There are dire problems in making a cheap diving computer.
One problem lies in the labor. In order to make a $200 dive computer, the labor involved must be only a matter of minutes, in order to make it financially feasible. After all, for a $200 computer, the dealer will take a $30 cut (at least), there will be $7-$10 in credit card fees.
In every venture I have made so far, selling the product for 3 times the manufacturing cost (including labor), still barely breaks you even. You really need to sell something for 4 times your own cost, which is why the F1 is probably not viable, as it is being sold for only 1.5 times our cost.
$200
- $30 dealer cost
- $10 credit card fees
= $160 gross income
divided by 4
= $40 our cost for labor + parts
For a hand made product, labour would be a minimum of 2 hours, for at least $20 per hour, giving $40. This leaves $0 left to buy parts with.
So, the only way to do it would be to have machine automated assembly, with no human labor involved, or, alternatively, increase the price to $300.
For $300:
dealer cut $45
credit card fees $12
= $243
divided by 4
= $60.75
2 hours labor @ $20/hr
= $40
left over = $20.75
So the parts would need to cost $20.75. This is problematic since a pressure sensor alone costs at least $12, the circuit would cost at least $3 (in giant quantities), the battery would cost at least $7, and even without other circuit components or casing or strap we are already over the limit.
So, I would say the cheapest I could ever make a computer would be $450, unless it was assembled by an automated factory, which costs hundreds of thousands of dollars to set up and offers great risks.
One problem lies in the labor. In order to make a $200 dive computer, the labor involved must be only a matter of minutes, in order to make it financially feasible. After all, for a $200 computer, the dealer will take a $30 cut (at least), there will be $7-$10 in credit card fees.
In every venture I have made so far, selling the product for 3 times the manufacturing cost (including labor), still barely breaks you even. You really need to sell something for 4 times your own cost, which is why the F1 is probably not viable, as it is being sold for only 1.5 times our cost.
$200
- $30 dealer cost
- $10 credit card fees
= $160 gross income
divided by 4
= $40 our cost for labor + parts
For a hand made product, labour would be a minimum of 2 hours, for at least $20 per hour, giving $40. This leaves $0 left to buy parts with.
So, the only way to do it would be to have machine automated assembly, with no human labor involved, or, alternatively, increase the price to $300.
For $300:
dealer cut $45
credit card fees $12
= $243
divided by 4
= $60.75
2 hours labor @ $20/hr
= $40
left over = $20.75
So the parts would need to cost $20.75. This is problematic since a pressure sensor alone costs at least $12, the circuit would cost at least $3 (in giant quantities), the battery would cost at least $7, and even without other circuit components or casing or strap we are already over the limit.
So, I would say the cheapest I could ever make a computer would be $450, unless it was assembled by an automated factory, which costs hundreds of thousands of dollars to set up and offers great risks.