Tesla’s Cybertruck was meant to be a bold statement about the future of electric pickups. With its unconventional design and ambitious production targets, the vehicle was positioned as a technological and commercial breakthrough. While the Cybertruck has not disappeared from Tesla’s lineup, its slower-than-expected ramp has had serious financial consequences beyond Tesla itself, particularly for suppliers that bet heavily on its success.

One of the most striking examples is unfolding in South Korea, where a battery materials company has seen a multibillion-dollar supply agreement effectively evaporate.

CyberTruck driving on the road.


Supplier Exposure in Tesla’s Ecosystem

Despite Tesla’s reputation for vertical integration, the company still relies on external partners for critical components and materials. Battery supply chains are especially complex, involving specialized cathode materials, long-term contracts, and heavy upfront investment.

South Korean firm L&F Co., a supplier of advanced battery cathode materials, entered into what appeared to be a transformative agreement with Tesla. The contract, awarded months before the first Cybertruck deliveries, was initially valued at approximately $2.9 billion and was widely seen as a vote of confidence in both the Cybertruck and Tesla’s next-generation battery strategy.

That confidence has since faded.


A Contract Reduced to a Fraction of Its Original Value

According to disclosures cited by Bloomberg, L&F revealed that the Tesla supply contract has been cut by nearly 99%, leaving the company with revenue equivalent to roughly $6,800 by the time the agreement expires at the end of December.

The dramatic reduction represents an estimated $2 billion financial hit, making it one of the most severe supplier setbacks linked to Tesla’s recent product challenges. The cathode materials provided by L&F were designed for Tesla’s much-discussed 4680 battery cells, which were expected to underpin vehicles like the Cybertruck.

For L&F, the contract revision was not a minor adjustment but a fundamental reversal of growth expectations.


The 4680 Battery Program Falls Short of Expectations

Tesla’s 4680 battery cells were introduced as a breakthrough in both performance and manufacturing efficiency. However, the program has struggled to scale as planned, facing technical hurdles, yield issues, and increased competition from established global battery manufacturers.

At the same time, Cybertruck production volumes have not reached the levels originally anticipated. Lower output reduces demand for internally produced cells and, by extension, the specialized materials supplied by partners like L&F.

Together, these factors significantly weakened the commercial rationale behind the original supply agreement.


Policy Shifts and Global Trade Pressures Add to the Strain

Cybertruck demand alone does not fully explain the contract collapse. L&F acknowledged that broader policy and market forces also played a role. Changes to global EV incentives, including adjustments related to the U.S. Inflation Reduction Act, have reshaped battery sourcing strategies and disrupted long-term planning.

In a statement, L&F said the contract revision reflected shifting global EV demand and evolving battery supply conditions, rather than any change in the quality of its products. The company emphasized that shipments of its flagship high-nickel cathode materials to major Korean battery manufacturers remain stable.


Investors Absorb the Fallout

While Tesla can absorb the Cybertruck’s uneven performance with limited financial impact, L&F’s investors have borne the brunt of the consequences. Following the disclosure, the company’s stock fell more than 11% in a single week and is now down roughly 64% compared to levels seen when the Tesla contract was first announced.

The reversal underscores the risks faced by suppliers that align too closely with a single automaker’s roadmap, particularly when that roadmap depends on unproven technologies and volatile policy environments.

Tesla Cybertruck


A Cautionary Lesson for the EV Supply Chain

For Tesla, the Cybertruck remains a niche product that continues to generate attention and incremental sales. For suppliers, however, this episode serves as a clear warning. Building a business around Tesla’s future plans can deliver outsized rewards—but those rewards are highly conditional.

If demand shifts, technology timelines slip, or policy conditions change, contracts that once looked transformational can be rewritten almost overnight.

Recommend Reading: Tesla U.S. Sales Expected to Decline in 2025 After EV Tax Credit Ends

FAQs - Tesla Cybertruck

What is the Tesla Cybertruck price in the U.S. for 2025?

Tesla Cybertruck pricing starts around $60,990 for the all-wheel-drive model, with higher-performance versions like the Cyberbeast costing over $99,990. Prices may vary depending on configuration, software add-ons like Full Self-Driving (FSD), and available incentives or tax credits.

What is the Tesla Cybertruck range per full charge?

The Tesla Cybertruck offers an estimated 250–340 miles of range, depending on the variant. The dual-motor AWD provides around 300 miles, while the Cyberbeast trim balances performance with ~320 miles. A future range extender option could push total range above 470 miles.

How fast can the Tesla Cybertruck charge with NACS and Supercharger V4?

The Cybertruck supports Tesla’s NACS charging standard, giving access to the Supercharger network. On a Supercharger V4, it can add roughly 128 miles in 15 minutes, depending on battery size and conditions. This makes it competitive with other EV trucks like the Ford F-150 Lightning and Rivian R1T.

What is the towing capacity of the Tesla Cybertruck?

The Cybertruck has a towing capacity of up to 11,000 pounds, rivaling traditional trucks such as the Ford F-150 and Chevrolet Silverado. It is designed for heavy-duty hauling, camping gear, boats, and trailers, making it a top choice for EV owners needing utility.

Does the Tesla Cybertruck come with bulletproof stainless-steel exoskeleton?

Yes. The Cybertruck uses Ultra-Hard 30X cold-rolled stainless steel for its exoskeleton, designed to resist dents, corrosion, and even small-caliber bullet impacts. Combined with armored glass windows, it enhances durability for off-road and extreme-use scenarios.

What interior features does the Tesla Cybertruck have?

The Cybertruck interior includes a 17-inch touchscreen with Tesla OS, yoke-style steering, seating for up to 6 passengers, and a 120V/240V onboard power outlet for tools and appliances. Tesla emphasizes minimalist design, with premium materials and smart storage solutions.

How does Tesla Cybertruck compare to Ford F-150 Lightning and Rivian R1T?

The Cybertruck offers higher towing capacity, longer range options, and access to Tesla’s Supercharger network, giving it an edge in charging convenience. The F-150 Lightning offers brand familiarity and broader service support, while Rivian emphasizes off-road adventure features.

Is the Tesla Cybertruck equipped with Full Self-Driving (FSD)?

Yes, the Cybertruck supports Tesla’s optional Full Self-Driving package, which includes Navigate on Autopilot, Auto Lane Change, Smart Summon, and Autopark. While Tesla FSD is not yet fully autonomous (Level 5), it continues to improve with over-the-air software updates.

Can the Tesla Cybertruck be used for off-road adventures?

Yes. The Cybertruck features adaptive air suspension with up to 16 inches of ground clearance, four-wheel steering for tight maneuvers, and a water-resistant exoskeleton. These features make it highly capable for off-road camping, overlanding, and rugged terrains.

When will Tesla Cybertruck deliveries expand beyond the U.S.?

Initial deliveries began in late 2023 in the U.S. Expansion to Canada, Europe, and other international markets is expected gradually, depending on regulatory approvals and production scaling at Tesla’s Giga Texas facility.

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