@JulesSCUBAPRO
There are a few implementations on the Galileo that make it not suitable for technical diving, and some small changes they could make that would make it enormously popular. How might one get this feedback to your developers?
1. Once underwater, you cannot change the gas settings, nor turn on a gas. This caused the Sol to SOS. I had forgotten to 'turn on' the #3 99% O2 tank in the dive settings. I set the gas on the left (Shearwater) and it cleared deco. However, the Sol had 2 minutes and it SOS'd as a "missed deco stop". Being unable to turn on a tank underwater is a detriment to safe diving.
2. Again on the above, one cannot change the gas mixture setting on Sol if under water. If I could have changed one of my independent doubles tanks to a 99%, and then swapped to it, that would have cleared the Sol.
3. The Sol program will not allow easy swap between gauge mode and regular mode.
Because of the above, I was thereafter deprived of the use of the Sol for the rest of the trip, because it would do only gauge mode and my diving did not allow the 48 hours after gauge mode. I use the Sol mostly for data gathering because of this, and carry two Shearwaters. You do your fine computers a disservice.
4. Create a dive setting, or in the software, that allows tanks to be "paired" as independent doubles. That will allow the gas consumption rates to be better calculated. A faulty transmitter battery kept my tank #2 from being read into the data.
5. Allow a greater range on deco stops. If you are in a cave, the ability to stop at 10 may not be available to the diver. In another cave, one might have to stop at 15 or 20 instead of 10. If, like my Petrels, the Sol had cleared at 15 feed instead of demanding 10, it would not have SOS'd.
There are a few implementations on the Galileo that make it not suitable for technical diving, and some small changes they could make that would make it enormously popular. How might one get this feedback to your developers?
1. Once underwater, you cannot change the gas settings, nor turn on a gas. This caused the Sol to SOS. I had forgotten to 'turn on' the #3 99% O2 tank in the dive settings. I set the gas on the left (Shearwater) and it cleared deco. However, the Sol had 2 minutes and it SOS'd as a "missed deco stop". Being unable to turn on a tank underwater is a detriment to safe diving.
2. Again on the above, one cannot change the gas mixture setting on Sol if under water. If I could have changed one of my independent doubles tanks to a 99%, and then swapped to it, that would have cleared the Sol.
3. The Sol program will not allow easy swap between gauge mode and regular mode.
Because of the above, I was thereafter deprived of the use of the Sol for the rest of the trip, because it would do only gauge mode and my diving did not allow the 48 hours after gauge mode. I use the Sol mostly for data gathering because of this, and carry two Shearwaters. You do your fine computers a disservice.
4. Create a dive setting, or in the software, that allows tanks to be "paired" as independent doubles. That will allow the gas consumption rates to be better calculated. A faulty transmitter battery kept my tank #2 from being read into the data.
5. Allow a greater range on deco stops. If you are in a cave, the ability to stop at 10 may not be available to the diver. In another cave, one might have to stop at 15 or 20 instead of 10. If, like my Petrels, the Sol had cleared at 15 feed instead of demanding 10, it would not have SOS'd.