Tesla doesn’t want tariffs on this essential EV component

Tesla pushes back hard on new tariff

Tesla is fighting a new tariff that targets graphite, the material used in EV batteries. The U.S. has proposed a 93.5% tariff on graphite from China, which Tesla warns could raise production costs significantly. Tesla argues this could make electric vehicles more expensive for buyers and hurt U.S. climate goals.

Even though Tesla has lined up deals with American graphite suppliers, they say these companies can’t produce the high-quality material needed at a commercial scale.

With most graphite processing done in China, Tesla warns this move could damage the entire EV industry right when it needs to grow the most.

The battery material behind the scenes

Graphite doesn’t get much attention, but it’s one of the most essential parts of an EV battery. It makes up the anode, where lithium ions are stored when a car is charging. Without graphite, the battery simply wouldn’t work. Nearly all the graphite used today is processed in China.

Even though lithium gets more headlines, graphite does a lot of the heavy lifting inside batteries. It’s what allows the charge to flow and be stored. Every EV on the road depends on it, and losing access to affordable graphite could cause serious problems for automakers and buyers alike.

Why this tariff could spike EV prices

If the U.S. imposes high tariffs on Chinese graphite, the price of batteries could rise fast. Most American automakers still rely on China for processed graphite, so switching to another supplier could cost more and take time.

EVs are already more expensive than gas-powered cars for many Americans. Raising battery costs now could make electric vehicles even harder to afford. The tariff might hurt the very progress it’s meant to encourage by slowing down adoption and keeping clean vehicles out of reach for many.

Tesla tried going local, hit roadblocks

Tesla isn’t ignoring American companies. In fact, it’s already agreed to buy graphite from U.S. suppliers. But according to Tesla, these companies aren’t yet able to deliver the material at the right quality or scale needed for battery production. The technology and processing just aren’t ready yet.

It’s not enough to have a mine in the U.S.; the graphite also has to be refined to exact standards. Tesla says it’s willing to buy local, but not if it compromises battery performance. Until those suppliers are ready, imported graphite is still a key part of the supply chain.

U.S. producers just aren’t there yet

There are American companies exploring graphite mines in states like Alabama, Montana, and Alaska. Many of them have received government funding to develop their operations. But producing battery-grade graphite takes years of research, infrastructure, and testing.

Building a supply chain from scratch is no small task. It involves mining, refining, quality control, and partnerships with automakers. Right now, China produces over 1.2 million tons of graphite annually. U.S. producers are still in the early stages, and it may be a while before they can meet demand.

Policy clash could hurt clean energy

The original goal of U.S. policy was to reduce reliance on foreign materials and build clean tech at home. But now, some of those same policies are being rolled back, while new tariffs are being added. That mix of actions is causing confusion and concern in the EV world.

If the government wants to grow local supply chains, it needs to give them time to scale. Tariffs without backup support could hurt the EV market before it has a chance to fully mature. That’s why critics say the plan might end up doing more harm than good.

Car companies say the plan is risky

Tesla isn’t the only one raising concerns. Other carmakers and industry groups are also warning about the effects of the graphite tariff. They argue that the supply chain isn’t ready yet, and the new cost burden will slow progress in the electric vehicle market.

These companies want to buy American, but they need the material to be available, affordable, and high quality. They say punishing current supply channels before replacements are ready is a mistake.

Mitsubishi jumps into the hybrid race

Mitsubishi is stepping up its presence in North America with a wave of new hybrid vehicles. The company plans to release several new hybrid models by the end of this year. It’s a big move aimed at tapping into growing interest in fuel-efficient vehicles that don’t require charging.

Hybrid sales are surging as drivers look for better mileage and lower fuel costs without going fully electric. Mitsubishi wants to be part of that trend and grow its market share. Offering more hybrid options could bring in buyers who are still unsure about committing to a full EV.

The Outlander is getting a big update

Mitsubishi plans to change the Outlander SUV into a hybrid-only model starting in 2026. This is a bold move that shows how seriously the company is taking its clean vehicle strategy. It already offers a plug-in hybrid version, but this shift will expand the lineup.

A regular hybrid Outlander would offer strong fuel savings without requiring charging stations. It also allows Mitsubishi to compete with other automakers that are rapidly expanding their hybrid offerings.

Plug-in or just plain hybrid?

Right now, Mitsubishi sells a plug-in hybrid version of the Outlander in the U.S. That model can run on battery power alone for short trips and switches to gas for longer ones. But the new version will be a standard hybrid, which is even simpler.

No plug means no need to charge overnight or hunt for stations. Just fill it up and drive, it’s a more familiar experience for most drivers. Mitsubishi believes this will help them reach a larger audience that wants better fuel economy without the learning curve of electric-only vehicles.

Mitsubishi’s new EV is coming soon

In addition to hybrids, Mitsubishi is preparing to launch a full electric vehicle in the U.S. next summer. It’s expected to be based on the Nissan Leaf, using shared parts and design to cut down on cost and development time.

This strategy allows Mitsubishi to enter the EV game quickly with a tested platform. It also gives buyers a new electric option backed by two established brands. As demand for EVs keeps climbing, adding a reliable model could help Mitsubishi gain traction in a highly competitive space.

Mercedes adds voice with a brain

Mercedes-Benz is rolling out a smart new feature in its electric CLA: an AI voice assistant made by the U.S. company Cerence. This isn’t just another robotic GPS voice; it’s designed to talk and listen like a human.

You can ask it to adjust climate settings, find directions, or play music. It’s meant to reduce distractions and make driving more intuitive. Mercedes sees this as part of the future of driving, where tech works with the driver, not against them.

The rise of car conversations

What makes this assistant different is how naturally it speaks. It understands casual language, follows up with questions, and responds with a tone that feels more like a real conversation.

This kind of interaction could change how drivers feel about using voice controls. If the system works well, it might finally replace the need to fumble through touchscreens or knobs. That means more time focused on the road, and less time messing with the dashboard.

Coming soon to more models

The new AI assistant will first appear in the electric CLA but won’t stop there. Mercedes plans to roll it out to more models across its electric and gas-powered lineup.

The assistant supports 25 languages and is designed to work globally. That means U.S. drivers will likely see it very soon. For Mercedes, it’s a chance to lead in the smart car space and make voice features a key selling point.

Not everyone’s sold on talking cars

While some drivers love voice control, others say it’s unnecessary. Many people already use their phones or built-in systems like Google Assistant. Adding yet another voice system could feel like an overload.

There’s also a trust issue. If the assistant doesn’t understand you right away or gets it wrong, it can be more annoying than helpful. The success of this tech depends on how well it works in real-world driving, where speed, accuracy, and ease of use matter most.

Looking for EVs that are turning heads without all the extra tech? Take a look at the 18 models giving Tesla a run for its money.

Cars are now computers on wheels

Modern vehicles are more software than steel. Automakers now design the tech first, then build the vehicle around it. That’s a big change from the old days of focusing only on the engine and frame.

This shift allows for more upgrades and features, even after the car is sold. Cars can now receive updates remotely, just like your phone. New tools, better performance, or smarter voice assistants can all be added over time. This makes each car more customizable and future-ready.

Curious how tech troubles are affecting today’s cars? Check out what’s going on with the Polestar 2.

Do you think Tesla’s warning is valid? Drop a comment below and share your thoughts.

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This slideshow was made with AI assistance and human editing.