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Australia’s 2026 DEEPAL E07 Multitruck Review: Is it an SUV, a Pickup, or Both?

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The DEEPAL E07 openly acknowledges its influences, and that honesty works in its favour. Sitting somewhere between an SUV and a pickup, the E07 leans into the reality that many modern buyers want flexibility without committing to a single vehicle type. The shape and concept will feel familiar to anyone who’s been following recent EV trends, but DEEPAL’s approach is less about shock value and more about building something practical, versatile, and accessible for everyday use.

It’s worth noting upfront that the DEEPAL E07 isn’t currently available in North America. For some background, DEEPAL is a Chinese brand under the Changan Automobile umbrella, one of the country’s largest and most established manufacturers. In its home market, this vehicle is called the Changan Nevo E07, but in global markets it uses the simpler DEEPAL E07 name. The idea is to offer something that feels more at home outside China while still carrying the same core technology and ambitions.

Yeah, comparing it to the Tesla Cybertruck is an obvious observation, but the E07 presents the idea in a more restrained, road-friendly way. However, when we look at the numbers on the chart, they are quite impressive, with performance figures that indicate serious speed, a competitive driving range depending on the configuration, and fast-charging capabilities that keep it relevant in the modern EV scene. What makes the E07 interesting, though, isn’t just the spec sheet; it’s the way it attempts to blur categories entirely, positioning itself as a true multitruck rather than a novelty or niche experiment.

So while you won’t see one in North American showrooms just yet, the DEEPAL E07 is still worth paying attention to. Let’s take a closer look at what this SUV–pickup hybrid brings to the table.

DEEPAL E07 Multitruck | Image: DEEPAL

DEEPAL E07 Interior Design

  • A minimalist, screen-first cabin design with nearly all functions managed via a large central touchscreen.
  • A tilting high-resolution display & wireless Apple CarPlay/Android.
  • Modular seating allows the cabin to convert into a flat sleeping platform suitable for camping & road trips.
  • “Zero-gravity” front seats offer extensive adjustment, heating, ventilation, massage, & memory functions.

If minimalism is your style, then you’ll likely appreciate the DEEPAL E07’s cabin, which heavily leans toward that aesthetic. Physical buttons are kept to an absolute minimum, with most functions controlled via a large central touchscreen that dominates the dashboard. The screen itself is sizeable and sharp, featuring a clever tilting function that allows it to angle slightly toward the driver or passenger, emphasizing that this cabin is designed around digital control rather than traditional switches.

That touchscreen is powered by a modern processor, which helps keep animations smooth and responses quick, but the trade-off is increased complexity. While everyday tasks like navigation and music are easy enough—especially when using wireless Apple CarPlay or Android Auto—deeper vehicle settings are nested behind multiple menu layers. Adjusting features like seat position, steering wheel settings, ambient lighting, or climate controls takes a bit of patience, and it’s clearly best to handle these when the vehicle is stationary rather than on the move.

DEEPAL E07 Multitruck Interior | Image: DEEPAL
DEEPAL E07 Multitruck Interior | Image: DEEPAL
DEEPAL E07 Multitruck Interior | Image: DEEPAL
DEEPAL E07 Multitruck Interior | Image: DEEPAL
DEEPAL E07 Multitruck Interior | Image: DEEPAL
DEEPAL E07 Multitruck Interior | Image: DEEPAL

Features such as an integrated dashcam, interior camera, and vehicle monitoring functions add security and utility that suit the multitruck concept, making the E07 feel more like smart technology and flexibility. Audio is managed by a high-speaker-count sound system that delivers solid clarity, while a powerful, ventilated wireless charging pad at the front keeps devices topped up without the ever of needing wire chords. Interestingly, one of the few physical controls in the cabin is the front trunk release, which feels a bit out of place with the otherwise screen-centric approach.

With the headrests removed, the front seats can fold back to meet the rear cushions, creating a flat sleeping surface large enough to fit a full-sized mattress. This feature that speaks directly to campers, road-trippers, and anyone who sees their vehicle as more than just a way to get from point A to B. Comfort is also taken seriously up upfront, with multi-adjustable “zero-gravity” seats that offer heating, ventilation, massage, and memory functions. While the leather-trimmed upholstery looks stylish, it leans more towards a modern, synthetic feel than old-school luxury—very much in line with the E07’s tech-focused character.

DEEPAL E07 Multitruck | Image: DEEPAL

Deepal E07 Exterior Design

  • Large, road-commanding proportions give the E07 a more commanding presence than many full-size SUVs.
  • Coupe-SUV styling blends smoothly into a pickup-style rear, creating a distinctive multitruck silhouette.
  • The electric glass canopy changes the rear from a closed cargo area into an open utility bed.
  • Full-width LED lighting & active aero components enhance its contemporary EV-first design.

Let’s make this clear and keep it on the side, once you see DEEPAL E07 in person, you’ll notice right away that it’s not a small vehicle. Measuring 5,045 mm long, 1,996 mm wide, and 1,680 mm tall, with a generous 3,120 mm wheelbase, the E07 has a strong road presence and clearly belongs to full-size vehicles. These proportions help explain why it feels more substantial than many SUVs on the market, while also providing the footprint needed to support its multitruck identity without appearing awkward or compromised.

Visually, the E07 adopts a sleek coupe-SUV profile that smoothly transitions into a squared-off rear, blending passenger-car refinement with utility-focused design. Modern EV styling cues are evident everywhere, from the streamlined body panels to the full-width LED light bar spanning the rear and wrapping neatly into the quarter panels. In the front, subtly active aero elements help manage airflow and cooling, underscoring that this design isn’t just about aesthetics but also efficiency.

DEEPAL E07 Multitruck Exterior | Image: DEEPAL
DEEPAL E07 Multitruck Exterior | Image: DEEPAL
DEEPAL E07 Multitruck Exterior | Image: DEEPAL

Here’s where the fun side conversation begins with the seats at the back. The E07’s electric glass canopy slides forward by about 400 mm before the tailgate drops, effectively turning the vehicle into a pickup-style ute at the push of a button. From there, the rear seats can either stay upright to seal the cabin or fold completely flat, creating a space that works just as well for camping, transporting bulky gear, or handling everyday items like prams or boards. It’s a clever setup, although the rear ute section itself is rated to around 300 kg, with a total payload capacity of 610 kg, which is a fairly typical size compared to other vehicles.

The rear load area is finished with durable, easy-to-clean materials and features a 3.5 kW / 220 V power outlet, making it practical for tools, appliances, or outdoor accessories. And yes, the E07 can be driven with the rear window and tailgate open, adding extra flexibility that aligns well with its do-it-all brief.

DEEPAL E07 Multitruck | Image: DEEPAL

DEEPAL E07 Performance, Range & Charging

This is the moment everyone has been waiting for. Don’t worry, we’ve got you covered. The DEEPAL E07 Multitruck features an 89.98 kWh, liquid-cooled NMC (ternary lithium) battery pack in both variants. An 800-volt architecture is also standard, enabling ultra-fast DC charging at up to 240 kW (30–80 per cent in approximately 15 minutes). However, AC charging is slow at 7 kW, meaning 0–100 per cent in about 13 hours at home or at your office. V2L (vehicle-to-load) is rated at up to 6.6 kW using the 220-volt interior socket or adaptor.

Where things begin to diverge is in performance and range. The rear-wheel-drive version focuses on efficiency, offering up to 550 km of driving range while generating 252 kW and 365 Nm, enough to get from 0 to 100 km/h in 6.7 seconds. Upgrading to the all-wheel-drive model, the character shifts noticeably, with a combined output of 440 kW and 645 Nm, reducing the sprint time to just 3.96 seconds, while range decreases slightly to around 510 km. Both configurations feel well balanced for a vehicle of this size, offering strong performance along with the range and charging capabilities suited for everyday driving.

DEEPAL E07 Multitruck | Image: DEEPAL

Deepal E07 Prices & Specs

As expected from a new Chinese entrant, the DEEPAL E07 comes with pricing that seems deliberately competitive for what’s available. The entry-level rear-wheel-drive Multitruck starts at AUD$64,900 / USD $44,800 before on-road costs, featuring a single-motor setup with outputs of 252 kW and 365 Nm, and a 0–100 km/h time of 6.7 seconds. It’s the version that leans into value, offering strong performance and the longest driving range in the lineup, making it the smarter choice for buyers who don’t plan to venture off-road often.

However, if you choose to upgrade to the all-wheel-drive version, the price increases to AUD$73,900 / USD $51,100 before on-road costs, but the performance makes a noticeable leap. With 440 kW and 645 Nm available, the AWD Multitruck accelerates from 0–100 km/h in just 3.96 seconds, offering acceleration figures you’d expect in a high-performance electric SUV. Besides the extra motor and power, the differences between the two trims are fairly minor, making the RWD variant especially appealing if outright speed isn’t a top priority.

Below is a full side-by-side comparison of the DEEPAL E07 RWD and AWD variants, highlighting how both models compare in terms of performance, battery technology, charging capabilities, and suspension hardware:

SpecificationsDEEPAL E07 RWDDEEPAL E07 AWD Performance
Electric MotorPermanent Magnet SynchronousPermanent Magnet Synchronous
Maximum Power252 kW440 kW
Maximum Torque365 Nm645 Nm
Acceleration (0 – 100 km)6.7 Seconds3.96 Seconds
Estimated WLTP Driving Range2550 km510 km
Battery Capacity89.98 kWh89.98 kWh
Battery TypeTernary LithiumTernary Lithium
Charging Connector TypeAC (Type 2)/DC (CCS2)AC (Type 2)/DC (CCS2)
Maximum AC Charge Rate7 kW7 kW
AC Charge Time (0-100%)13 Hours13 Hours
Maximum DC Charge Rate240 kW240 kW
DC Charge Time (30-80%)15 Minutes15 Minutes
Maximum Discharge Rate6.6 kW6.6 kW
Maximum Voltage220 V220 V
Front SuspensionDouble WishboneDouble Wishbone
Rear SuspensionMulti-Link IndependentMulti-Link Independent
Standard Tyres (width, profile, size, load index & speed rating)265/45R21 108W265/45R21 108W
Wheel Dimensions21x9J21x9J
Prices AUD/USDAUD$64,900 / USD $44,800AUD$73,900 / USD $51,100

Differences in specifications mainly concern drivetrain performance and range, not equipment or tech features. Both models share an 89.98 kWh battery, an 800-volt charging system, 240 kW DC fast-charging capability, and similar suspension designs. This highlights that the choice between RWD and AWD depends on performance preference rather than daily practicality. Backed by a seven-year / 160,000 km vehicle warranty and an eight-year / 240,000 km battery warranty, the E07 makes a strong case as a flexible, long-term EV ownership option.

How Does Deepal E07 Compare to Others?

In a market that’s quickly filling up with electric trucks and large SUV-style EVs, the DEEPAL E07 manages to carve out its own space instead of simply copying what’s already available. While clear comparisons will be made with bold designs like the Tesla Cybertruck or even more traditional electric utes, the E07 positions itself somewhere between those categories — blending SUV comfort with a flexible cargo area that feels more practical for daily use. Where some competitors focus heavily on off-road capability or striking styling, the E07 leans into versatility, offering buyers a vehicle that feels equally suitable for family trips, daily driving, and weekend gear hauling.

From a specs and usability perspective, the E07’s range, charging capability, and payload figures are competitive with other electric SUVs and multitrucks in its class. It might not lead in every category — such as hardcore off-road hardware or towing capacity for certain segment benchmarks — but its balance of performance, modular interior space, and creature comforts makes it an attractive choice for anyone seeking the practicality of an SUV with added utility. In other words, if you’re looking for a one-vehicle solution in the growing EV market, the DEEPAL E07 more than holds its own against the competitors.

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10 Of The Most Expensive Materials On Earth

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From the hidden depths of the Earth to the laboratories where science expands the boundaries of imagination, some materials are worth far more than gold. Their prices soar not just because they’re rare, but because of the incredible power, beauty, or potential they possess. Diamonds and platinum have long been associated with wealth and prestige, while futuristic wonders like antimatter and californium sit at the forefront of discovery, promising to change how we think about energy and space travel.

These aren’t just commodities — they’re the world’s most sought-after treasures. Some shine brighter than any jewel, others can fuel spacecraft or transform entire industries. So, buckle up as we explore the 10 most expensive materials on Earth and discover what makes them so remarkably valuable.

AntiMatter | Image: Supplied

1. AntiMatter – $62.5 Trillion Per Gram

When it comes to value, nothing on Earth—or in the universe, for that matter—can match antimatter. This mysterious substance is essentially the mirror opposite of normal matter, and when the two meet, they annihilate each other in a burst of pure energy. That makes antimatter not only rare but also incredibly powerful. Scientists believe it could one day be the ultimate fuel source, capable of powering spacecraft at unimaginable speeds or even revolutionizing energy production here on Earth.

The catch? Producing it is incredibly challenging. Currently, antimatter can only be generated in highly advanced particle accelerators, and even then, we’re dealing with fractions of a gram at astronomical costs. With a single gram valued at an astonishing $62.5 trillion, antimatter is the most expensive material in existence — and perhaps the most futuristic.

Californium | Image: Supplied

2. Californium $27 Million Per Gram

First synthesized in the 1950s, californium is one of the rarest and most valuable man-made elements on Earth. It doesn’t occur naturally in usable quantities and must be painstakingly produced in nuclear reactors, a process that explains its astronomical price of $27 million per gram. Despite the cost, californium has life-saving applications in cancer treatments, plays a crucial role in starting nuclear reactors, and is even used in devices that detect valuable resources like gold and oil, making it a material as powerful as it is scarce.

Diamonds | Image: Supplied

3. Diamond – $55,000 Per Gram

Long celebrated as symbols of wealth, beauty, and power, diamonds are among the most sought-after gemstones in history. Formed under intense pressure deep within the Earth over billions of years, these sparkling crystals are admired not only for their brilliance but also for their durability — making them essential in both luxury jewellery and high-precision industrial tools. With a value of approximately $55,000 per gram, diamonds continue to rank as one of the most expensive natural materials on Earth, blending timeless appeal with practical strength.

Tritium | Image: Supplied

4. Tritium – $30,000 Per Gram

Tritium is a rare radioactive isotope of hydrogen that’s unlike anything you’ll find in a glass of water. What makes it special is its ability to glow when combined with phosphors, which is why it’s often used in self-powered lighting for items like wristwatches, emergency exit signs, and even aircraft instruments. That soft glow doesn’t require an external power source, making it invaluable in situations where reliability is essential.

But its true potential lies in the future. Scientists see tritium as a possible game-changer for nuclear fusion — the clean energy solution that could one day replace fossil fuels. Since tritium doesn’t occur in large quantities naturally, it must be painstakingly produced in nuclear reactors, pushing its value to around $30,000 per gram. Rare, functional, and potentially revolutionary, tritium sits at the crossroads of science and industry.

Taaffeite | Image: Supplied

5. Taaffeite – $20,000 Per Gram

First identified in 1945 by gemologist Richard Taaffe, taaffeite is one of the rarest gemstones on Earth, often mistaken for spinel due to its similar appearance. Found only in small deposits in Sri Lanka, Tanzania, and Myanmar, this gem shines in delicate shades of violet, pink, and red, with optical qualities that make it stand out even among prized stones. Valued at around $20,000 per gram, taaffeite’s scarcity makes it more exclusive than most diamonds, turning every fragment into a collector’s treasure.

Painite | Image: Supplied

6. Painite – $9,000 Per Gram

Once thought to be the rarest mineral in the world, painite is a deep brownish-red gemstone that puzzled scientists when it was first found in Myanmar in the 1950s. For many years, only a few crystals existed, making it practically priceless. Although more deposits have since been discovered, painite remains extremely rare, and its vibrant colours and unique crystal structure continue to attract collectors. With a value of around $9,000 per gram, this gem remains one of the most sought-after minerals for both scientists and jewellery lovers.

Plutonium |Image: Supplied

7. Plutonium – $4,000 Per Gram

Plutonium is one of the most notorious substances on Earth, often associated with nuclear weapons and the Cold War period. Silvery in appearance but highly radioactive, it was first produced in the 1940s and rapidly became central to military arsenals and nuclear energy initiatives. Its capacity to release enormous amounts of energy makes it one of the most powerful and debated materials ever created.

But plutonium isn’t just about destruction; it also powers spacecraft through radioisotope thermoelectric generators, enabling missions that go far beyond the reach of solar energy. Since its production is heavily restricted and handling requires extreme precautions, every gram is extremely costly. Valued at about $4,000 per gram, plutonium’s price reflects both its rarity and the significant effort needed to produce, contain, and safely utilise it.

Rhino Horn | Image: Supplied

8. Rhino Horn- $110 Per Gram

Rhino horn is one of the most controversial and tragic entries on this list, valued at around $110 per gram. Unlike gemstones or metals, it isn’t a mineral at all but is made of keratin — the same protein found in human hair and nails. Its high price comes from black market demand, driven by myths in traditional medicine and its use as a status symbol in some cultures. Sadly, this demand has fuelled rampant poaching, pushing several rhino species to the brink of extinction. While conservation efforts and strict international bans are fighting to curb the trade, the staggering value of rhino horn continues to make it one of the most costly — and heartbreaking — materials in the world.

Platinum | Image: Supplied

9. Platinum – $60 Per Gram

This lustrous white metal has a reputation for being as tough as it is beautiful. Highly resistant to corrosion and tarnish, platinum has become a staple in industries that require strength, from catalytic converters in vehicles to precise medical instruments. At the same time, it remains a symbol of status in jewellery and luxury watches, often regarded as more exclusive than gold. With a value of around $60 per gram, platinum successfully combines luxury with technology, proving to be both practical and prestigious.

Rhodium | Image: Supplied

10. Rhodium – $58 Per Gram

Shiny, silvery, and exceptionally rare, rhodium is one of the least abundant precious metals on Earth, which explains its high price of around $58 per gram. It’s highly resistant to corrosion and has a reflective brilliance that makes it ideal for use in jewellery, often as a finishing layer on white gold and platinum pieces. Beyond luxury, rhodium is vital in automotive catalytic converters, where it helps reduce harmful emissions. Its combination of scarcity, beauty, and industrial importance makes rhodium one of the most valuable metals in the modern world.

What Makes These Materials So Expensive?

The world’s most expensive materials share three common traits: rarity, demand, and the difficulty of obtaining or producing them. Some, like diamonds and taaffeite, are formed over millions of years under extraordinary geological conditions, making each carat extremely rare. Others, like californium or antimatter, do not occur naturally in usable quantities at all — they must be synthesised in nuclear reactors or particle accelerators, which demand enormous amounts of energy, time, and resources. When supply is scarce and production is nearly impossible, the price naturally skyrockets.

On top of scarcity, demand plays a significant role. Platinum and rhodium are essential in modern industries like automotive manufacturing and medicine, while tritium and plutonium are crucial for energy and technology. Even rhino horn, despite being made of keratin, skyrockets in value because of illegal markets driven by cultural beliefs and status symbols. The more society needs or desires a material, the higher its value climbs, especially when alternatives are scarce.

Will We Ever Find or Create Materials Even More Valuable?

It’s very likely. As science and technology continue to progress, new discoveries could push the boundaries of what we consider valuable today. Just as antimatter and californium arose from cutting-edge research rather than natural deposits, future breakthroughs in quantum computing, nanotechnology, or space exploration may introduce materials with properties we can barely imagine — and price tags to match. Whether mined from distant asteroids or manufactured in labs, the next “most expensive material” might not even exist yet, waiting for us to find it.

General FAQ’s

Have more questions you’d like to ask? Don’t worry, we’ve got you covered.

Which Material Is The Most Expensive In The World Right Now?

Antimatter ranks at the top by a significant margin, with an estimated cost of $62.5 trillion per gram. It’s so scarce and hard to produce that only small amounts have ever been created in labs, but its potential as a future energy source makes it invaluable in scientific terms.

Are All Expensive Materials Used In Luxury Products?

Not at all. While diamonds, platinum, and taaffeite dominate the world of jewellery and prestige, many of the most expensive materials serve scientific or industrial purposes. Tritium, californium, and plutonium, for example, are linked to energy, medicine, and research rather than luxury.

Could Prices Drop If More Of These Materials Are Discovered Or Produced?

Yes. History has shown that rarity often boosts price — painite was once nearly impossible to find, but as more deposits were discovered, its cost became a bit more accessible. Similarly, advances in technology could make producing or synthesizing some of these materials cheaper in the future, which would lower their market value.

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