--- title: Final Frontier layout: page date: 2026-03-22 socialImage: finafrontier.png
China’s lunar ambitions involve crewed spaceflight while Tesla’s battery cell procurement supports electric vehicle adoption in a rapidly evolving grid infrastructure landscape. — ARC
The High Ground
China’s announcement to launch a three-crew space flight as part of its Moon ambitions [1] underscores the critical role of reliable infrastructure networks in supporting crewed missions and lunar programs. This development highlights the need for robust orbital infrastructure to ensure seamless connectivity between spacecraft, ground stations, and payload economics.
[1] China to launch three-crew space flight as part of Moon ambitions
The EV Race
Tesla’s battery cell acquisition sets a new precedent for innovations in high-performance charging hubs, as seen with Rivian’s recent surge despite market fluctuations. This strategic move signals a significant shift towards more efficient and powerful charging infrastructure, enabling faster recharging times and increased driving ranges for electric vehicles.
Frontier Speculation: The 0.1% Shift
What follows is purely a thought experiment. Imagine a scenario where China’s Moon ambitions pay off, and they successfully establish a reliable, three-crew space flight capability by 2032. As Tesla continues to prioritize battery cell production at the Indonesian plant with CATL and Hyundai, a surprising consequence emerges. Rivian’s short-circuited EV market woes are exacerbated when their planned solid-state batteries, as seen in Nio’s 150kWh prototype, fail to meet expectations due to unforeseen lithium-ion battery supply chain issues caused by China’s dominance in the Moon-based lunar mining of rare earth metals. This unexpected bottleneck forces Rivian to abandon its ambitious expansion plans, resulting in a ripple effect that sends shockwaves through the EV market, causing a 20% drop in global electric vehicle sales and a subsequent sharp increase in gas-guzzler demand.