How much can a P2V+ lift without having to use full power? Could it lift, say, a pound of weight? I realize the more you lift, the more power is needed, and therefore the batteries will be discharged more quickly.
I have an unusual situation. I need to get anti-mildew/anti-fungal solution on the peaks of a building with a metal roof.
---- The roof is too steep to climb up high enough to apply it.
---- I can get to about 6 feet from the top with a pressure washer configured with an extended stream-squirt nozzle, so I have completed most of the job.
---- What I want to do with the drone is to fasten a container to it, fly up to the top of the roof, and drizzle the solution down on to the peak of the roof. If the P2V+ can only lift a 1/4 cup of the solution at a time, it would take all day to cover the approximately 40 square feet on each of the peaks.
So, how much would a P2V+ lift? A quart of the solution would weight about 1.5 pounds. A pint about .7 pounds. A cup about .4 pounds. (24 ounces, 12 ounces, 6 ounces, respectively)
Also, If you have any suggestions on how to make happen, please let me know.
I have an unusual situation. I need to get anti-mildew/anti-fungal solution on the peaks of a building with a metal roof.
---- The roof is too steep to climb up high enough to apply it.
---- I can get to about 6 feet from the top with a pressure washer configured with an extended stream-squirt nozzle, so I have completed most of the job.
---- What I want to do with the drone is to fasten a container to it, fly up to the top of the roof, and drizzle the solution down on to the peak of the roof. If the P2V+ can only lift a 1/4 cup of the solution at a time, it would take all day to cover the approximately 40 square feet on each of the peaks.
So, how much would a P2V+ lift? A quart of the solution would weight about 1.5 pounds. A pint about .7 pounds. A cup about .4 pounds. (24 ounces, 12 ounces, 6 ounces, respectively)
Also, If you have any suggestions on how to make happen, please let me know.