40 × 40 km
An assumed square footprint aligned with the ground track.
Launch Satellite Analysis ASSUMPTIONS · LIMITS · PROVENANCE
What the model knows. What it assumes. What it does not claim.
You select the satellite and the target. AKSAM propagates the satellite through the chosen time window, analyses when it reaches the area of interest, and presents what the model observes — so you do not have to work through the orbital prediction yourself.
READING THE RESULT
A visible pass where the generic imaging model applies, whether or not its pointing rule is satisfied.
A modeled interval within a Potential pass where the generic footprint-centre pointing requirement is ≤30°.
The modeled best-geometry point within that opportunity. It is not confirmed collection, a tasking instruction or an image-quality score.
A separate condition: the visible target lies inside the assumed 40 × 40 km ground-track-aligned square centred directly below the satellite. It is not another name for the Qualified image point.
THE PLANNING MODEL
These are generic planning assumptions, not payload-specific capabilities.
An assumed square footprint aligned with the ground track.
The modeled footprint-centre pointing rule for a Qualified image opportunity.
Illumination context at the target, not precision solar analysis.
GEO-like visibility is treated separately; the generic imaging model is not applied to those trajectories.
THE BOUNDARY
AKSAM does not confirm:
A communications satellite may still be evaluated using the same generic access and imaging assumptions where the model applies. The result describes modeled geometry, not verified real-world imaging capability.
TRACEABLE CONTEXT
Pass timing, modeled pointing, approximate target Sun elevation, event spacing and longest no-access provide context for interpreting a result. They do not establish a payload's real-world capability.