towards young adults and working proffessionals as a legitimate and sleek transportation tool. Getting you quikly and with very little effort from your house to the subway, grocery store or for a spinn with your dog. Both, the handlebars and the mast should be retractable and/ or foldable. The deck should be able to handle up to 250 pounds. The scooter should have propper brakes with calibers or disks rather than a simple step-on system. It should also feature a set of lights that will be powered by the wheels rather than a battery and needs to have a light and simple suspension in front and rear. The wheel design needs to be hubless. Main competitors: https://www.globber.com/en/scooters/my-too-kleefer http://www.microkickboard.com/suspension-scooter http://goped.com/scooters/push/know-ped/
New enclosure for Open EVSE charger
Details of the current Open EVSE charger enclosure can be found at https://github.com/OpenEVSE/Enclosures/tree/master/Polycase_ML58. Please use this as a reference as the aluminum plate and hardware inside is going to be similar in form to the open source Open EVSE hardware. The boards have been redesigned but have similar forms. Key differences are that the LCD screen and touchbutton will not be included in our 'branch' - all interaction will be over WiFi via Web or Mobile App. We may add a few status LEDs later, but for now there is to be no UI elements on the enclosure. Also, there should be no screws visible on the front of the enclosure - the front part of the enclosure needs to be connected to the backplate from behind. The mounts for the cabling coming out of the bottom of the charger need to be part of the back plate. The wall mounting method also needs to be hidden from sight. It would be good as well if the longer charging cable could be hung over / looped around the unit when not in use, and not readily slip off.
Four story wood frame townhouse style development with parking garage under. 62 x 250 with spans above garage 14 foot with max 19. Floor joists Eng. LBL beams, Exterior stone, have exterior rendering and elevations to start with. Interior layouts already 95%.