Presentation Boards.
Showing posts with label Transport Design. Show all posts
Showing posts with label Transport Design. Show all posts
Monday, 25 July 2011
Friday, 22 July 2011
Monday, 11 July 2011
Saturday, 12 March 2011
Major Project - Electric Scooter Concept
Reinventing the Wheel - Continued...
Video of the laser cutting machine that has been used to produce many of the supporting parts for this test rig.
Video of the laser cutting machine that has been used to produce many of the supporting parts for this test rig.
Labels:
Industrial Design,
Model Making,
Transport Design
Major Project - Electric Scooter Concept
Reinventing the Wheel - Continued...
The test rig now has the addition of a supporting frame.
Some images of the development shown below.
The test rig now has the addition of a supporting frame.
Some images of the development shown below.
Labels:
Industrial Design,
Model Making,
Transport Design
Wednesday, 9 March 2011
Major Project - Electric Scooter Concept
Reinventing the Wheel - Continued...
The test rig is almost ready to demonstrate the concept vehicle's intended handling characteristics.
Some images of the development shown below.
The test rig is almost ready to demonstrate the concept vehicle's intended handling characteristics.
Some images of the development shown below.
Labels:
Industrial Design,
Model Making,
Transport Design
Sunday, 6 March 2011
Major Project - Electric Scooter Concept
Reinventing the Wheel
The main focus for this project is on providing dynamic handling characteristics, whilst requiring minimal input from the end user.
Some images of the development shown below.
The main focus for this project is on providing dynamic handling characteristics, whilst requiring minimal input from the end user.
Some images of the development shown below.
Labels:
Industrial Design,
Model Making,
Transport Design
Tuesday, 1 February 2011
Thursday, 18 November 2010
Minor Project - Lightweight Automated Urban Taxi
Final Presentation Board
Using a web enabled smart phone, the user can order a taxi on the go. The current location is noted, destination is taken and payment is calculated; shortly followed by the arrival of the next available Automated Urban Taxi.
Using a web enabled smart phone, the user can order a taxi on the go. The current location is noted, destination is taken and payment is calculated; shortly followed by the arrival of the next available Automated Urban Taxi.
Minor Project - Lightweight Automated Urban Taxi
Exploded View Weight Diagram
Alloy Space Frame
Consists of a welded aluminium frame; with four hexagonal shaped polymer facias, for aesthetic purpose.
Inflated Seating
Consists of a two piece seat constructed from an inflatable polymer which not only reduces the weight, but acts as an effective dampening system whilst travelling inside the vehicle.
Chassis
Consists of welded aluminium box sections; complete with 2 energy cells and 2 electric motors which provide the vehicles forward motion.
Inflated Wheel
Consists of a light weight alloy wheel teamed with large inflated rubber tire, providing a good amount of dampening, for a smooth drive.
Alloy Space Frame
Consists of a welded aluminium frame; with four hexagonal shaped polymer facias, for aesthetic purpose.
Inflated Seating
Consists of a two piece seat constructed from an inflatable polymer which not only reduces the weight, but acts as an effective dampening system whilst travelling inside the vehicle.
Chassis
Consists of welded aluminium box sections; complete with 2 energy cells and 2 electric motors which provide the vehicles forward motion.
Inflated Wheel
Consists of a light weight alloy wheel teamed with large inflated rubber tire, providing a good amount of dampening, for a smooth drive.
Tuesday, 10 August 2010
Thursday, 15 April 2010
Ford Funky Function Project - Live project with Ford Motor Company.
Tuesday, 9 February 2010
Morgan Interior Development
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