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Rising EV adoption in the United States is reducing gas tax revenues, putting the Highway Trust Fund under increasing financial strain.
The auto industry proposes replacing the outdated gas tax with a weight-based vehicle fee so all vehicles contribute to road funding.
The shift is driven by long-term funding gaps, inflation, and the transition away from gasoline-powered cars, which threatens infrastructure financing.
The growing share of electric vehicles and the expected increase in EV sales this year amid soaring gasoline prices are reducing the revenues for the U.S. Highway Trust Fund, which pays for America’s roads.
Most of the revenue for the fund comes from the 18.4% per gallon federal gas tax, which hasn’t been changed since 1993.
Yet, over the past 30 years, the funding for the trust fund has been declining, due to inflation and the fact that EVs now represent 2.5% of total light-duty vehicles in operation in America, and the market share of internal combustion engine vehicles has dropped by 24 percentage points since 2016.
The new oil crisis and U.S. national average gasoline price topping $4 per gallon could prompt more potential buyers to look to purchase an EV—whose owners, obviously, don’t pay the federal gas tax.
More EVs means lower revenues for the Highway Trust Fund, which is teetering on bankruptcy every year and needs to be regularly backfilled by Congress. Therefore, the current oil crisis “shows why it’s time to dump the gas tax,” John Bozzella, president and CEO of Alliance for Automotive Innovation, said this week.
The auto industry trade association, which represents most U.S. and foreign automakers in America, proposes to scrap the federal gas tax and replace it with a single fee on every vehicle based on weight.
This policy would guarantee every vehicle on the road contributes something to maintaining America’s transportation network,” Bozzella wrote in a blog post this week.
We can drive with the devil we know… or get behind a new policy that requires every vehicle on the road to contribute to the upkeep of America’s roads and bridges.”
The auto industry group’s latest analysis of U.S. EV data showed at the end of March that a total of 164 electric models are now available for sale in the U.S. Although EV sales fell last year from 2024, electric vehicles represented 9.6% of new U.S. light-duty vehicle sales for full-year 2025.
EVs now account for 2.5% of total light-duty vehicles in operation in the United States, while the market share of internal combustion engine vehicles, whose owners pay the federal gas tax, has decreased by 24 percentage points since 2016.
In January 2026, hybrids were 19% of all light-duty vehicle sales, the Alliance’s CEO Bozzella said.
As gasoline prices spike due to the war in the Middle East, the U.S. might see an additional shift in the marketplace toward EVs and hybrids, the industry group said.
Online searches for EVs are up 20 percent since the conflict began,” Bozzella wrote.
The Alliance for Automotive Innovation argues that a single, weight-based vehicle fee can fully fund the Highway Trust Fund, unlike the gas tax.
For over 20 years, transportation spending has exceeded the dedicated revenue flowing into the trust fund as the gas tax has failed to keep pace with inflation, and vehicles are becoming more fuel-efficient, the Committee for a Responsible Federal Budget says. It estimates that the Highway Trust Fund would be insolvent by 2028.
Since increasing the federal gas tax is a nonstarter in any Congress, the solution to fix the problem with the dwindling revenues for the Highway Trust Fund is to replace it with a fee for every vehicle using the road, regardless of how it’s powered/fueled, the Alliance for Automotive Innovation says.
Bozzella notes that the proposed weight-based vehicle fee is simple, and nobody would need to track how many miles you drive, like some proposals out there, to determine what you pay.
Beyond that, it’s an overdue policy change that insulates infrastructure spending – a $3.5 trillion national need over the next decade – from gas price shocks and inevitable geopolitical disruptions,” Bozzella noted.
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The crypto market is evolving, and the days of blind "moonshots" are being replaced by high-conviction plays rooted in real-world utility. As we move deeper into 2026, three specific sectors—Layer 1 Scalability, Artificial Intelligence, and Web3 Gaming—are converging to create what analysts are calling "The Trifecta."
If you are looking for massive spot gains, these are the three powerhouses leading the charge.
1. SUI: The Fastest L1 (The Infrastructure King)
SUI has officially moved past the "newcomer" phase and is now a dominant force in the Layer 1 landscape. Known for its parallel execution and object-centric model, it has solved the scalability trilemma that plagued earlier blockchains.
* 2026 Milestone: Total Value Locked (TVL) has surged past $12 Billion+.
* Why it’s pumping: Developers are flocking to SUI for its sub-second finality and low gas fees, making it the go-to home for high-frequency DeFi and enterprise-grade dApps.
2. FET: The AI Revolution Hub
Artificial Intelligence is no longer just a buzzword; it is the backbone of the modern digital economy. FET (Fetch.ai) sits at the heart of the ASI Alliance, providing the decentralized infrastructure for autonomous agents.
* 2026 Narrative: The AI sector has seen a vertical climb as decentralized compute becomes a scarce resource.
* Why it’s pumping: As AI agents begin handling real-world transactions—from travel booking to supply chain logistics—FET is the utility token powering this multi-trillion-dollar revolution.
3. BEAMX: Web3 Gaming Powerhouse
The gaming industry is massive, and BEAMX (Beam) has successfully bridged the gap between traditional gamers and blockchain rewards. By focusing on a seamless user experience, they have stripped away the "crypto" complexity.
* 2026 Milestone: Over 100 Million+ active users across the ecosystem.
* Why it’s pumping: With several AAA titles now integrated into the Beam SDK, the token serves as a cross-game currency with massive burn mechanisms and organic demand from players.
Final Strategy: Spot is King
While leverage offers quick thrills, the real wealth in this 2026 cycle is being built through Spot Accumulation. By holding the "Trifecta," you are diversified across the three most critical pillars of the current bull run.

Are you holding SUI, FET, or BEAMX? Let’s discuss the next price targets
in the comments! 🚀

$SUI $BEAMX $FET
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To enjoy the best possible gaming experience, you not only need one of the best TVs, but a television set that can keep up with the pace of your console and show off those AAA titles in the way they were meant to be enjoyed – with no compromises on sharpness, latency, or detail.
That's why you'll want to be up to speed on HDMI 2.1 standards, variable refresh rate (VRR), and auto low-latency mode (ALLM) when considering your new TV for top PS5 or Xbox gaming.
Some TVs are significantly better for gaming than others based on their feature-sets, therefore, so we've put together this guide to point you towards the best of the best as far as gaming TVs go – and to save you a significant amount of time clicking around retail sites online
The experts at T3 have been reviewing the latest and greatest televisions for decades, so you can be sure they know what they're talking about when it comes to gaming TVs. Read on to decide which of these three premium picks might be the right one for you.
Like all the best gaming TVs, the LG OLED C5 is an excellent all-round TV as well: it's one of the TVs to beat at the top end of the market right now, and yet it also manages to come in at a price point a level below the most premium flagships. With that in mind, and LG's OLED expertise on show here, we think it's the best gaming TV for most people.
It remains tricky to separate LG and Samsung sets when it comes to the best TVs you can buy at the moment, which is true of gaming TVs too. The Samsung S95F is an excellent choice for gaming and for doing anything else with your television, but it offers an anti-reflective finish that's ideal for brighter room play-sessions.
The Philips OLED 910 comes with a party trick that's much more than just a gimmick: it features the Philips Hue Ambilight system that provides an immersive coloured glow around the set to match your games (or whatever else you're watching). It's also a fantastic TV in every other regard, with a super-bright picture and incredible built-in sound.
To a certain extent we're splitting hairs when it comes to comparing the LG OLED C5, the Samsung S95F, and the Philips OLED 910. All of these OLED televisions scored a full five stars in their respective reviews, so it's difficult to start weighing them up against each other and trying to find weaknesses as well as strengths.
The Philips OLED 910 does have something the other two TVs don't: immersive Ambilight, that will match your games. If this is something that appeals – alongside a top-notch OLED panel and brilliant sound engineered in partnership with Bowers & Wilkins – then this might be the best set for you. Just note that only two out of the four HDMI ports offer the full HDMI 2.1 standard that's best for high-end gaming.
When it comes to the LG OLED C5 and the Samsung S95F, it's the latter's anti-reflective coating that adds a point of distinction, meaning it's great in daylight or at night. The Samsung is a little more expensive, though, but this QD-OLED panel looks fantastic, the sound is great, and there are four HDMI 2.1 ports. It might well be our favourite TV of the moment, whether for gaming or anything else.
The LG OLED C5 is just a small step below the Samsung (and the flagship G series from LG) in terms of picture quality, but it's still outstanding to look at – and it's more affordable than the Samsung model, making it our top pick for most people. Gamers will love the four HDMI 2.1 ports, supporting all the latest gaming technologies.
Many of the best TVs overall can be great for gaming – whether on a PlayStation 5, Xbox Series X or S, Nintendo Switch 2, or PC – but if you use the wrong picture preset while gaming, things start to feel off immediately. That's because the image processing that TVs rely on makes a gigantic difference when it comes to input lag (the time between when you push a button on your controller, and when you see the results on-screen).
With that in mind, look for a dedicated Game Mode on your TV: this deactivates a lot of the picture processing used when watching movies or TV, because these features tend to slow down response time. By disabling them, you can gain valuable microseconds, which in turn plays to your advantage in fast-moving games. The difference doesn't sound like much, but it is – it makes games seem sluggish, and is really a problem in things that are fast-moving, or that require precision.
You've probably already worked out the price to pay when engaging a low-latency Game Mode: turning off some picture processing means image quality suffers. Potentially, things can look less sharp, there’s more obvious noise and banding, and contrast can also take a hit. So ideally you want to look for a TV that still delivers great-looking pictures at all times, balancing low latency still with the right amount of processing.
A feature to help make sure that you're not suffering unnecessarily from lag is built into the latest consoles. It's called Auto Low-Latency Mode (ALLM), and the idea is that it's a standardised signal the console can send that TVs can receive, and know they need to switch into a gaming-friendly mode that reduces latency. The crucial part is that it's all platform agnostic – as long as your console and TV both support it, it all happens seamlessly, even if they're from different manufacturers.
The top consoles on the market can also output video in 4K at up to 120 frames per second (4K/120Hz). Higher frame rates mean you see games responding to your inputs twice as fast (because a new frame is created in half the time), and you should get extra clarity in fast-moving games too. Basically, for games that support this (which won't be all, by any means), you'll be able to react more quickly and accurately to action, and motion will look much smoother and more realistic. There's more info in our 120Hz gaming explainer.
Related is another key next-gen feature: Variable Refresh Rate (VRR). This is designed to help keep games looking smooth in balance with visual quality. The idea here is to sync how quickly your console generates a new frame with how often your TV is expecting to show a new frame – if the two aren't in lock, you can end up with what's called 'screen tearing', where you see a half-finished frame, making everything look weird. It's a big deal, and our VRR explainer digs in further.
These three technologies (ALLM, 4K/120, VRR) are all supported by HDMI 2.1, which is the latest incarnation of the venerable connection. HDMI 2.1 uses the same connection type as previous HDMI ports, so everything is backwards compatible – but its big upgrades support all these new technologies, as well as 8K. Our HDMI 2.1 explainer can tell you everything you need to know about the new standard, and it's one of the key features to look out for when choosing the best TVs.
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