Hale is forecasting a shift in solar activity and upper-atmospheric density through Summer 2026. For satellites in low-Earth orbit, lower drag means longer time on orbit — and longer time on orbit changes when you launch, when you replenish, and when you spend.
The value isn't the event, it's the horizon: seeing the regime change before it shows up in decay telemetry, while there is still time to act on it.
A longer modeled lifespan moves replacement spend later and sharpens capital allocation. Hale turns space weather from a reactive risk into a line item you can plan against and optimize with.
Hale's forecast increases confidence in lifespan projections, but don't take our word for it. Hale's forecast is formatted for existing propagators and can be compared against SWPC, MSFC, and your TLE history. Request API access and test the signal directly against your constellation.
A first-order estimate of the value of Hale's modeled lifespan advantage over the SWPC baseline.
From Enhancing SmallSat Constellation Replenishment Planning with Physics-Based Solar Forecasting (McIntosh, Monson, Belle, Habib, Aubin), presented SmallSat 2026, 2022–2026 validation.
Illustrative redraw of the Hawk-4A comparison. Hale tracked observed decay more closely than SWPC and MSFC baselines, which over-predicted retained altitude and therefore lifetime.
Three public forecasts of solar flux — the driver of orbital drag — were locked at the start of 2022. Every month since, the Sun has posted its number. Watch the race run.
Forecasts as issued at the start of 2022; they have not been revised. Observed values are the monthly mean 10.7 cm solar radio flux published by NOAA SWPC — the chart updates automatically as each new month is posted.
Hale formats its forecast for existing propagator and planning workflows. Access is reviewed for qualified satellite operators and space infrastructure partners.
Access is granted after manual review. We verify operator and industry fit before issuing keys — this is not instant self-serve provisioning.
