On April 9, a European rocket will lift a Chinese-European spacecraft into orbit from the jungle coast of French Guiana. In a world tearing itself apart over chips, trade routes, and strategic chokepoints, this is not nothing.

The Countdown the World Isn’t Watching — But Should Be

At 08:29 CEST on April 9, 2026, an Avio-built Vega-C rocket — designated mission VV29, the first Vega-C flight operated by Avio Avio — will ignite its first-stage engines at Europe’s Spaceport in Kourou, French Guiana. Riding atop it will be SMILE: the Solar wind Magnetosphere Ionosphere Link Explorer, a 2,250-kilogram spacecraft nearly a decade in the making. The mission is a joint undertaking between the European Space Agency (ESA) and the Chinese Academy of Sciences (CAS) — and it is, by any reasonable measure, the most symbolically weighted space launch of 2026.

Not because of its destination. Not because of the science alone, though the science is genuinely groundbreaking. But because of what it represents at this particular moment in history: two of the world’s major technology powers, locked in an increasingly fraught geopolitical relationship, sharing data, sharing hardware, and sharing a launchpad.

SMILE is China’s first mission-level, fully comprehensive in-depth cooperation space science exploration mission with ESA GitHub — a statement that, when you sit with it, reveals how exceptional this collaboration actually is. After years of US-led pressure to isolate Chinese space activities, after the Wolf Amendment that has effectively banned NASA from bilateral cooperation with China since 2011, after wave after wave of technology export restrictions, here is a European rocket carrying instruments built simultaneously in Leicester and Beijing, tested jointly in the Netherlands, fuelled in Kourou, and aimed at a shared scientific horizon.

This is worth examining closely — not with naïve optimism, but with clear eyes.

What SMILE Actually Does, and Why It Matters

Before the geopolitics, the science — because the science is the point, and it deserves more serious attention than it typically receives in the English-language press.

Earth is constantly bombarded by gentle streams — and occasionally stormy bursts — of charged particles from the Sun. Luckily, a massive magnetic shield called the magnetosphere stops most of these particles from reaching us. If it weren’t for the magnetosphere, life could not survive on planet Earth. ESA

SMILE’s purpose is to give humanity its first comprehensive, simultaneous, global view of how that shield actually works — how it bends, buckles, and recovers under the assault of solar wind and coronal mass ejections (CMEs). Although several spacecraft have observed the effects of the solar wind and coronal mass ejections on Earth’s magnetic shield, they have mostly done so piecemeal ESA, through point measurements that are a bit like trying to understand a hurricane by sticking your hand out a single window.

SMILE changes that. The mission is a novel self-standing effort to observe the coupling of the solar wind and Earth’s magnetosphere via X-ray imaging of the solar wind-magnetosphere interaction zones, UV imaging of global auroral distributions, and simultaneous in-situ solar wind, magnetosheath plasma and magnetic field measurements. SPIE Digital Library

The four instruments it carries — the Soft X-ray Imager (SXI) built at the University of Leicester, a UV Aurora Imager, a Light Ion Analyser, and a Magnetometer — will work in concert from a highly inclined, highly elliptical orbit, with an apogee of 121,000 km and a perigee of 5,000 km. Avio From that sweeping vantage, SMILE will watch in real time as solar storms slam into Earth’s magnetic bubble, deform its boundaries, and trigger the geomagnetic disturbances we call space weather.

The Economic Stakes of Space Weather

Here is where the science becomes urgently, uncomfortably practical.

A severe geomagnetic storm — the kind triggered by a powerful CME — can induce electrical currents in long-distance transmission lines powerful enough to melt transformer cores. It can cripple GPS satellites, knock out shortwave radio communications, accelerate the degradation of satellite hardware, and expose astronauts to dangerous radiation doses. The Carrington Event of 1859 — the largest geomagnetic storm in recorded history — set telegraph offices on fire and produced auroras visible from the Caribbean.

Were a Carrington-scale event to strike the modern infrastructure-dependent world, the consequences would be catastrophic. Lloyd’s of London has estimated that a severe geomagnetic storm striking North America could leave between 20 and 40 million people without power for periods ranging from weeks to years, at a cost that would run into the trillions. The May 2024 geomagnetic storm — the most powerful in two decades — disrupted GPS signals and degraded satellite operations across the globe, offering a modest preview of what a truly extreme event might look like.

Better forecasting requires better physics. And better physics requires exactly what SMILE is designed to provide: a complete, global picture of how the magnetosphere actually responds to solar assault. By improving our understanding of the solar wind, solar storms and space weather, SMILE will fill a stark gap in our understanding of the Solar System and help keep our technology and astronauts safe in the future. ESA

A Mission Born in a Different World

The story of how SMILE came to be is, in itself, a small geopolitical parable.

The SMILE project was selected in 2015 out of 13 other proposals, and became the first deep mission-level cooperation between the European Space Agency and China. Orbital Today It was conceived when relations between China and the West, while not without tension, still operated under a broadly cooperative logic — when the prevailing assumption in Brussels and Beijing alike was that economic interdependence would gradually soften political friction and that scientific collaboration was a relatively safe space for engagement.

The Principal Investigators were Graziella Branduardi-Raymont from Mullard Space Science Laboratory, University College London, and Chi Wang from the State Key Laboratory of Space Weather at NSSC, CAS. ESA

What strikes me most about this pairing is its elegance and its tragedy. Professor Branduardi-Raymont — who, it should be noted, passed away in November 2023 after a lifetime of X-ray astronomy — had spent decades frustrated that no existing observatory could directly image X-ray emission from Earth’s magnetosphere. Her perseverance eventually produced this mission. She did not live to see its launch. But her instrument, built at the University of Leicester and calibrated with painstaking care across multiple European institutions, will fly on April 9 in the spacecraft she helped conceive. There is something moving in that continuity.

Professor Chi Wang, her Chinese counterpart, continued the work — a collaboration that survived COVID-era isolation, supply chain disruptions, and the gathering chill of US-China technology competition.

The SMILE mission entered full launch implementation phase after passing the joint China-Europe factory acceptance review on October 28, 2025. At the end of November 2025, the propellant required for the satellite departed from Shanghai, arriving at Kourou port in early February 2026. CGTN

On February 11, 2026, the flight model and ground support equipment departed from ESTEC in the Netherlands, sailing across the Atlantic from Amsterdam port aboard the cargo vessel Colibri, arriving at Kourou port on February 26, 2026, and being successfully transferred to the launch site. CGTN

That detail — a cargo ship named Colibri, sailing from Amsterdam to French Guiana carrying a satellite built in two countries on opposite ends of the Eurasian continent — is, to me, the most vivid emblem of what scientific cooperation can accomplish when given enough time, enough stubbornness, and enough shared wonder.

Europe’s Delicate Balancing Act

The launch of SMILE does not occur in a geopolitical vacuum. It occurs at a moment when Europe’s relationship with both China and the United States has become extraordinarily complex.

Washington has grown increasingly vocal about the risks of European technological cooperation with Beijing. The US-China Economic and Security Review Commission has flagged joint space missions as a potential vector for technology transfer. The US Space Force has publicly warned allies about sharing sensitive sensor data with Chinese partners. And while SMILE is a pure science mission — studying solar-terrestrial physics, not military reconnaissance — the distinction between civilian and dual-use space technology is one that Washington now views with considerable scepticism.

ESA, for its part, has walked this line with notable care. ESA Director General Josef Aschbacher confirmed SMILE’s launch timeline in January 2025, framing the mission squarely within the agency’s Cosmic Vision scientific programme — an agenda governed by scientific merit, not geopolitical alignment. “Building on the 24-year legacy of our Cluster mission,” said ESA Director of Science Prof. Carole Mundell, “SMILE is the next big step in revealing how our planet’s magnetic shield protects us from the solar wind.” ESA

That framing matters. ESA is positioning SMILE not as a concession to Beijing, but as the natural scientific successor to decades of European magnetospheric research — a mission that happens to have a Chinese partner because the Chinese partner brought the best science proposal to the table in 2015.

Strategic Autonomy in Orbit

Europe’s Strategic Autonomy agenda — the drive to reduce dependency on both American and Chinese platforms — finds an interesting expression in SMILE. The mission uses a European launcher (Vega-C), European testing facilities (ESTEC in the Netherlands), and a European payload module built by Airbus in Spain. China contributes three scientific instruments and the spacecraft platform and operations. The division of labour is not equal, but it is genuine.

This is different from the model China has pursued in, say, its International Lunar Research Station programme — a Beijing-led effort to build a Moon base with selective partner participation on China’s terms. SMILE was born from a joint call for proposals, adjudicated by both ESA and CAS, on scientific merit alone. The symmetry of its origins is a meaningful safeguard.

What the mission also illustrates, however, is the limits of that safeguard. Despite ongoing delays of the launch and geopolitical tensions between Europe and China, this mission marks an important collaboration between the two parties. Orbital Today Delays stretched from an original 2021 target across five years. COVID disrupted joint testing. Geopolitics hovered over every logistics decision. That the satellite is sitting on a Vega-C in Kourou today is a testament to institutional resilience on both sides — and a reminder of how fragile such resilience can be when the political weather changes.

What Comes Next: Blueprint or One-Off?

The successful implementation of the SMILE mission will set a benchmark for China-EU space science cooperation and lay the technological foundation for deeper future collaboration. GitHub

That Chinese Academy of Sciences statement is aspirational in tone. Whether it reflects reality will depend on choices that neither ESA nor CAS alone can make.

The scientific case for continued China-Europe cooperation in space is actually strong. China has developed formidable capabilities in solar and heliospheric science, planetary exploration, and space weather monitoring. ESA brings world-class instrumentation, launcher independence, and an institutional culture of multinational collaboration forged across 22 member states. Together, they have demonstrated — through SMILE — that the logistics of joint mission development are solvable, even across supply chain disruptions and a pandemic.

The geopolitical case is harder. As US pressure on European technology transfer policies intensifies, as China’s own space ambitions grow more assertive, and as the Artemis Accords effectively create a US-aligned coalition in cislunar space, Europe faces a binary pressure: join Washington’s bloc or preserve its own lane.

SMILE suggests a third option — cautious, science-first, mission-specific cooperation, carefully ring-fenced from military and surveillance applications, conducted through multilateral institutions with independent governance. It is not a grand geopolitical declaration. It is a pragmatic transaction between research agencies who share a genuine scientific puzzle.

That may, in the end, be its most important lesson. The most durable forms of international cooperation are rarely born from summit communiqués or diplomatic ambition. They are built from specific problems, shared curiosity, and the grinding, unglamorous work of building something together over a decade. SMILE’s cargo ship sailed from Amsterdam. Its fuel was loaded in Shanghai. Its instruments were calibrated in Leicester. Its launcher was assembled in Colleferro.

On the morning of April 9, all of that will rise together over the Atlantic, riding a column of fire into a highly elliptical orbit 121,000 kilometres above the Earth, where it will spend three years watching our planet’s invisible magnetic shield absorb the fury of the Sun.

Whatever one thinks of the geopolitics, that image is worth holding onto.

The View From the Launchpad

In a world increasingly defined by decoupling — technological, financial, diplomatic — SMILE is a small, luminous exception. It will not resolve the fundamental tensions between Beijing and Brussels. It will not answer the question of whether Europe can maintain scientific ties with China while deepening security cooperation with Washington. It will not make the next CME less dangerous or the next trade war less likely.

But it will, if all goes to plan, give us something genuinely new: a complete, real-time picture of how Earth’s magnetic shield breathes, bends, and holds against the solar wind. And it will have done so because two sets of scientists — from Milan and Beijing, from Leicester and Shanghai — decided that the problem was important enough to work on together, regardless of the weather in Washington.

What strikes me most, in the end, is not the geopolitics. It is the image of Professor Branduardi-Raymont at Mullard Space Science Laboratory, frustrated for years that no observatory could image X-ray emission from the magnetosphere, proposing mission concepts until one finally stuck. The Colibri will not carry her name. But the instrument riding inside the fairing of that Vega-C, the lobster-eye X-ray telescope that will for the first time map the shape of Earth’s magnetic boundary, is her life’s work.

The rocket lifts off at 08:29 CEST. The world should be watching.

KEY TAKEAWAYS

• Sunway’s RM11 billion (~US$2.7 billion) voluntary takeover offer for IJM Corp lapsed on April 6, 2026, having secured only 33.43% of voting shares against a mandatory >50% threshold.
• Valuation was the core fault line: IJM’s board, advised by M&A Securities, pegged fair value at RM5.84–RM6.48 per share — nearly double Sunway’s offer of RM3.15.
• Institutional gatekeepers held the line: EPF (16.8% stake) and PNB (13.5%) both declined to accept, effectively killing the deal before it had momentum.
• The collapse is not a failure for Malaysian capital markets — it is, in fact, a signal of their maturation: independent advisers wielded real authority, and minority shareholders were heard.
• What happens next: Both companies now face a supercharged infrastructure and data-centre construction pipeline that rewards scale — and the question of consolidation in Malaysia’s construction sector has not gone away; it has merely been deferred.

The Deal That Wasn’t: A Merger Conceived in Ambition, Rejected on Valuation

Picture the scenario that Tan Sri Jeffrey Cheah presented to Kuala Lumpur’s investment community on January 12, 2026. Two of Malaysia’s most storied construction and property conglomerates — Sunway Bhd and IJM Corp Bhd — would merge into a single entity boasting roughly RM57.8 billion in combined assets, a pro-forma market capitalisation approaching RM45–50 billion, and the heft to compete not just regionally but across the infrastructure corridors of Asia. It was, by any measure, an ambitious vision: a Malaysian construction and property colossus that might finally stand shoulder to shoulder with Singapore’s Keppel, India’s L&T, or the Japanese mega-contractors that have long dominated international infrastructure procurement.

By 5 p.m. on April 6, 2026, the vision had evaporated. Maybank Investment Bank, acting as Sunway’s adviser and filing agent, confirmed in a tersely worded statement that the offer had “lapsed and ceased to be capable of further acceptance,” having secured valid acceptances representing only 33.43% of IJM’s total voting shares — a figure that fell more than 16 percentage points short of the mandatory 50%-plus threshold required under Malaysia’s takeover code. All tendered shares would be returned. The deal was dead.

Sunway, in its gracious post-mortem statement, said it “respected the decision of IJM shareholders and the outcome of the process.” Jeffrey Cheah, the billionaire philanthropist-developer who built Sunway City from a tin-mine wasteland, had already signalled weeks earlier that he would not chase the deal if the threshold was not met. A man who built a township on a moonscape has, it seems, learned to pick his battles. The question for investors, analysts, and Malaysia’s broader infrastructure ecosystem now is: what does this collapse actually mean — and for whom?

The Arithmetic of Rejection: Why the Numbers Never Really Added Up

The offer structure was, from the outset, the deal’s most vulnerable point. Sunway proposed RM3.15 per IJM share, comprising just 10% in cash (31.5 sen) with the remaining 90% paid in new Sunway shares at an implied price of RM5.65 per Sunway share. At first glance, it represented a premium to IJM’s pre-announcement trading price. But context is everything.

As reported by The Edge Malaysia, the independent adviser M&A Securities evaluated IJM’s intrinsic fair value at between RM5.84 and RM6.48 per share — a range that made Sunway’s RM3.15 look less like a premium and more like a discount dressed up in share-exchange arithmetic. The IJM board accepted this framing without hesitation, officially labelling the offer as “not fair and not reasonable” and recommending outright rejection. This was not boilerplate corporate politeness; it was a substantive finding that gave institutional shareholders the intellectual cover to do precisely what they ultimately did: hold their ground.

The cash component — a mere 10% — compounded the optics problem. In M&A transactions of this scale, particularly those involving large institutional shareholders who manage defined-benefit liabilities and have strict liquidity mandates, an offer weighted so heavily toward scrip requires an extraordinary conviction in the acquirer’s future share price. That conviction, apparently, was not forthcoming. Permodalan Nasional Bhd (PNB), IJM’s second-largest shareholder with a 13.5% stake, explicitly declined to tender its shares last month. The Employees Provident Fund (EPF), the biggest shareholder at 16.8%, followed the same logic in the same direction. When your two largest institutional holders together control more than 30% of the register and both say no, the arithmetic of a deal requiring 50%-plus becomes brutal.

This is a pattern that any student of Asian M&A knows intimately. Deals that rely on stock-heavy consideration succeed when the acquirer’s own shares are demonstrably undervalued, or when the combined synergy story is so compelling that target shareholders eagerly accept dilution in exchange for exposure to a larger, faster-growing entity. Neither condition was convincingly met here. Sunway’s shares have faced their own valuation pressures, and the synergy narrative — while coherent at a strategic level — lacked the specificity of quantum and timeline that sophisticated institutional investors demand before surrendering a liquid position for paper they did not ask for.

The PNB-EPF Factor: Institutional Investors Come of Age

Perhaps the most consequential — and underreported — dimension of the Sunway-IJM saga is what it reveals about the maturation of Malaysia’s institutional investor ecosystem. For decades, the standard critique of Bursa Malaysia was that government-linked investment companies (GLICs) such as EPF, PNB, Khazanah, and KWAP would follow political or quasi-political direction in their corporate governance decisions, acting more as passive custodians than active stewards of capital. The Sunway-IJM outcome suggests that narrative is overdue for revision.

PNB’s decision to publicly signal its non-acceptance was extraordinary in its clarity. EPF’s refusal to tender was, in effect, a declaration that its fiduciary duty to 8.1 million members superseded any top-down enthusiasm for corporate consolidation. Together, these two decisions constituted an act of institutional shareholder activism that would not be out of place on the register of a FTSE 100 company. As Bloomberg noted, this represented one of the biggest corporate merger failures in Malaysian history — and it was stopped not by regulators, not by political interference, but by investors who read the independent adviser’s report, compared it to Sunway’s offer price, and exercised a considered rejection.

This matters enormously for foreign investors who have historically discounted Malaysian equities partly on corporate governance grounds. The message from April 6 is unambiguous: minority shareholder rights in Malaysia have teeth. Independent advisers are not rubber stamps. And institutional shareholders, when presented with an offer their own analysis deems inadequate, will say no — publicly, firmly, and with lasting effect on their counterpart’s share price.

The Valuation Chasm: A Lesson in Emerging-Market M&A Mispricing

The gap between Sunway’s RM3.15 offer and M&A Securities’ RM5.84–RM6.48 fair value estimate is not a rounding error; it is a chasm. And it raises a question that deserves more analytical attention than it has received: how does a transaction advised by investment bankers of considerable standing arrive at an offer price that an independent evaluator deems so materially inadequate?

The answer likely lies in the structural tension inherent in takeovers of this type. Sunway’s offer was a conditional voluntary general offer (CVGO), meaning it required crossing the 50% threshold to proceed — and could not be waived. Unlike a scheme of arrangement, where 75% approval is needed but the deal can, if successful, compulsorily acquire remaining shares, a CVGO gives the offeror no path to squeeze out dissenters. This creates a strategic circularity: to win, you must convince a supermajority of shareholders to accept a price that the independent adviser has already labelled as unfair. It is, to borrow a phrase from game theory, an almost impossible equilibrium.

The comparison with regional M&A precedents is instructive. India’s infrastructure consolidation wave of 2018–2022, which saw Larsen & Toubro absorb Mindtree and other mid-caps, succeeded primarily because the acquirer’s scrip was itself on a bull run, making dilution acceptable. Singapore’s Keppel-Sembcorp merger dynamics of the same era involved extensive government coordination through Temasek — a mechanism not available to a listed private-sector bidder like Sunway. Malaysia’s own Gamuda, which has steadily accumulated its own infrastructure empire through organic order-book growth rather than transformative M&A, offers the most pertinent local lesson: in construction, execution and contract wins are a more durable moat than balance-sheet scale achieved through merger.

What Malaysia’s Infrastructure Boom Means for the Sector — With or Without This Merger

Here is the paradox at the heart of this story: the strategic rationale for a large, consolidated Malaysian construction and infrastructure player has never been more compelling, even as the vehicle for achieving it has just been voted down.

Hong Leong Investment Bank maintains an “overweight” rating on Malaysia’s construction sector, forecasting robust contract flows in 2026 anchored by infrastructure projects and hyperscale data-centre rollouts. The Johor-Singapore Special Economic Zone (JS-SEZ), backed by RM3.4 billion in Budget 2026 infrastructure funding, is entering its most intensive construction phase. The water treatment sector presents a parallel wave of large-scheme opportunities. MRT3 — the RM50-billion urban rail project — is expected to resume meaningful tender activity beyond 2026. And above all of this sits the data-centre boom: Malaysia’s data-centre construction market reached USD 3.71 billion in 2026 and is projected to hit USD 7.74 billion by 2031, at a 15.88% compound annual growth rate, driven by Singapore’s capacity constraints pushing hyperscale demand across the Johor causeway.

Over two-thirds of data-centre capacity currently under construction in Southeast Asia’s five main economies is committed to Malaysia, according to Asia Society Policy Institute. Microsoft, Google, Oracle, and Tencent are all building at scale. The Johor-Singapore corridor offers sub-2-millisecond latency to Singapore at land prices 40–60% lower than across the Strait — a cost arbitrage that is structurally durable, not cyclical.

Against this backdrop, both Sunway and IJM enter the post-merger landscape as well-capitalised, independently viable players with strong order books. Sunway’s shareholders voted 99.27% in favour of the proposed deal at its EGM — a remarkable endorsement of management’s vision, even if IJM’s shareholders disagreed on price. That internal consensus gives Sunway the mandate to pursue similar strategic ambitions through alternative means: organic investment, smaller bolt-on acquisitions, and targeted international expansion. IJM, meanwhile, enters the post-offer period with its independence intact, its management emboldened, and a pipeline that its CEO Datuk Lee Chun Fai has described with unmistakable confidence: “IJM has always been, and remains, a fundamentally strong company with a clear strategy and a resilient pipeline.”

The YTL Comparison: Patience and Positioning

Any analysis of Malaysian construction sector consolidation would be incomplete without reference to YTL Corporation, the conglomerate helmed by Tan Sri Francis Yeoh that has, over three decades, built a global infrastructure empire spanning power generation, water utilities, high-speed rail construction, and latterly, data centres through its landmark NVIDIA partnership for AI-ready campuses. YTL’s model — patient accumulation of regulated infrastructure assets with long-tenor cash flows — offers a template that neither Sunway nor IJM has quite replicated. The strategic insight embedded in YTL’s approach is that in infrastructure, the most durable value is not in construction execution per se, but in the ownership of assets that construction builds. The contractor’s margin is finite; the concession’s returns compound.

This is a strategic lens through which both Sunway and IJM would benefit from viewing their post-deal futures. Sunway already has significant exposure to healthcare, education, and property — diversified cash-flow streams that reduce its dependence on lumpy construction contracts. IJM holds infrastructure concession assets — toll roads, ports, and overseas construction operations — that, at the fair value suggested by M&A Securities, represent substantially more than the market currently ascribes to them. The rejection of Sunway’s offer was not merely a financial calculation; it was a statement that IJM’s concession portfolio and construction pipeline, viewed against the backdrop of Malaysia’s infrastructure supercycle, are worth waiting for.

Signals for Foreign Investors in Malaysian Equities

For the international investor community — pension funds in London, sovereign wealth allocators in Abu Dhabi, and hedge funds tracking Southeast Asian growth — the Sunway-IJM episode carries three distinct signals.

First, Malaysian corporate governance is more robust than its discount-to-NAV history implies. The independent adviser process worked as intended, and large institutional shareholders with fiduciary mandates exercised genuine independent judgment. This reduces the governance risk premium that many global allocators still attach to Bursa-listed equities.

Second, the construction and infrastructure sector remains one of Southeast Asia’s most structurally compelling investment themes for the remainder of this decade. The combination of MRT3, the JS-SEZ, the data-centre supercycle, and the East Coast Rail Link creates a pipeline of contract awards that will benefit the sector regardless of whether any given merger succeeds.

Third, and most subtly, the collapse of this deal is a pricing signal. If IJM’s independent advisers are correct that fair value sits between RM5.84 and RM6.48 per share, and if the stock closed at RM2.36 on April 6 — implying a market capitalisation of RM8.61 billion — then the current market price represents either a profound opportunity or a sobering reflection on the credibility of the fair value assessment itself. That tension will be the dominant narrative around IJM for the next twelve months.

What Happens Next: A Forward Look at Three Storylines

For Sunway: The group enters a phase of “disciplined pursuit of opportunities,” to use its own language. Organic growth in data-centre construction, healthcare infrastructure, and Johor-adjacent property development will likely dominate the capital allocation agenda. The 99.27% EGM endorsement from Sunway’s own shareholders gives management a strong internal mandate for bold strategic moves — but the next target, if there is one, will need to come with a more credible cash component and a more conservative gap between offer price and independent fair value. Watch for Sunway’s order-book progression through 2026 as the first real indicator of its standalone strategy’s velocity.

For IJM: The pressure is now entirely on execution. Having successfully defended its independence on the grounds that Sunway’s offer understated its value, IJM’s management must now demonstrate that the RM5.84–RM6.48 intrinsic value estimate is not a theoretical construct but a deliverable reality. The construction order book, concession assets, and overseas operations must produce the earnings trajectory that justifies the board’s confidence. Datuk Lee Chun Fai’s statement that IJM “moves forward with resolve” will be judged by quarterly results, not rhetoric.

For the sector: Malaysia’s construction and infrastructure landscape does not need a single RM50-billion champion to deliver its infrastructure ambitions — it needs a competitive ecosystem of well-capitalised, well-managed operators competing for the extraordinary pipeline of projects ahead. The JS-SEZ, the data-centre corridors of Johor and Cyberjaya, the water treatment schemes, and eventually MRT3 will together generate tens of billions in contract awards over the next decade. The question of consolidation is not dead; it is dormant. When it re-emerges — and it will — the lesson of April 6, 2026 will be clear: price it fairly, or do not price it at all.

Conclusion: A Defeat That Clarifies

In the short term, the collapse of the Sunway-IJM deal is a headline failure. A billion-dollar deal announced with fanfare, rejected with conviction, and withdrawn with grace. Markets will move on within days. But in the longer arc of Malaysian corporate history, this episode may come to be seen as a watershed moment — the transaction that demonstrated, conclusively, that Malaysian institutional investors can read a valuation report and act on it independently of any strategic narrative, no matter how eloquently assembled.

Jeffrey Cheah built Sunway City from a crater in the earth. He is not a man who mistakes a setback for a defeat. But the market has spoken, and its message is one he will have heard with characteristic clarity: if you want IJM, you will need to pay for it. And if the infrastructure supercycle that is now reshaping Southeast Asia is as powerful as every analysis suggests — and it is — then both Sunway and IJM, as independent operators in the most dynamic construction market in Asia, may yet find that they did not need each other after all.

The crater, as ever, is full of possibility.

The Pump That Changed Everything

Picture this: a Torrance, California dealership lot on a Tuesday morning in late March. A 34-year-old nurse named Diana Reyes stares at the window sticker on a three-year-old Tesla Model 3. The price — $29,400 — is roughly what she’d pay for a mid-trim Honda CR-V at the lot across the street. Behind her, the Chevron station on Pacific Coast Highway is already flipping its sign to $5.97. She has done the math on the back of a receipt: at her commute distance, she’d save north of $280 a month on fuel alone. She swipes her card for the deposit.

Diana is not a climate activist. She is not a tech early adopter. She is a cost-conscious middle-class consumer responding to a price signal as rational and ancient as economics itself. And right now, across the United States, millions of Americans are doing exactly what she did — and their aggregate decision is writing the most consequential energy story of 2026.

The used EV market is booming. Market forces — not Washington subsidies — are finally cracking open mass electrification. Yet, simultaneously, a parallel drama is unfolding 5,000 miles east in Brussels, where the European Commission is sounding alarm bells of a different kind: warning its 27 member states that their instinct to throw fiscal relief at surging energy costs could detonate a sovereign debt crisis more damaging than the energy shock itself. This is the dual-screen picture of the global energy transition at its most volatile, its most promising, and its most perilous — all at once.

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Section 1: The Used-EV Surge Is Real, It’s Big, and It’s Just Getting Started

The data landed this week and it is striking. According to Cox Automotive, 93,500 used EVs were sold in the first quarter of 2026 — a 12% year-over-year jump, with January and February volumes running even higher in some regional markets. CarGurus, the automotive analytics platform, reported a 40% spike in views on used EV listings since gas prices began their Iran-war-driven ascent, with Tesla Model 3 searches alone surging 52%. Edmunds data showed electrified vehicle research hitting 23.8% of all car-shopping activity in the week of March 9–15 — the highest weekly share of 2026.

But the deeper story is structural, not cyclical. This isn’t merely a knee-jerk search spike that evaporates when oil settles. This surge has a supply-side foundation that didn’t exist in 2022.

Price parity has effectively arrived for used EVs. Cox Automotive’s January 2026 data puts the average transaction price for a used EV at $34,821 — just $1,334 more than a comparable used internal combustion vehicle, down from a gap exceeding $10,000 just two years ago. Even more telling: Recurrent, which tracks EV ownership economics, reports that 56% of used EVs now list below $30,000, and some late-model off-lease units are clearing at $19,000–$22,000 — price points that, factoring in fuel and maintenance savings, make them the cheapest vehicles to own in American history.

Why the flood of affordable inventory? Three words: the lease wave. Between January 2023 and September 2025, manufacturers and dealers pushed more than 1.1 million EVs through lease structures, leveraging a commercial vehicle tax credit loophole that delivered the full $7,500 federal incentive without consumer income caps. Those leases are now maturing. Cox projects EV and plug-in hybrid returns will account for nearly 20% of all lease returns in 2026, with monthly volumes expected to reach roughly 50,000 units by late 2027. Jeremy Robb, Cox’s Chief Economist, framed it bluntly: “The point we’ve been trying to make to dealers for the last few years is that if you are dependent on a 3-year-old car, the cars you’re going to get your hands on are EVs.”

This isn’t the trickle-down economics of expensive Tesla Model S units filtering to the aspirational class. This is a structural democratisation of electric mobility — the 2023-vintage Hyundai IONIQ 5, Chevy Bolt EUV, and Volkswagen ID.4 cascading into the mainstream used-car market at prices the median American household can actually consider.

And the operating economics are extraordinary. At the national average residential electricity rate of roughly $0.17 per kWh, a home-charged EV costs approximately $0.05 per mile to run. A gasoline car averaging 30 mpg costs around $0.13 per mile at $4 a gallon. For the average driver logging 12,000 miles annually, that gap translates to roughly $960 in annual fuel savings — before accounting for roughly $1,000 less in annual maintenance costs on an EV (no oil changes, fewer brake jobs, simpler drivetrain). As one Detroit driver quoted by PBS News put it: “Electricity can go up, but it won’t go up nearly as much as gas and it won’t go up nearly as fast, either.”

The irony — sharp and worth dwelling on — is that new EV sales are collapsing even as used ones boom. Cox Automotive reports new EV sales fell 28% year-over-year in Q1 2026 to just 213,000 units, dragging the new EV share down to 5.8% of the market. The death of the $7,500 federal tax credit last September, combined with new-vehicle average transaction prices near $48,766 and average new-car loan APRs hitting 7.0% (up from 4.4% in early 2022), has rendered new EVs simply unaffordable for the median buyer. But the used market has stepped into the breach — organically, without a government nudge — and that matters enormously for how we think about the energy transition.

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Section 2: The Geopolitical Detonator — Iran, Hormuz, and the $100 Barrel

The trigger for the current price shock is specific, violent, and consequential in ways that differentiate it sharply from 2022.

On February 28, 2026, U.S. and Israeli airstrikes targeting Iranian nuclear and military infrastructure ignited a conflict that has since significantly disrupted oil and gas flows through the Strait of Hormuz — the narrow maritime chokepoint through which roughly 20% of global oil supply transits daily. The results at American pumps have been swift and severe. According to AAA, the national average price of regular gasoline crossed $4.02 per gallon on March 31 — a 35% jump from the $2.98 average recorded the day before the war began. By April 3, it had climbed further to $4.09. Diesel reached $5.45 per gallon, a 45% rise. California hit $5.87 per gallon, with some coastal counties brushing $6.20. Global oil benchmarks surpassed $100 a barrel — a level not sustained since mid-2022.

This differs from the 2022 Russia-Ukraine shock in critical ways. The Ukraine crisis triggered a supply-destruction event: Russian gas physically stopped flowing through pipelines to Europe, forcing structural changes to the continent’s energy infrastructure. The Iran conflict is, at its core, a chokepoint disruption — a partial throttling of maritime flows whose ultimate duration and severity depend on military developments that no analyst can confidently forecast. Energy Commissioner Dan Jørgensen told the Financial Times with unusual bluntness: “This will be a long crisis. Energy prices will be higher for a very long time.”

But for American consumers, the distinction barely registers at the pump. What matters is that in the first 17 days of the Iran crisis, the EU alone spent approximately €6 billion more on fossil fuel imports than it would have at pre-war prices. In the US, the household energy pain is already measurable: at $4 per gallon, the average American household spending 50–60 gallons monthly now faces a $240 monthly fuel bill — the equivalent of about a third of the average new-car payment.

That is the price signal that is driving Diana Reyes and hundreds of thousands of Americans like her toward used EV lots. And unlike previous gas-price spikes — notably in 2022, when EV search traffic jumped but sales barely budged — the structural conditions are different now. The used EV market is four times larger than it was in 2020. Off-lease supply is flooding the market. Prices have reached genuine parity. The 2026 surge has a foundation the 2022 spike lacked entirely.

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Section 3: Brussels Sounds the Alarm — Fiscal Discipline in the Face of Political Temptation

The scene in Brussels is both more complicated and more ominous.

On March 31, as American gas stations were ticking past $4, EU Energy Commissioner Dan Jørgensen convened an emergency meeting of European energy ministers and issued a blunt warning: “We need to avoid fragmented national responses and disruptive signals to the market to avoid worsening supply and demand conditions.” European gas prices had surged more than 70% since February 28. Oil prices had risen over 60%. EU import bills for fossil fuels had climbed by €14 billion since the conflict began. Electricity prices were spiking as gas-fired power generation became dramatically more expensive.

The political reflex in several European capitals was immediate and entirely predictable: fuel tax cuts, blanket price caps, energy subsidies for all. Five finance ministers — from Germany, Italy, Spain, Portugal, and Austria — wrote jointly to Climate Commissioner Wopke Hoekstra demanding an EU-wide windfall tax on energy companies, with revenues earmarked for broad consumer relief.

Here is where the EU’s response becomes both admirable in its caution and essential as a lesson for policymakers globally. Brussels pushed back — firmly. A European Commission document seen by this columnist warned that any fiscal response must be “targeted and fiscally sustainable,” with explicit sunset clauses. The Commission’s own analysis of the 2022–23 response is damning: EU governments spent €651 billion shielding citizens from that energy shock, but only 27% of those measures were properly targeted — nearly three-quarters went to blanket price controls and tax cuts that benefited wealthy households as much as vulnerable ones. The Commission’s draft guidance put it plainly: income measures that protect the most vulnerable without distorting price signals are “a preferred option” — but they “require precise targeting to avoid ineffective support and excessive fiscal burden.”

The fiscal stakes could not be higher. European gas storage levels entering April stood at just 29% on average — near the lowest levels since 2022, with France and Germany at 22% and the Netherlands at a harrowing 9%. Refilling storage ahead of winter 2026–27 at elevated LNG prices could cost member states tens of billions of euros on top of any consumer subsidy programs. Meanwhile, Jørgensen is explicitly warning that Brussels is not yet in a “security of supply crisis” — but the situation could deteriorate sharply “for some more critical products in the weeks to come.”

The political economy of energy subsidies is seductive. Cutting fuel taxes is fast, visible, and electorally popular. It is also, as the IEA noted explicitly in its response to the current disruption, “economically counterproductive” — it suppresses the very price signal that is driving Americans toward used EVs right now. The EU’s own history should be its cautionary guide: after 2022, the bloc emerged with strained public finances, elevated inflation, and — crucially — no structural reduction in fossil fuel dependence. Wind and solar generation did reach a milestone in 2025, supplying more EU electricity than fossil fuels for the first time. But that transition took years of investment. It cannot be shortcut by a crisis response that bails out fossil fuel consumption while undermining the market signals that make clean energy economically rational.

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Section 4: The Big Picture — Market Forces vs. Policy Dependency, and What It Reveals

Stand back and the transatlantic contrast is instructive.

In the United States, the used-EV surge is happening without policy support. The federal $7,500 used clean vehicle credit expired in September 2025. Many state programs have been rolled back. The Trump administration has been publicly hostile to EV mandates. And yet: 93,500 used EVs sold in a single quarter, prices at near-parity with gas cars, 40% spikes in search traffic. The market is doing what markets eventually do when the economics align — it is allocating.

This is not an argument against policy. The lease wave that is now flooding the used market with affordable EVs was itself a product of the Inflation Reduction Act’s commercial vehicle credit, which expired last year. The IRA planted a tree whose shade we are now sitting in. But the crucial point is that the energy transition has now reached an inflection point where market forces are self-sustaining in the used-vehicle segment — and that changes the policy calculus entirely.

Europe’s path has been different: heavily policy-driven, with aggressive subsidy programs, ETS carbon pricing, and binding fleet emission targets pushing manufacturers toward EVs regardless of consumer demand. The result has been faster headline new-EV penetration rates than the US in most years — but at enormous fiscal cost and with growing political backlash. As the current crisis reveals, Europe’s structural vulnerability to fossil fuel price shocks remains profound, because the transition at the household consumption level — particularly for heating and road transport — remains incomplete. Europe’s EV market is doing well on new sales; its political resilience to energy shocks is doing poorly.

The irony is exquisite: the US, which largely dismantled its EV policy architecture over 2025–26, is seeing organic used-EV adoption surge in direct response to market price signals. Europe, which built an elaborate policy architecture to force the transition, is now being tempted to undermine those very price signals with blanket subsidies to blunt the shock. The US approach — messy, market-driven, inequitable in its distribution of early adopters — is producing a more durable behavioral shift at the household level than anyone in Brussels expected.

That said, I do not romanticise the American situation. The 28% collapse in new EV sales is a genuine problem for the long-term industrial pipeline. Ford has abandoned the F-150 Lightning. Volkswagen shuttered the ID. Buzz in the US market. If current trends persist, the US auto industry will fall so far behind Chinese and European manufacturers on EV technology that the eventual policy correction — and there will be one — will be far more expensive. The used-EV surge buys time. It does not substitute for a coherent industrial policy.

And for middle-class buyers specifically, this moment is transformational. For the first time in the history of the automobile, the cheapest new category of vehicle to own — measured over a five-year total cost of ownership — is a used electric car. That is not a green talking point. That is arithmetic. The democratisation of electrification is underway, not because governments planned it, but because depreciation curves, lease mathematics, and a war in the Persian Gulf conspired to make it inevitable.

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Section 5: What Policymakers on Both Sides of the Atlantic Should Do — Right Now

The current moment demands precision, not reflex. Here are five policy recommendations I believe the evidence supports:

1. Targeted used-EV incentives — not blanket EV subsidies. The US should introduce a means-tested used EV credit capped at $3,000 for buyers earning below the median household income. Unlike the $7,500 new-vehicle credit that largely benefited upper-middle-class buyers of $55,000 Teslas, a well-targeted used-EV credit would accelerate the democratisation already underway — putting affordable zero-emission transportation into the hands of the households most hurt by $4 gasoline. The cost would be a fraction of the IRA’s original EV spend.

2. Windfall taxes, yes — but revenues earmarked for the transition, not fuel subsidies. The EU finance ministers calling for an energy windfall tax are right on the mechanism, wrong on the application. Revenues should fund targeted income transfers to energy-poor households and accelerated grid investment — not blanket fuel price caps that suppress the incentive to switch. The precedent the UK set with its energy profits levy in 2022 is worth revisiting: structured correctly, it raised tens of billions without strangling investment.

3. Strategic petroleum reserves as a buffer, not a bailout. Both the US and EU should coordinate a calibrated release from strategic reserves — sufficient to blunt the sharpest price spikes and give consumers time to adjust, but not large enough to eliminate the price signal that is driving behavioral change. The IEA’s coordinated response mechanism exists precisely for this scenario. Use it sparingly and visibly.

4. Accelerate the used-EV dealer ecosystem. Half the battle in used-EV adoption is dealer education and charging infrastructure at the point of sale. Federal and state programs should fund training grants for independent used-car dealers — who move the majority of used vehicles in the US — to understand EV battery health, range characteristics, and home charging installation. The NIADA Convention is already moving in this direction; government should amplify it.

5. Defend the price signal — in Europe especially. The single most damaging thing Brussels could do right now is cave to political pressure for untargeted fuel tax holidays. The IEA is clear on this. Bruegel is clear on this. The Commission’s own internal guidance is clear on this. The price of gasoline and diesel should be high enough to make EVs the rational choice — that is the energy transition working as designed. The task of government is not to eliminate that signal but to ensure that its burden falls equitably, through income transfers that leave market prices intact.

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Conclusion: The Pump Is the Policy

In the end, the story of Diana Reyes at that Torrance Tesla lot is the story of the energy transition as it actually works — not as it was planned in think-tank white papers or EU Green Deal annexes, but as it unfolds in the friction between geopolitics, market prices, and household balance sheets.

The used-EV surge is proof of concept: when the economics align, Americans choose rationally. The EU’s fiscal warning is equally valid: when governments panic, they reach for the subsidy bazooka and end up subsidising the problem they’re trying to solve. The Iran war didn’t create this inflection point — it merely illuminated it.

The energy transition was always going to be won or lost at the point of sale, in the mind of a buyer doing the math on a monthly car payment. We are, for the first time, winning that argument in the used-car lot. Whether policymakers on both sides of the Atlantic are wise enough to let the market keep making that case — while protecting only those who genuinely cannot afford to participate — will determine whether this moment becomes a turning point or merely another headline that faded when oil prices did.

History, unfortunately, gives us reason for both hope and doubt.