Mounting structure to attach all the components (electronics) to the bike
duration, deadline TBD (these metadata can be added in GitHub issues)
Step 1: hypothesis
We believe that all the components should be attached to the bike in a reliable way.
Hypothesis importance (score from 1 to 3) - 3
Step 2: Test
To verify that, we will create a prototype of the structure and mount it on the bike.
Test cost (from 1 to 3): Less than 50 euro
Data reliability (score from 1 to 3): TBD
Step3: Metric
Make a test run.
Time required: TBD
Step 4: Criteria
The structure shall hold the components reliably.
The strucure shall not deteriorate the original performance of the bike. (i.e. It shall not be too heavy, shall not damage the aerodynamic performance of the race bike)
The structure shall not be easily removed by theft. Ideally, it shall not be easily seen as a GPS tracker.
Learning documentation
Step 5: Observation
We observed that .....
Step 6: Learning and insights
From what we learned that ....
Step 7:
Therefore, we will ... <what you will do after capturing this insight, perhaps new prototypes or different types of tests>
Mounting structure to attach all the components (electronics) to the bike duration, deadline TBD (these metadata can be added in GitHub issues)
Step 1: hypothesis We believe that all the components should be attached to the bike in a reliable way. Hypothesis importance (score from 1 to 3) - 3
Step 2: Test To verify that, we will create a prototype of the structure and mount it on the bike. Test cost (from 1 to 3): Less than 50 euro Data reliability (score from 1 to 3): TBD
Step3: Metric Make a test run. Time required: TBD
Step 4: Criteria
Learning documentation
Step 5: Observation
We observed that ..... Step 6: Learning and insights
From what we learned that .... Step 7:
Therefore, we will ... <what you will do after capturing this insight, perhaps new prototypes or different types of tests>