SYSTEM ALERT: SOLAR FLARE ECONOMIC IMPACT TO DOUBLE BY 2035
A report from Mission Space warns that annual economic losses from solar storms will surge to $44.27B by 2035 as the orbital economy expands into high-radiation zones.
Executive Summary: Increasing Exposure
Solar activity is moving from a manageable nuisance to a critical infrastructure threat. According to Payload, a new report from space-intelligence firm Mission Space projects that annualized economic losses from solar storms will reach $20.65B in 2026, climbing to $44.27B by 2035.
This surge is not attributed to a more volatile sun, but to the sheer volume of assets entering the line of fire. As the space economy expands, so does the surface area for radiation damage.
Sector Breakdown
By 2035, the loss profile shifts significantly toward space-based operations:
Power Grids: Remain the most vulnerable sector, projected at $18.03B in losses.
Space Infrastructure/Connectivity: Rises to $8.83B.
* GNSS Ground Economy: Grows to $6.46B.
Notably, orbital computing is identified as the fastest-growing risk area, expected to jump 25x from $130M to $3.26B. While redundancy is the standard defense, a severe particle event could simultaneously degrade every node in a localized orbital network, rendering backups useless.
Navigational Hazards
Beyond direct hardware failure, solar storms induce atmospheric drag and environmental shifts that compromise trajectory prediction. This creates orbital traffic chaos, forcing operators to execute emergency deviations that further complicate the LEO catalog.
The Lunar Variable
Lunar operations face the highest stakes. Without Earth's magnetosphere, radiation events define operational reality. The report notes that a 1972 solar event occurred between Apollo missions; had it struck during a moonwalk, the dosage would have been lethal. As modern firms—many of which have not experienced a full 11-year solar cycle—push toward the Moon, space weather resilience must become a core engineering requirement.