Cobalt & EV: LFP chemistry has shifted the supply risk, not eliminated it

Context

LFP (Lithium Iron Phosphate) chemistry has been presented as the definitive solution to cobalt dependency-a metal of which 70% of global production comes from the Democratic Republic of Congo (DRC), under unstable geopolitical conditions. Tesla switched its standard-range vehicles to LFP in 2020; BYD massively deployed its "Blade" battery. However, NMC (Nickel-Manganese-Cobalt) batteries, essential for long-range vehicles and the premium segment, remain highly prevalent in the global value chain.

Data

• Cobalt concentration: ~70% of global production in the DRC (OilPrice, June 22, 2026); growing share controlled by Chinese operators (CMOC)
• LFP adoption: covers ~45-50% of the global EV market in 2026-mass-market segment (city cars, standard sedans)
• NMC persistence: electric SUVs, pickups (Rivian, Ford F-150 Lightning), premium vehicles (BMW, Mercedes EQ)-higher-margin segments
• Cobalt price: -60% since 2022 peaks (London Metal Exchange)-the decline masks the concentration risk
• Recycling: Li-Cycle, Umicore-capacities ramping up, insufficient at industrial scale before 2027-2028

Analysis

The LFP transition has segmented the market rather than freeing it from cobalt. The logic is one of bifurcation: the mass market no longer needs cobalt, while the premium segment and high-density applications (electric aviation, industrial stationary storage) remain dependent. These are precisely the segments where margins are highest. The phantom risk of cobalt is the one unseen when the DRC is stable-and which materializes abruptly during a political or logistical shock. The vulnerability window extends until 2028-2030, when solid-state and high-density sodium-ion batteries could structurally reduce NMC dependency.

Probabilistic Scenarios

• A (50%) - Progressive risk management: diversification of sources (Australia, Philippines), recycling ramping up, stable cobalt prices. Risk contained but structural.
• B (35%) - DRC supply shock: political crisis, embargo, or nationalization-cobalt surge +50-100%. Premium manufacturers forced to reduce volumes or increase EV prices.
• C (15%) - Accelerated substitution: solid-state or high-density sodium-ion eliminates NMC from the premium segment by 2028. Uncertain timeline but premature cobalt disinvestment.

Portfolio Implications

Long cobalt via Glencore or CMOC: asymmetric hedge against a DRC shock at low cost (low cobalt = cheap option). Premium EV manufacturers (BMW EQ, Rivian): monitor their NMC exposure in technical roadmaps. Recyclers (Li-Cycle, Umicore): cobalt second-market exposure with reduced geopolitical risk-integrate as a transition position.

Risks & Blind Spots

The current low cobalt price creates an illusion of low risk-geographic concentration remains unchanged since 2022. DRC production data lacks transparency, and supply estimates are regularly revised downward post hoc.

To Monitor

Cobalt spot price (London Metal Exchange) · DRC political situation and CMOC contracts · Premium manufacturers' chemistry roadmap announcements (BMW, Mercedes, Rivian)