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The electric vehicle revolution is accelerating, and you won’t want to miss this week’s exhilarating updates! Host Eric dives into the latest game-changing announcements, including Mitsubishi’s triumphant return to the American EV market with the all-new 2027 Eclipse Sportback EV, a sleek crossover set to redefine affordability at under $35,000. This episode is a must-listen for anyone passionate about the future of sustainable transportation and the innovations reshaping the automotive landscape.

Eric breaks down the specifics of Mitsubishi’s new model, highlighting its impressive 260 to 300 miles of range and cutting-edge features like vehicle-to-load power export. But that’s just the beginning! You’ll discover how Lucid Motors is shifting gears with the upcoming Cosmos SUV, targeting a price under $50,000, and how its prototype is already competing with Tesla’s Model Y on public roads. Plus, get a sneak peek of Jaguar’s bold electric pivot with the astonishing Type Zero One, boasting over 1,000 horsepower and a luxurious design that challenges the status quo.

We also explore the exciting world of electric motorcycling with Stark Future’s jaw-dropping Varg SM Skull, a street-legal supermoto that delivers 80 horsepower without the hassle of traditional bike maintenance. Eric asks the big questions: Are legacy brands effectively reviving their classic names for a new electric era? How does this influence consumer perception in a rapidly changing market?

Stay informed and engaged as we break down the stakes of these developments - from the consequences of missing out on the latest EV tech to the opportunities these innovations create for drivers. As the industry shifts towards electrification, understanding these trends is crucial for enthusiasts and potential buyers alike.

Perfect for automotive aficionados and eco-conscious consumers, this episode of Current Outlook is your essential guide to navigating the electrifying future of transportation. Tune in for insights that will keep you ahead of the curve and ensure you’re never left in the dust!

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GM is putting recycled battery metals into new trucks, Samsung SDI is mass-producing LFP batteries in the U.S., and a 240,000-ton lithium deal just landed. The EV battery supply chain is closing its loop.

In this episode of Current Outlook, Eric covers GM’s use of recycled battery materials in production trucks, the lithium supply agreement with LG Energy Solution, and Samsung SDI’s U.S. lithium iron phosphate (LFP) battery production that skips nickel and cobalt entirely.

⏱️ TIMESTAMPS

0:00 Battery Supply Update

0:59 GM Battery Recycling

2:43 Quebec Lithium Deal

4:22 Samsung’s U.S. LFP Push

6:03 Tesla Cybercabs

7:16 Battery Show Preview

8:49 Community Question

🔋 YOU’LL DISCOVER

✅ How GM became one of the first automakers to put recycled battery metals into new trucks at production scale

✅ Why battery recycling cuts the carbon intensity of an EV battery and turns dead packs into feedstock

✅ The real factory numbers behind the operations in Michigan and Tennessee

✅ What a 240,000-ton lithium concentrate supply agreement with LG Energy Solution means for North American battery production

✅ Why a stable Canadian lithium supply reduces exposure to overseas pricing

✅ How Samsung SDI’s U.S. LFP battery production removes nickel and cobalt from the equation, and what that does to EV prices

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FedEx ordered 2,000 electric trucks for $300 million and expects $800 million in fuel savings. Plus 250 electric garbage trucks at Republic Services and battery electric locomotives hauling freight.

In this episode of Current Outlook, Eric breaks down the economics behind FedEx’s electric delivery trucks, how Republic Services runs electric refuse trucks on one of the hardest duty cycles in trucking, and the battery electric locomotives now working in Chicago and California.

⏱️ TIMESTAMPS

00:00 - Heavy electrification is no longer a pilot

00:30 - What this episode covers and why it matters

01:49 - FedEx’s $300 million order for Harbinger electric trucks

03:23 - Why Harbinger’s clean-sheet 800-volt chassis matters

04:16 - Fixed delivery routes and overnight charging economics

04:43 - Republic Services scales to 250 electric refuse trucks

05:37 - Co-developing the Volterra electric collection truck

06:04 - Refuse-truck redesign for driver comfort and safety

06:31 - HUDDIG’s electric backhoe loader and 40% battery boost

07:27 - Regenerative braking and extended electric operation

08:27 - Quiet construction work in urban and indoor environments

08:55 - Metra launches battery-electric passenger rail in Chicago

09:50 - 65-mile range and fast turnaround charging on rail

10:19 - Union Pacific tests battery locomotives in Southern California

11:29 - City Harvest’s electric refrigerated trucks in New York

12:04 - Why diesel reefers are a neighborhood pollution problem

12:47 - Charging speed, range, and food rescue logistics

13:14 - Which sector will scale faster: trucks or rail?

💡 WHY IT MATTERS Heavy-duty electrification now wins on cost, not just emissions. For fleet operators, cities, and anyone tracking the freight business, these three stories are the same story: the spreadsheet flipped.

💬 Which fleet will go electric fastest: parcel delivery, refuse, or rail? Tell us in the comments.

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Your Tesla Model 3 or Model Y can now run your house during a power outage. Tesla’s PowerShare update turns the car into home backup power, and for most households it’s a bigger battery than anything you can buy for the garage.

For context: a Tesla Powerwall holds about 13.5 kilowatt-hours. A portable power station like an EcoFlow Delta Pro holds around 4. A Model Y’s pack is roughly 75. You already own the biggest battery on your property. In this episode I break down what bidirectional charging actually requires at your house, what it costs, how Tesla’s approach compares to Ford’s Intelligent Backup Power and GM Energy’s setup, and where the catch is, because there is one.

CHAPTERS

0:00 Intro

0:34 Tesla PowerShare

2:19 Home Backup Explained

3:20 AI Cuts Charging Costs

5:39 Smarter EV Charging

7:26 Lucid UX 3.0

8:45 Lucid Software Upgrades

9:20 Community Question

WORK WITH ME

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EVgo's 750kW EV charging stations target sub-10-minute charging, IONNA doubled its 400kW network, and gas stations are turning into EV lounges. The EV charging station is being reinvented. In this episode of Current Outlook, Eric breaks down EVgo's next-generation EV charging architecture, IONNA's rapid growth into the largest 400kW DC fast charging network, VinFast's turnkey fleet electrification partnership, and what convenience stores learned about EV drivers at the NACS Show.

⏱️ TIMESTAMPS

00:00 EV Charging Headlines

00:32 Welcome to Current Outlook

01:05 EVgo’s 750kW Fast-Charging System

02:46 IONNA’s Rapid U.S. Network Expansion

04:42 VinFast and NextMove’s Electric Bus Partnership

06:00 How EV Charging Is Transforming Convenience Stores

08:06 The Future of Workplace EV Charging

09:30 Community Question: Ideal Charging Stop?

09:48 Wrap-Up

⚡ YOU'LL DISCOVER

✅ How EVgo's 750kW EV charging stations aim for sub-10-minute charging by moving power between vehicles dynamically

✅ Why dynamic power allocation raises station throughput and lowers cost per charge for operators

✅ How IONNA, backed by a coalition of automakers, doubled its network into the largest 400kW DC fast charging footprint and won on customer satisfaction

✅ How the VinFast and NextMove partnership gives transit agencies turnkey fleet electrification without managing chargers themselves

✅ What the NACS Show revealed about gas stations rebuilding around longer EV dwell times, with real food, seating, and restrooms

💬 Would a 10-minute charge or a nicer place to wait matter more to you? Tell us in the comments.

👍 Subscribe to Current Outlook for weekly analysis of EV charging, electric vehicles, and charging infrastructure.

🔗 LINKS Book 15-mins to review consulting needs for your business. https://calendly.com/ericbendler/30min

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Nevada lithium worth $10 billion, LFP battery money from Volkswagen, and EV motors that need no rare earth elements. Eric follows the lithium supply chain from the ground to your EV battery. In this episode of Current Outlook, Eric traces lithium from a Nevada deposit to the battery cell and the electric motor: a production cost that undercuts South America, Volkswagen's $3.6 billion LFP bet, magnet-free motors that skip rare earth elements, and EV batteries getting a second life as grid storage.

⏱️ TIMESTAMPS

0:00 Nevada Lithium

3:28 Arkansas Extraction

5:16 LFP Batteries

7:14 Magnet-Free Motors

9:26 Second-Life Batteries

11:14 Mining Innovation

12:51 The Supply Chain

13:22 What Breaks First?

🔋 YOU'LL DISCOVER

✅ Why a northern Nevada lithium deposit could be worth around $10 billion

✅ How Surge Battery Materials' pre-feasibility study landed at $4,719 per ton, challenging the idea that American lithium can't compete

✅ How lithium extraction in Arkansas already locked in long-term contracts with LG Energy

✅ Why Volkswagen is putting $3.6 billion into LFP battery cell technology, and what that signals about demand

✅ How magnet-free electric motors reduce dependence on rare earth elements from China

✅ How extending EV battery life turns retired packs into grid storage instead of waste

⛏️ THE NEVADA LITHIUM NUMBER American lithium has always carried an assumption: it costs more than South American brine, so it can't compete. Surge Battery Materials' study puts production at $4,719 per ton, which changes that conversation. Add the Arkansas lithium extraction projects already under contract with LG Energy, and a domestic lithium supply chain starts to look real rather than aspirational.

🧲 THE RARE EARTH PROBLEM Most EV motors use permanent magnets built from rare earth elements, and China controls that supply. Magnet-free motor designs sidestep it entirely. That's a quieter story than lithium, and arguably a bigger one for anyone worried about where the parts come from.

♻️ BATTERIES THAT DON'T DIE An EV battery that's too degraded for a car is still useful for the grid. Longer cell life plus second-life grid storage changes the economics of the whole battery, not just the first owner's experience.

💡 WHY IT MATTERS Every part of this chain, lithium mining, LFP cells, motors, and second life, decides what EVs cost and who controls the parts. If you follow the EV battery supply chain or critical minerals, this is the whole picture in one episode.

💬 Can American lithium really compete on price, or is this optimistic? Tell us in the comments.

👍 Subscribe to Current Outlook for weekly analysis of lithium, EV batteries, and the electric vehicle supply chain.

🔗 LINKS

current-outlook.com

#Lithium #EVBattery #RareEarthElements

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An electric plane flew a medical mission in Texas at 70% lower cost than a helicopter. Plus electric trucks beat diesel, an electric boat gets Coast Guard approval, and electric school buses. In this episode of Current Outlook, Eric covers the electric aircraft flying real emergency medical missions, the moment electric semi trucks dropped below diesel on total cost of ownership, and the electric boats, electric school buses, and electric construction equipment following behind.

⏱️ TIMESTAMPS

00:00 - The real story this week is not the technology

01:21 - Why this episode focuses on trucks, aircraft, boats, buses, and construction machines 01:48 - Electric semis move from pilot program to real fleet economics

02:17 - Why regional electric trucking now beats diesel on total cost

03:17 - Charging improves from one stall to multi-truck pull-through sites

04:13 - The per-mile savings that make fleet managers pay attention

05:13 - The remaining obstacle for trucks is infrastructure, not vehicle performance

06:22 - Why emergency air transport is a perfect use case for electrification

07:10 - Beta Technologies flies real medical missions in Texas

07:38 - Range, payload, and operating cost numbers for electric air ambulance service

08:35 - Why rural health access makes this aircraft story bigger than air taxi hype

09:49 - Firefly becomes a certified electric passenger vessel

10:18 - Why Coast Guard subchapter T approval matters for commercial boats

11:16 - Why lithium iron phosphate is the key marine battery choice

12:54 - How certification changes the next builder’s path

13:16 - California removes the procurement barrier for electric school buses

14:14 - The two bus models covered by the statewide contract

15:12 - How bidirectional charging turns school buses into grid assets

16:11 - Electric construction equipment expands into larger, more useful machines

17:09 - Why electric hydraulics and zero exhaust matter on job sites

18:06 - The business case for winning bids with quieter, cleaner equipment

18:48 - What actually changed this week across all five stories

19:43 - The two big questions: which sector scales first, and what is really blocking adoption

🔗 LINKS Book 15-mins to review consulting needs for your business. https://calendly.com/ericbendler/30min

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Dealers are giving away $2,000 home EV chargers, 750kW EV charging stations promise a 10-minute charge, and AI now fixes broken chargers. EV software quietly sets what your electric car is worth. In this episode of Current Outlook, Eric covers the free home EV charger deals bundled with new electric vehicles, the 750kW fast charging hardware aiming at a 10-minute charge, and the software layer behind it all: AI charger repair, over-the-air updates, battery management, and GM's Super Cruise.

⏱️ CHAPTERS:

0:00 Why EV Software Matters

1:09 Free Home Chargers and Smart Charging

3:23 750kW Fast Charging

6:03 AI That Fixes Broken Chargers

8:20 OnStar, Super Cruise, and In-Car Assistants

9:29 Over-the-Air Vehicle Updates

11:09 Battery Management Software

12:50 Fewer Computers, Less Wiring

14:32 Predicting Failures Before They Happen

15:37 Cybersecurity and EV Resale Value

17:25 Why Software Is Driving EV Value 17:57

🔌 YOU'LL DISCOVER

✅ How dealers are bundling a free $2,000 home EV charger with a new electric vehicle, plus utility credits on top

✅ How GM and PG&E are working together to simplify home EV charging and manage grid load

✅ What 750kW EV charging stations mean for a 10-minute charge, and what still has to catch up

✅ How AI diagnoses charger faults in real time, cutting downtime at EV charging stations

✅ How smart charging software lets EV chargers share power without overloading the grid

✅ Why over-the-air updates, battery management software, and cybersecurity now drive EV resale value

Subscribe to Current Outlook for weekly analysis on the EV industry, and let me know in the comments if a 10-minute charge would change your mind on buying an electric car.

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