
Most of these satallites in polar orbits that precess with the sun line require three (3) days to return to the same position.
Thus it would take three days to cover ALL the US, & so you'd only need 77.6 TB per 3/days NOT per second.
.....there is probably a lo-res FOV of the order of about 1 pixel per 1 SqKm which is the FOV that covers the whole earth every 3 days.
The hi-res 1 pixel per (61cm)squred FOV instrument more than likely has a keyhole FOV that can be targeted from the ground.
The downlink data rate is prob about 4GB/hr and prob will continue for about 12 years (based on other similar sat's)......a 93 minute orbit... It can only take 1 swab of an area per orbit.. so that's 1 picture every 93 minutes. (And it's FOV is 15km, you rotate further than 15km in 93 minutes, so they have to wait 3 days to get back to the same exact spot)
Unless they used this as a test of the system (for other ops), that is the only way I could see them using such a high cost item, to catch some lone grower.
Moral of this story is to grow your bud in small patches of less than one sq meter each, or better yet, less than half a square meter each so that the surouning vegitation fills in each pixal.
