The lingering effects of the COVID-19 pandemic have fueled a widespread shortage of electronic components, rippling across industries—including the space sector and satellite manufacturing.
For months, a global semiconductor shortage has rattled supply chains worldwide. Driven by production disruptions and surging demand—exacerbated by remote work trends amid the pandemic—the crisis persists even as some regions ease COVID restrictions. In April 2021, we examined its toll on sectors like automotive, smartphones, gaming consoles, and appliances. Now, as detailed in a June 16 SpaceNews article, the space industry faces prolonged challenges. While major firms will endure with effort, smaller operators remain most vulnerable.
Take Airbus, contracted by OneWeb to build a satellite constellation. The European powerhouse requires steady instrument deliveries, backed by consistent semiconductor orders to maintain production. Giants like Airbus, Boeing, and Lockheed Martin hold priority due to their massive purchase volumes—suppliers reserve stocks for them—and potential government backing ensures their stability.
Smaller firms, such as France's Actia, which specializes in electronics, saw turnover plummet in May 2021. Some independents mitigated risks by stockpiling semiconductors pre-pandemic.
The real risk lies in how delays in space projects compound rapidly. Orbiting a satellite demands a rocket, with launches costing millions and schedules fluctuating. Factors like programming needs and optimal windows add complexity—a missed slot could delay missions by two years.
Government-backed scientific missions face minimal immediate threats. But commercial operators with sporadic launches could suffer severely. A prolonged shortage would damage the entire sector.
Early signs include price hikes, as semiconductor scarcity drives up costs—potentially straining space agency budgets ahead.
