Drone Payload Capacity and the Flight-Time Degradation Curve
How drone payload capacity cuts flight time under the M^(3/2) hover power law, Peukert battery loss, heavy lift SAR drone curves, the 55 lb Part 107 cliff, and altitude payload derating.
All technical articles and explainers cataloged under #search-and-rescue.
How drone payload capacity cuts flight time under the M^(3/2) hover power law, Peukert battery loss, heavy lift SAR drone curves, the 55 lb Part 107 cliff, and altitude payload derating.
How thermal drone search and rescue works: LWIR emissivity, Mylar space blanket reflection, diurnal thermal crossover, Johnson GSD criteria, FLIR SAR settings, and White Hot vs Ironbow SAR palettes.
A grid the aircraft does not fly is a gap. IAMSAR sets coverage as sweep width over track spacing, and the pattern has to match how well the datum is known.
What optimizing a drone search and rescue flight actually changes, why forest canopy makes it hard, which levers help, and how to check a detection claim before relying on it.
A sourced record of NIST PSCR's First Responder UAS Triple Challenge: who ran it, what the three challenges asked for, the $720K award pool, the FAQ rules and where results are.