Canno fleet vehicle, the inspiration and platform the ambulance design was based on.
Preliminary ideation was focused on adding space inside the vehicle, ensuring comfort for the user. The final concept is adorned with dynamic lines to give forward motion. Given the extreme use of the vehicle, a boxy, rugged exterior is key.
After reaching a final concept, a more realistic design was created by sketching on top of the Canoo fleet vehicle's skateboard. Lighting surrounds the vehicle on all sides to ensure maximum visibility en route and at the scene of an emergency. Adding a lower skid plate is vital for the ambulance to clear obstructions. The entrances on the rear and right provide quick entry and exit for the driver and additional personnel. 
(The secondary vehicle is shown in the upper left, but was not the focus of this project)
To stay true to the design drivers and ensure maximum interior space, an asymmetrical front is necessary. This design choice created a noticeable difference in usable floor space for storage and additional passengers
Sketching rough details on the front of the vehicle
Sketching rough details on the front of the vehicle
Plotting points and checking for symmetry between sides
Plotting points and checking for symmetry between sides
Cutting in the wheel wells
Cutting in the wheel wells
The clay modeling phase was extremely valuable; This process taught me to sketch with the end product in mind, making sure surfaces interact in a realistic way. Even at this stage the design was being updated and changed to ensure a quality concept. (Roll over each photo to learn more)
Using the overlay sketch, an Ai image generation software called vizcom was used to bring the sketch to life. the vehicle is shown in a rough, rural environment similar to where rescues could take place. This terrain demands large, overbuilt tires to prevent getting stuck.
Final Product created using automotive clay, 3d printed components, and paint.

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