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Risk/Unknown | Order of Importance | Mitigation | How to Test |
|---|---|---|---|
Stackable Seats - how stable will it be when being attatched but must also be able to remove to meet height and vision regs for people of various heights | 1 | Use velcro to attach and detach stackable seats Using 3M Velcro - seems to be the best option/strongest | Calculations |
Seat Overheating - Prevent overheating | 3 | Ensure materials allow mesh to circulate | Thermal study in solidworks |
Seat Mounting/Adhesives - How will the seats be attatched? Last years seats have mounting brackets (have research on it above). Chassis team is looking into an adhesive to attach the seat to the bottom panel | 1 | Use an adhesive | |
Seat Structure - Will the seat backing be strong enough to provide support when breaks are slammed, accident etc. | 1 | Strong back skeleton | |
Ballast bag compartment placement - placed in a safe space where it is secured and close to the passengers. Must have easy access for switching | 1 | make the enclosure able to open and close and create a slot on or near each seat so it is secure and removable | |
Head rest - Test clearance and adjustable for helmet and no helmet | 2 | Ensure head rest is adjustable for heights of all drivers with and without a helmet and ensure clearance. Not really any way to mitigate | Can test clearance on solidworks |
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