Volvo EX30 first drive: this tiny, inexpensive electric SUV is also Volvo’s quickest car, ever
There’s a lot of dichotomy in that title. But for some reason, it all makes sense when driving the Volvo EX30. After delaying the much bigger EX90 indefinitely, Volvo’s first EV designed from the ground up really shines in so many areas, and of course has one big glaring downside…
Let’s get those eye-watering specs out of the way first.
- Horsepower: 268 RWD/422 AWD
- Torque: 253ftlbs RWD/ 400ftlbs AWD
- Top speed: 112mph
- Battery: 69kWh
- Range: 265/275 miles
- Towing: 2000lbs/2500lbs
- Dimensions: Height: 61.2in, Width: 72.3in, Length: 166.7in
- Base price: $34,950FWD/$44,900 AWD
- Some more interior dimensions
For those in the US, the size of the Volvo EX30 is about halfway between a Chevy Bolt EV and the 6-inch longer EUV. While Chevy initially tried to call the Bolt a “Micro-SUV”, I think the EX30 with its 7-inch ground clearance and much larger wheels better fits that description. Taking it off-road later cemented that role.
Interior
Maybe the most impressive aspect of the EX30 is the interior design. Clearly Scandinavian-inspired, there’s not a single item that hasn’t been thought over for simplicity or efficiency and so many smart decisions were made here. Volvo took the window buttons and speakers out of the door to simplify. Instead, all of this lies in the center of the vehicle.
The roomy and convenient glovebox is also in the center which leaves a nice open, airy space for the passenger. (By the way, the front trunk or ‘frunk’ isn’t much bigger than a glovebox and will likely be used as a space to store valuables and perhaps charging cables)
The armrests on the door feel like they are floating, while below there is tons of room for storage. The door handles are made of a solid metal material that feels high quality. The seats are firm but comfortable but not in a ‘La-z-boy’ type of smushy way.
The center console is no different. Drawers and cupholders are well-designed and seem to come out of nowhere. USB-C and wireless chargers are both easy to access.
The center stack is running on Google’s Automotive OS but it will still take Carplay or Android projection from your phones. The software wasn’t quite complete at testing but it was similar to Volvo and Polestar’s other offerings albeit with a display that felt a little smaller and cheaper.
Exterior
Volvo, I think, also hit it out of the park with the look shape of the EX30. It looks a lot like its bigger XC40 cousin but also a little more modern and sculpted with more futuristic lights and aero wheels.
We drove a white AWD version and a Gray RWD version but the light blue and moss yellow varieties will turn more heads. I think Volvo could really have some fun with more colorful options here, perhaps taking a cue from apple’s iPads and iMacs for fun inspiration.
The charging port in the driver’s side rear has those little stringed covers that you see in cars that are designed by people who have never had to charge a car. I’d rip those off on day one.
The Drive
Given all the hype around the EX30, I was worried that the drive would feel cheap or sedated or…boring.
Nope! it is so fun to drive and maybe more importantly, it gets out of your way when you just want to get from point A to point B.
The car was also pretty good at sipping electrons, though we didn’t do any scientific testing since we were also trying to push it to its limits off-road and on. Overall, I think that the 265-275 mile range is certainly achievable and perhaps more with some miserly driving.
Volvo says you can charge from 10% to 80% or add almost 200 miles in 26 minutes at the right chargers which the above was not.
Charging is typical with about 150kW CCS combo but Volvo will switch to Tesla’s NACS charger as early as mid-cycle 2024 and will provide adapters for all vehicles in both directions.
Also, we’re happy to report that the EX30 does fine off the road, as we took some scenic detours through some forests and wineries. We found some mud, some hills, and just some beautiful mountain dirt roads to drive on. The EX30 felt right at home here. The 7-inch drive clearance and solid suspension were certainly helpful in crossing ditches and those relatively big tires did well on tight turns. That said, the turning radius felt like that of a bigger vehicle.
One note that though all Volvos are governed at under 118 miles per hour, our AWD EX30 version started getting a little shaky at about 95 miles per hour. Other than that, it drove incredibly solid for a low-priced car.
Also, I do want to report that the lower-end rear-wheel drive version felt really fast and was perhaps more fun to drive than the more powerful AWD variety. If you don’t live where it snows a lot I’d recommend the RWD version or at least test-driving it and perhaps save yourself $10K
Overall Pros:
- Amazing price/performance
- Size is short but still roomy and nimble
- Efficient and beautiful inside and out
- Great sound system, lots of storage space
Cons:
- Built in China, though Volvo says they are spinning up an EU assembly line. No US manufacturing announced but Volvo says it would take 18 months to do so.
- The center screen is small and sometimes hard to read while driving
- Rear space is small without a center armrest, rear windows hard to roll down from front
Electrek’s Take
I love almost everything about this car and I fully expect to replace my Chevy Bolt with it in a few years. It drives excellently both fast and off-road, it is the perfect size and it is beautiful inside and out. I have some gripes outlined above (rear armrest, center screen, etc) but nothing physical that would deter me from recommending this car.
My biggest beef is that Volvo isn’t building this locally for the US market and is instead outsourcing it to its sister company Geely in China. That also means it might get hit with a 27% tariff coming in and of course, wouldn’t qualify for the $7500 Federal tax credit unless leased. Volvo was cagey about whether they were on the hook for the 27% US tariff on Chinese-made cars or if they would in fact make a profit on these vehicles sold in the US. That means they might prioritize other markets and only trickle these into the US.
As it stands, this would be the first mass-market Chinese vehicle sold in the US and perhaps a Trojan horse with its beautiful Scandinavian Volvo-clad covering. Smaller selling Chinese vehicles like the Polestar 2 are already sold in the US.
That would be a real shame because this is a truly special car. I don’t understand why they don’t spool up their South Carolina factory to make these as soon as possible (18 months according to Volvo). Even if they can’t make them as cheaply as in China, with all of the incentives it feels like a no-brainer.
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Tadano first showed its massive, 100-ton electric rough-terrain crane at last year’s ConExpo, promising the same lifting capacity as its 100-ton diesel counterpart. Now, we know a little more about this big lifter.
Officially dubbed the Tadano eGR-1000XLL-1 EVOLT, the big mobile crane ships with six lithium ion battery packs offering up to 226 kWh of power. Tadano says that’s good enough for up to seven hours of continuous operation in a single spot, or or up five hours of continuous operation and five-and-a-half miles of driving before it runs out of juice.
Re-juicing (?) the big crane is achieved with a standard CCS/J1772 DC fast charger with speeds up to 150 kW. That’s enough, Tadano says, to fully charge the eGR-1000XLL-1’s batteries in under two hours, or overnight on an 80A 220/240V AC charger … but all that is besides the point.
Grid-connected power for 24/7 use
The EVOLT’s real superpower isn’t its big battery or 100-ton lifting capacity. Instead, it’s the crane’s ability to operate 24/7 when it’s on grid power. If the job site loses power or power has to be shut down as part of regular operations, the crane can keep things moving under battery power for up to seven hours. It can even be connected to mobile charging stations if seven hours isn’t enough, or driven a few miles back to grid power to be charged up.
And, with 4x4x4 drive, those few miles don’t have to be paved … or even cleared, probably, making the big Tadano perfect for disaster recovery efforts.
“We are very confident in the investment we’ve made in this crane,” said Dean Barley, president and CEO at Tadano America of the 100-ton-capacity machine. “This crane has been tested and retested. We wanted to make sure that the first fully electric rough terrain (RT) crane in North America meets all the requirements of the market.”
Being fully electric, the EVOLT is quiet enough to work at night in urban and sensitive environments – and, because it produces no exhaust emissions, can also be tasked with indoor work in hangars and stadiums where diesel emissions would quickly pose a substantial health risk.
Speaking of health risks, swinging up to 100 tons of material around can be dangerous work. That’s where Tadano’s Lift Visualizer and AML Crane Control safety systems come into play:
LIFT VISUALIZER
The eGR-1000XLL-1 also offers Lift Visualizer to enhance safety and efficiency. This feature utilizes a suspended load monitoring camera, allowing operators to monitor suspended loads directly from above. Particularly useful in blind spots such as rooftop work, the Lift Visualizer pulls critical lift information from the AML control system and displays it on the video screen, including radius, capacities and load, among others, to improve efficiency and safety for the operator.AML CRANE CONTROL
The AML Control System delivers dependable crane control and monitoring solutions, ensuring safe and efficient performance during crane operations. This system incorporates the latest advancements from Tadano rough terrain cranes, featuring an enhanced operator interface, a broad range of functionalities and the renowned reliability and ease of use characteristic of Tadano products. The system facilitates time and cost savings through straightforward on-board diagnostics, improved settings and easily adjustable lifting limits.
In addition to offering the ability for construction crews to bid on work they simply couldn’t get without an electric option, the company says its new EVOLT models will reduce operating costs on an annual basis by about 35% compared to the diesel-powered version of the same crane. That estimate includes costs of fuel and electricity, as well as maintenance and downtime costs at an estimated 1,200 engine hours per year.
You can check out the full specs on the eGR-1000XLL-1 EVOLT, below, then let us know what you think of Tadano’s latest HDEV in the comments.
Tadano eGR-1000XLL-1 full specs
| Capacity Class | 90.7 tonnes | 100 tons |
| Main Boom Length | max 51 meters | 167 ft. |
| Boom Extension | max 17.7 meters | 58 ft. |
| Max. Tip Height | 68.3 meters | 224 ft. |
| Outrigger Bases | 7.33 x 7.33 meters | 24 x24 ft. |
| Hoist Line Pull | 9,090 kg | 20,040 lbs. |
| Max. Radius | 57.91 meters | 190 ft. |
| Dimensions | 15.18 m L | 50 ft. |
| 3.31 m W | 10′ 10″ | |
| 3.74 m H | 12′ 4″ | |
| Axles2 | 2 | |
| Drive | 4x4x4 | |
SOURCE | IMAGES: Tadano.
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Massachusetts is launching a first-of-its-kind statewide vehicle-to-everything (V2X) pilot program. This two-year initiative, backed by the Massachusetts Clean Energy Center (MassCEC), aims to deploy 100 bidirectional chargers to homes, school buses, municipal, and commercial fleet participants across the state.
These bidirectional chargers will enable EVs to serve as mobile energy storage units, collectively providing an estimated 1.5 MW of new storage capacity. That means EVs won’t just be getting power – they’ll be giving it back to the grid, helping to balance demand and support renewable energy use. The program is also focused on ensuring that low-income and disadvantaged communities have access to this cutting-edge tech.
The Massachusetts pilot is one of the largest state-led V2X initiatives in the US and is designed to tackle key challenges in deploying bidirectional charging technology. By strategically placing these chargers in a variety of settings, the program aims to identify and resolve barriers to wider adoption of V2X technology.
Massachusetts EV owners and fleet operators enrolled in the program will get bidirectional chargers capable of both vehicle-to-grid (V2G) and backup power operations at no cost. Here’s what they stand to gain:
- No-cost charging infrastructure: Bidirectional charging stations and installation are fully covered for participants.
- Grid resilience: With an estimated 1.5 MW of new flexible and distributed storage assets, the program strengthens Massachusetts’ energy infrastructure.
- Clean energy integration: V2G technology allows EVs to charge when renewable energy is available and discharge stored energy when it’s not, supporting the state’s clean energy goals.
- Backup power: EV batteries can be used as backup power sources during outages.
- Revenue opportunities: Some participants can earn money by sending stored energy back to the grid.
Clean energy solutions firm Resource Innovations and vehicle-grid integration tech company The Mobility House are leading the program’s implementation. “With the charging infrastructure provided through this program, we’re eliminating financial barriers and enabling school districts, homeowners, and fleets to access reliable backup power,” said Kelly Helfrich of Resource Innovations. “We aim to create a scalable blueprint for V2X programs nationwide.”
“Bidirectional charging benefits vehicle owners by providing backup power and revenue opportunities while strengthening the grid for the entire community,” added Russell Vare of The Mobility House North America.
The program is open for enrollment now through June 2025. For more details, visit the MassCEC V2X Program webpage. A list of eligible bidirectional vehicles can be found on that page.
Read more: Cambridge’s new solar VPPA is the largest ever by any US city
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Compton, California, has unveiled 25 new electric school buses – the school district’s first – and 25 Tellus 180 kW DC fast chargers.
Compton Unified School District (CUSD) in southern Los Angeles County is putting 17 Thomas Built Type A and eight Thomas Built Type C electric school buses on the road this spring. In addition to working with Thomas Built, CUSD also collaborated with electrification-as-a-service provider Highland Electric Fleet, utility Southern California Edison, and school transportation provider Durham School Services.
Environmental Protection Agency’s (EPA) Clean School Bus Program awarded funds for the vehicles in the program’s first round. EPA also awarded CUSD funds for the third round of the program and anticipates introducing an additional 25 EV school buses in the future.
“I can’t stress enough how vital grants like these are and the need for continued support from our partners in government at the state and federal level to fund additional grants for school districts and their transportation partners that are ready to deliver and operate zero-emission buses,” said Tim Wertner, CEO of Durham School Services.
CUSD, which serves Compton and parts of the cities of Carson and Los Angeles, currently serves more than 17,000 students at 36 sites. The district has a high school graduation rate of 93% and an 88% college acceptance rate. One in 11 children in Los Angeles County have asthma, which makes the need for emissions-free school transportation that much more pressing.
Read more: Thomas Built Buses debuts its next-gen electric school bus
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