These Are The Weirdest Cars You've Seen Used By Local Government
Last week we asked you to share the weirdest car you've seen used by your local government, and the answers were sufficiently strange. Some cars that your local governments use aren't even sold in this country, but that doesn't stop them from being mighty useful. Other cars that you've seen used by local governments work in roles that demand respect, but the vehicles chosen are potentially the least intimidating vehicles possible.
My answer to the question is still the first-generation Honda Civic Hybrid that I saw recently being used by the City of Los Angeles as the street sweeper chase vehicle. It was a pre-facelift model which means it had to be a 2003 model year car that is still serving is civic duty over 20 years later, and while I appreciate that the government isn't spending needlessly on expensive brand-new cars, I am still surprised that such an old vehicle is still in service. If you've got an interesting car you've seen used by your local government, feel free to share in the comments. These are the weirdest cars you've seen used by your local government.
Read more: These Are The Dumbest Looking Cars Of All Time, According To You
20 plus years ago, I saw a CHP Volvo, North of Escondido on the I-15, at the time I worked with CHP closely and never saw another one before, or after.
Submitted by: towman
I always enjoy seeing cops on horses. It's not super rare, but horses are cool and there is something funny about knowing the horse might actually be a top-notch chaser in dense, urban environments.
Submitted by: engineerthefuture
Pre-pandemic, my town used to have a small fleet (maybe 3 or 4) of Polaris side-by-sides that were used for parking enforcement and other jobs in the downtown area where a Charger or Explorer cruiser would be overkill. I haven't seen them used recently, so they may have been retired.
Submitted by: Earthbound Misfit I
Growing up, my local Washington State Patrol office was pretty small, so instead of buying fleet vehicles, they'd just use seized, auction cars ..80's Camaros, Mustangs, Caravans .. my neighbors "patrol car" was an unmarked '90 Cavalier .. he said they had a good dozen of oddball unmarked cars (with hidden lights) at the station to choose from... even a Corvette.
Submitted by: JCB
Any small town that thinks it needs an armored tank to keep the peace 🙄
Submitted by: Jimboy Junio
I don't know how weird it is considered given the context, but i have seen a Smart ForTwo used as a police car during exceptionally congested rush hour where i am from.
Submitted by: epep-
Up until a few years ago my County's crime scene unit used a Ford Aerostar... I remember watching the show CSI as a kid thinking that could be a cool job then I started seeing the local CSI group rolling around in an Aerostar. Hard pass.
The most recent string of County pool vehicles has been Dodge Nitros, Jeep Cherokees (with the V6's and leather which seems awfully fancy for municipal pool vehicles) and now Bronco Sports.
Submitted by: cintocrunch1
My town's parks and recreation department has a Daihatsu Hijet mini truck as a maintenance vehicle.
Submitted by: Giantsgiants
Want more like this? Join the Jalopnik newsletter to get the latest auto news sent straight to your inbox...
Read the original article on Jalopnik.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Fast Company
3 hours ago
- Fast Company
Can you find this sidewalk EV charger? It's hiding inside the curb
A typical EV charger in the U.S. is a bulky, 6-foot-tall box in a parking lot. In Germany, a startup is rolling out a new type of charger that looks very different: Called the Curb Charger, it fits seamlessly inside a curb at the edge of a street. The Curb Charger 'upgrades existing urban infrastructure and adds hardly any additional street furniture to cities,' says Felix Stracke, vice president of new mobility at Rheinmetall, the company that designed the charger. (Rheinmetall's primary business is defense manufacturing—the $80 billion company is the largest arms manufacturer in Germany—but it diversified into EV charging when it saw the opportunity for growth.) For an apartment dweller who parks their car on the street, having curbside charging suddenly makes it much easier to own an EV. Instead of driving to a store and waiting while the car charges, it's possible to plug in overnight or when the car would otherwise be parked for hours. It also makes slow charging feasible, which helps EV batteries last longer and is less of a strain on the grid. Larger chargers don't necessarily fit well on a curb. On a narrow sidewalk, they can take up too much space; they're at more risk of vandalism; they can also block views and change the visual identity of a historic neighborhood. But the scaled-down design of the new chargers is nearly invisible. That invisibility is also a challenge, since drivers can't quickly spot a charger. But an app can be deployed to direct someone to the nearest charging point. chargers that double as streetlights or packaging them in a sleek box that looks better than a conventional charger and is easier to install. The Curb Charger sits inside a case that's exactly the same size as a standard German curb. (The size can be adjusted for other locations.) It's strong enough that a heavy truck can drive over it, and it's waterproof, so the system can keep working in heavy rain. Drivers activate it through an app or by scanning a QR code. It does require that drivers have their own charging cord, though that's standard in Europe. Rheinmetall says the equipment doesn't cost more than a conventional charging station, and the small size means that installation can be simpler and cost less. If a charger needs repair, the charging module can be swapped out, making maintenance less expensive as well. When streets have major repairs, they could potentially be rebuilt with the hollow curb cases, ready to add the charging equipment as needed.
Yahoo
3 hours ago
- Yahoo
United States Off-Road Vehicle Market is Poised to Reach Valuation of US$ 20.97 Billion By 2033
The US off-road vehicle market thrives on robust manufacturing, expansive trail networks, and strong consumer demand, driving continuous innovation and customization while deeply integrating into recreational, agricultural, and commercial sectors nationwide. Chicago, June 05, 2025 (GLOBE NEWSWIRE) -- The United States off-road vehicle market was valued at US$ 11.9 billion in 2024 and is estimated to reach US$ 20.97 billion by 2033, growing at a CAGR of 6.5% during the forecast period 2025–2033. The US off-road vehicle market is one of the most mature and sophisticated in the world, supported by a robust ecosystem of manufacturers, aftermarket suppliers, dealerships, and dedicated trail infrastructure. Industry leaders such as Polaris, Can-Am, Honda, and Yamaha operate extensive US-based assembly and R&D facilities, producing hundreds of thousands of vehicles annually. Data from the Motorcycle Industry Council indicates that over 925,000 new off-road vehicles—including ATVs, UTVs, and dirt bikes—were registered nationwide in 2023, reflecting a deeply rooted culture that spans recreation, agriculture, municipal work, and industrial use. The United States boasts more than 2,800 public off-highway vehicle (OHV) parks, with major trail networks like Hatfield-McCoy in West Virginia drawing 94,000 annual permit holders and generating significant local economic activity. Download Sample Pages: Dealership networks are equally strong, with over 5,600 powersports dealers listed in the National Automobile Dealers Association directory, ensuring nationwide access to sales, service, and parts. The accessory and upfit market alone moved more than $2.7 billion in retail sales in 2023, driven by consumer demand for customization, utility add-ons, and technology upgrades. States with vast public lands—such as Utah, Arizona, and Michigan—have integrated off-road vehicle use into their tourism, land management, and public safety strategies. With a well-developed digital retail landscape, strong financing options, and a vibrant enthusiast community across social platforms, the US off-road vehicle market is not only established but continues to expand in both consumer and commercial sectors, setting the global standard for off-road mobility. Key Findings in US Off-Road Vehicle Market Market Forecast (2033) US$ 20.97 billion CAGR 6.5% By Product Type Three-Wheeler (46%) By Propulsion Type Diesel (47%) By Application Sport (37%) Top Drivers Rising recreational participation in off-roading, motorsports, and adventure tourism activities Increased agricultural sector adoption for efficiency in farm and ranch operations Growing demand for electric off-road vehicles in environmentally regulated states Top Trends Expansion of smart technology integration including GPS and app-based diagnostics Surge in women and youth participation within off-road vehicle ownership Manufacturer investment in lightweight, high-performance, and electric off-road models Top Challenges Limited public land access due to stricter conservation and zoning regulations High acquisition and maintenance costs for technologically advanced vehicle models Ongoing supply chain disruptions impacting timely production and parts availability Electrification Momentum Accelerates With Battery, Hybrid, And Hydrogen Trail Adoption Polaris opened reservations for the Ranger XP Kinetic on 27 December 2023 and logged 12,140 refundable deposits in the first 72 hours; 8 720 units reached customers by 15 April 2024, according to OEM shipping manifests. Real-world usage is equally striking: the Utah Division of Wildlife Resources replaced forty gasoline crew cab machines with electric Kinetics across six field districts and reported that cumulative trail maintenance time fell by 1,320 labor hours because silent motors allowed earlier departures near wildlife habitats. Battery inflow is scaling to match. Panasonic Energy will deliver 1 gigawatt-hour of prismatic cells to Polaris between July 2024 and June 2025, diverting packs that were originally slated for compact-SUV contracts and underlining how the US off-road vehicle market now competes directly with mainstream EV segments for raw lithium. Hybrid powertrains are filling niches where long daily range is mandatory. Yamaha's 2024 Wolverine RMAX Hybrid integrates a 48-volt flywheel motor adding 60 lb-ft under 20 mph and allowing the gasoline engine to idle at 1,200 rpm during technical crawling. Field guides at Glacier National Park clocked 428 trail miles before refueling—nearly double the gasoline-only predecessor. Hydrogen experimentation is less public, yet Colorado startup TerrainIQ completed 620 Moab trail miles on two 700-bar fills using a range-extending fuel-cell trailer. Infrastructure is evolving accordingly: ChargePoint, Electrify America, and the Bureau of Land Management have placed 118 fast chargers at public trailheads, up from 29 in 2022, while seven state-level hydrogen depots now accept off-road rigs. With torque curves, acoustics, and refuel times all moving toward parity or superiority versus traditional engines, electrified entries are no longer novelty acts but front-row contenders in the US off-road vehicle market. Side-By-Side Dominance Transforms Recreation, Agriculture, Land Management Practices Nationwide Motorcycle Industry Council registration tallies show side-by-sides at 505,890 units in 2023, outpacing single-seat ATVs by 85,190. Utility ranchers once content with rear-rack four-wheelers increasingly choose crew cabs: Deere's Gator XUV835M, for instance, can move four workers, 1,000 pounds of seed, and run two hydraulic implements simultaneously from dual 12-volt ports. That flexibility changed calving protocols for 3,600 Kansas ranches tracked by the state Farm Bureau, which logged 41,000 fewer tractor starts last spring. These operating-hour savings ripple through the US off-road vehicle market, raising lifetime-value calculations well beyond sticker price. Recreation echoes the shift. Utah's Sand Hollow State Park scanned 68,340 multi-passenger side-by-sides at its gate in the 2023 season, while ATV counts stalled at 44,180. Wider frames—60 inches in 2018, 74 inches on some 2024 desert models—originally alarmed land managers, yet rescue data tell another story: Washington County Search and Rescue recorded 181 extractions in 2023, forty-eight fewer than 2022, crediting built-in roll cages and tablet-based navigation that reroutes drivers around flash-flood depressions. The BRP Maverick R's seven-inch touchscreen syncs to Gaia GPS and pushes real-time hazard alerts via Starlink satellites. Such connectivity, combined with passenger capacity and cargo modularity, cements side-by-sides as the functional nucleus of the US off-road vehicle market, relegating single-seat machines to specialist or budget roles. Aftermarket Accessories, Upfitting, And Services Generate Sustained Revenue Streams Today An entry-level 570-cc utility side-by-side invoices at roughly US$ 12,500, yet Tucker Powersports data show owners spend an additional US$ 4,300 on accessories within six months. Roof-mounted audio panels moved 9,800 units on Amazon's Off-Road Garage storefront last year, triple 2021 volume, while SuperATV shipped 112,400 aluminum radius rods—components that barely registered on the ledger five years earlier. Arctic Cat now releases 'pre-wired' Ranch Editions with twelve blank switches and a CAN bus backbone, trimming dealer install time by three labor hours and pushing attachment rates up to six bolt-on items per sale. Margins on these items average roughly one-third of retail, compared with single-digit margins on whole units, making accessories the stable profit engine of the US off-road vehicle market. Service packages are evolving in parallel. Polaris Pro Shield extended warranty enrollments rose to 74,210 contracts in 2023, adding belt coverage, trailering damage protection, and remote diagnostic access. Meanwhile, 3D-printing bureaus in Phoenix and Grand Rapids deliver custom switch pods within forty-eight hours, satisfying micro-batch orders for podcast logos or ranch brands. Finance arms notice the uptick: FreedomRoad Financial approved US$268 million in accessory roll-ins last calendar year, up from 144 million in 2021. Because bolt-ons stretch emotional ownership and dealer cash flow simultaneously, manufacturers are embedding accessory prompts right into digital configurators, turning each click into a cross-sell moment that locks customers deeper into the US off-road vehicle market ecosystem long after the initial handshake. Geographic Use-Cases Differ From Deserts To Snowfields And Crop Rows Terrain still dictates hardware choices. Bureau of Land Management logs count 6 720,000 rider-days on open desert routes across Nevada, Arizona, and southern California in 2023; turbocharged sand cars with 32-inch paddle tires made up roughly half the VINs scanned at entrance kiosks. By contrast, Michigan's Upper Peninsula registered 3,070,000 winter trail miles by tracked side-by-sides fitted with Camso T4S conversions, a configuration that extends the riding calendar by four months. This split forces dealership inventory to stay hyper-local: Flagstaff outlets order 65 percent long-travel turbo models—expressed here only as a qualitative majority—while Marquette stores request cab-sealed units with heater kits and wiper motors. Granular stock planning is therefore a non-negotiable competency inside the US off-road vehicle market. Agriculture presents another layer of divergence. Kansas State University extension offices counted 47,580 ranch operations relying on utility side-by-sides for irrigation checks and calving in 2023, up from 39,080 two years before. Machines must carry 40-inch mineral tubs and sometimes mount 15-gallon spot sprayers, pushing OEMs to widen cargo beds and reinforce tailgate latches. Appalachian logging crews go diesel: West Virginia Forestry Association tallies show Kubota RTVs equipped with PTO-driven sawmills extracted 211,000 board feet of salvage timber after the February 2023 ice storms. Climate, soil type, and land-use law create these micro-segments, meaning a one-spec-fits-all approach cannot survive inside the US off-road vehicle market where dealer success hinges on county-level option coding. Digital Discovery, Social Evidence, And Direct Commerce Shape Buying Journeys Seven out of ten off-road shoppers now begin their journey on YouTube or TikTok, according to a January 2024 Harris Poll of 4,200 powersports intenders. Polaris' 'Break the Trail' series accumulated 54 million views by March 2024, and associated affiliate links moved 22,640 roof-top LED kits within the next quarter. Authenticity matters: an unfiltered clutch-housing teardown posted by the Dirt Trax channel drew 1,340 dealer quote requests within forty-eight hours, underscoring that narrative transparency converts eyeballs into invoices across the US off-road vehicle market. Direct-to-consumer portals reinforce the loop. BRP's Click-and-Ride pilot, live in twenty-seven states, lets buyers lock a VIN online, arrange Synchrony Bank financing, and schedule either driveway delivery or showroom pickup. Average decision time sits at eleven days, roughly half the traditional figure. Community forums like r/UTV and Side-By-Side Nation flag reliability issues in real time; a firmware glitch on the 2024 Maverick R's clutch sensor surfaced on Saturday and received an over-the-air patch by Wednesday, turning potential PR fallout into a trust-building exercise. Search engines reward such velocity: long-form technical explainers average time-on-page of five minutes, a key engagement indicator under Google's EEAT rubric. As a result, credible content and responsive service have become non-negotiable cornerstones for every stakeholder competing inside the US off-road vehicle market. Commercial, Government, And Industrial Fleets Integrate Off-Road Platforms Rapidly Nationwide Public-sector fleets represent the fastest-rising non-recreational slice of the US off-road vehicle market. The U.S. Forest Service added 1 140 side-by-sides to its 2023 roster, specifying fire-retardant seats, thermal cameras for ember detection, and drop-in water tanks that deliver 70 gallons to remote flare-ups unreachable by truck. On Permian Basin pipeline builds, Bechtel logged 2,920 000 engine-runtime hours on Polaris Pro XD diesels, citing rollover-tested cages and 1,800-pound payload ratings as critical to Occupational Safety and Health Administration compliance. Private industry runs similar math. Duke Energy's agrivoltaic pilot in North Carolina employs ten electric Kubota RTV-e units outfitted with autonomous mowing decks. Each vehicle trims twenty-three acres daily under solar panels that standard tractors cannot enter, saving 41 minutes per acre and eliminating diesel fumes that degrade panel coatings. Municipal police departments follow suit: Los Angeles County Sheriff's Off-Road Enforcement Unit replaced aging Jeeps with thirty-two Can-Am Defender Max LTs and noted a drop of thirty-five illegal-dumping incidents thanks to improved trail access. Because procurement officers rely on hard data, OEMs publish brake-pad longevity tables, battery cycle curves, and vibration exposure logs. These quantified uptime and safety advantages ensure fleet orders stay a durable growth engine inside the US off-road vehicle market, buffering OEMs against cyclical retail swings. Need Custom Data? Let Us Know: Competitive Landscape Sees Startups, Mergers, And New Powertrains Collide Energetically Legacy giants still lead market share, yet nimble startups are punching above their weight. Volcon, headquartered in Round Rock, Texas, shipped 4,720 Stag electric sport UTVs during its first production year and signed a U.S. Army Corps of Engineers contract for forty silent patrol prototypes. TerrainIQ's hydrogen range-extended mule logged 620 Moab miles on two 700-bar fills, drawing instant scrutiny from both Yamaha and Kawasaki skunk-works teams. These breakthroughs underscore how the US off-road vehicle market rewards propulsion diversity that solves niche pain points. Mergers amplify the churn. Fox Factory paid US$ 130 million for Shock Therapy Suspension in December 2023, integrating race-valving directly into OEM build sheets within one quarter. Yamaha inked a solid-state battery joint venture with Nissan on 19 January 2024, naming off-road deployment as first commercial use. Chinese entrant CFMOTO opened a Rogers, Arkansas, assembly plant capable of 50 000 units annually, shaving overseas shipping lead time from nine weeks to eleven days and forcing domestic rivals to accelerate their own release cadence. Raymond James now tracks twenty-one confirmed model launches slated for the 2025 lineup year, eight more than the prior cycle. Such relentless product turnover, coupled with fresh capital and cross-industry alliances, makes the US off-road vehicle market an arena where speed, specialization, and vertical integration will determine the next decade's winners. US Off-road Vehicle Market Major Players: American Landmaster Arctic Cat Inc. Can-Am (BRP) CFMOTO Honda Motor Co., Ltd. John Deere Kawasaki Motors Corp., U.S.A. Kubota Corporation Kymco Mahindra & Mahindra Limited Massimo Motor Polaris Inc. Suzuki Motor Corporation Textron Inc. Yamaha Motor Corporation Other Prominent Players Key Segmentation: By Product Type All-Terrain Vehicle Utility Terrain Vehicle Snowmobile Three-Wheeler By Propulsion Type Gasoline Diesel Electric By Application Utility Sports Recreation Military Request Additional Details Before Purchase: About Astute Analytica Astute Analytica is a global market research and advisory firm providing data-driven insights across industries such as technology, healthcare, chemicals, semiconductors, FMCG, and more. We publish multiple reports daily, equipping businesses with the intelligence they need to navigate market trends, emerging opportunities, competitive landscapes, and technological advancements. With a team of experienced business analysts, economists, and industry experts, we deliver accurate, in-depth, and actionable research tailored to meet the strategic needs of our clients. At Astute Analytica, our clients come first, and we are committed to delivering cost-effective, high-value research solutions that drive success in an evolving marketplace. Contact Us:Astute AnalyticaPhone: +1-888 429 6757 (US Toll Free); +91-0120- 4483891 (Rest of the World)For Sales Enquiries: sales@ Follow us on: LinkedIn | Twitter | YouTube CONTACT: Contact Us: Astute Analytica Phone: +1-888 429 6757 (US Toll Free); +91-0120- 4483891 (Rest of the World) For Sales Enquiries: sales@ Website: in to access your portfolio
Yahoo
7 hours ago
- Yahoo
Ford Puma Gen-E
Few of the many other cars we test in 2025 will carry the significance of this one. Yes, the Ford Puma Gen-E is just another all-electric compact crossover, and there have been quite a few of those released in the past couple of years. But the difference here is that the combustion-engined version happens to be the UK's best-selling car. We therefore know that the fundamental Ford Puma recipe is one that many people love, and Ford will be hoping those existing Puma owners will be among the first in line to swap petrol for electric. It will be interesting to observe the extent to which that actually happens. The enormous popularity of the petrol Puma means this Gen-E model is something of a litmus test for broader attitudes toward EVs at the more affordable end of the market. Ford executives expect the Gen-E to make up 10-15% of total Puma sales, and if it's less than that, we will know the reason lies not in the basic product but in the manner of its propulsion. You can rest assured that other competitors in this class, and also beyond, will be taking notes. Of course, the Puma Gen-E is also pivotal to Ford, whose EV roll-out hasn't been straightforward. Its first full-blooded EV, the Mustang Mach-E, was not without merit but was expensive. Next up was the Explorer – a serviceable family EV spun off the platform used by the Volkswagen ID 4 and therefore without much real Ford DNA in it. As much became apparent when we drove one. The dynamic package didn't have that sparkle about it, as the Focus – the car the Explorer is all but superseding – always did. It means the Puma Gen-E is only the second serious, fully in-house EV Ford has made (we're excluding the toe-in-the-water Focus Electric of 2011 and the much more esoteric F-150 Lightning here). It arrives not before time too. Other car makers have had footholds in the small EV arena for some time and the Puma's rivals now include the Jeep Avenger, the Skoda Elroq, the Smart #1, the sizeable MG S5 EV and the more premium Volvo EX30, not to mention the formidable Renault 5 and the Kia EV3. Some of these cars undercut the Puma Gen-E's £29,995 starting price, while others justify their higher cost with extra space and some degree of opulence. The question is where this pivotal and potentially likeable Ford slots in to the class hierarchy. Let's find out. The Gen-E is built alongside the 'regular' Puma in Ford's Craiova plant in Romania, and visually there's scant difference between the two. The new variant has the EV-typical covered-off grille and naturally there are no tailpipes, but otherwise the appearance is unchanged, but for two exclusive colour options (Electric Yellow and Digital Aqua Blue, for £800). The technical specification does suggest that the EV rides a fraction higher than its ICE sibling, although the difference is slight, and with the same body-in-white, the kerbside stance of the two cars is identical. The chassis is an adaptation of the Ford Global B-car platform that underpins the petrol Puma, and indeed served beneath the fine-handling Fiesta before the supermini was retired. At this price, it's not unusual for this approach to be taken, although certain rivals do use a dedicated electric platform. The more expensive EX30 gets one (its Sustainable Experience Architecture is loosely shared with everything from the #1 to the Lotus Eletre in the Geely stable), as does anything from the Volkswagen Group, and also the Renault 5. Along the floor sits an NMC battery pack with 43.6kWh of usable capacity. If that sounds on the modest side, that's because it is. Among entry-level rivals from Mini, Renault, Volvo and Kia, the least you will find is 49.0kWh and some of those cars have a 'long-range' option for even more capacity – something Ford so far insists it won't offer for the Gen-E. It drives a 166bhp, front-mounted permanent magnet synchronous motor built at Ford's Halewood factory, which last year came online after a £380 million redevelopment and will create electric drive units for 70% of the firm's Europe-sold EVs. So far there's no talk of a more powerful Gen-E derivative (an ST is the obvious candidate), but the existing car's output certainly leaves head room, given that petrol Pumas have had as much at 197bhp. The rest of the hardware is broadly the same as for the petrol version, with MacPherson-strut suspension at the front and a torsion bar rear, controlled by coil springs and passive dampers. The set-up has been subject to a comprehensive retune, however, on account of the Gen-E's considerably lower centre of gravity and increased kerb weight. We were unable to weigh the car on this occasion, but Ford's claim of 1488kg makes the Gen-E 283kg heavier than the 1.0-litre mild-hybrid Puma we tested in 2020. With the driver on board, it means this crossover supermini treads the scales at well beyond 1500kg. Amazingly, this compares fairly well with rivals. A Renault 5 is a touch lighter, but an EX30 and a Mini Aceman are considerably heavier than the Ford. The Gen-E's trump card from an interior perspective is an unusual one for electric cars: luggage space. If you include the Gigabox – a large, drainable recess beneath the adjustable-height boot floor – there's 523 litres of capacity, which is nothing short of colossal for a car in this segment (and at the more compact end of it, at that). The Gen-E also benefits from a frunk, which is useful for cables, and the boot can be opened electrically, which feels pleasingly grown-up. Inevitably, the driving position does feel perched, and the car's raised floor poses greater problems in the back because Ford has neglected to add cut-outs for your feet, which can make it difficult to slip them under the seat in front (for your information, this tester wore New Balance trainers – hardly disco slippers but not chunky). Head room is good, mind, although in general the Gen-E can't touch the EV3, which remains the obvious choice if you regularly need to cart teenagers about in the front, the Gen-E sports the layout of the updated petrol Puma, which blends surprisingly plush trim with conspicuously cheap plastics and includes two large digital displays, the central one of which contains all the climate control commands, albeit in a fixed row along the bottom. It runs Ford's Sync 4 software, although Android Auto and Apple CarPlay both connect wirelessly, even if the visual integration isn't too slick. In general, the Gen-E's cockpit lacks the visual flair, build quality and tactility of the Renault 5's, but it has a maturity about it as well as fundamentally good ergonomics (the steering column has huge reach adjustment) and plenty of oddment storage, including a split-level centre console with two USB ports on the lower deck, to hide for the driver, in some ways that higher hip-point detracts from the Gen-E experience to a greater extent than it might in a rival with no pretence of being 'fun to drive'. The petrol Puma always felt inherently 'right' as soon as you slid into its neatly bolstered seats. Even so, this is a good cockpit, with subtly dished, comfy seats. Moreoever, not only is there that adjustment in the steering column, but the relationship between the pedals and seat is also well judged and the slim, firm steering rim is satisfying to hold. It also allows a clear view of the digital display ahead of you, which is controlled via spoke-mounted buttons that have a nice feeling of solidity about them. The column stalks also feel more robust than you often find in this class, and using the right-hand arm as the gear selector comes naturally enough after a short while. Elsewhere, with its optional Winter and Comfort packages, our entry-level Select test car didn't feel at all bargain basement, although the Premium grade does add a Bang & Olufsen sound system as well as Sensico synthetic leather seat trim. You're not forced to endure any synthetic sonic enhancements if you don't want to, but the Gen-E's selectable accelerator sound is rather good. For a start, it's subtle. It comes from the correct place too, emanating not from the dashboard ahead but somewhere low and behind you. The note is also quite enjoyable, being reminiscent of the three-pot burble of the old Puma ST but with a bassiness in the vein of air-cooled Porsche 911s and, as speeds increase, a higher-frequency element a bit like that of the V6 in a Ferrari 296 GTB. Strange but true. The performance level is also exactly where you would want it to be in a sprightly, small EV without overtly sporty pretensions but with a bit of driver appeal. At MIRA, the sprint to 60mph took 7.2sec, which isn't quick but certainly isn't slow, either. Tip-in acceleration is also delivered sensibly, with a gratifying sharpness that never overspills into hair-trigger jerkiness. You can choose from a couple of modes that vary this sort of thing, but the Gen-E always feels intuitive. Our only real criticism is that you can't mix and match. It would be useful to have the crisp accelerator pick-up of Sport mode while retaining the easygoing, fingertippy steering calibration you get in Normal mode. As is the norm in this class, there isn't a vast array of regeneration braking options or paddles with which to vary the strength of the system on the fly, but you can go into the menus and select a (slightly grabby) 'one-pedal' mode that ramps up the regen normal driving, there are two settings, the default being close to a freewheeling mode and moderately strong 'L' mode selected via the drive selector stalk. Meanwhile, outright braking performance wasn't especially impressive during our tests (the Renault 5 stops more keenly), but the pedal feel is mostly good. The handover from regenerative to physical braking has been carefully considered, it seems. A showdown with the Renault 5 beckons, because the Gen-E handles very agreeably by class standards. Given that underneath the crossover-lite body and the electric powertrain sits more or less the same platform as the old Fiesta, this shouldn't come as a surprise. What's encouraging is that the Fiesta's enthusiasm for turning in to corners, and its well-judged balance of fun-invoking roll and neat control, has largely survived the transition from supermini to far heavier, taller, electric crossover. The Gen-E is good to drive. Much of this stems from the steering. For this kind of car, you need to temper your expectations in respect of feel and communication, but do that and you will find the Puma rack's crisp off-centre pacing satisfying, with an enjoyable lightness that stops short of feeling disconnected. It's an engaging helm and, as with the petrol Puma, means the Gen-E is fun to put down all manner of roads at everything from a canter to a committed lick. Helping matters is the fact that the Gen-E will have a better weight distribution than the petrol Puma, hardly a nose-heavy car itself in the first place. The EV is conspicuously well balanced and cannily damped, which not only makes it easy to place but also allows the chassis to claw considerable lateral grip out of its efficiency-minded tyres. With 166bhp, there was never going to be any need for a limited-slip differential, as the old Puma ST had, but even with that car's 197bhp output, we doubt the Gen-E would need mechanical intervention to remain hooked up. This a neat, cohesive car to drive, with a good sense of flow and personality. As for comfort, the Gen-E uses a torsion-bar back axle where several rivals have fully independent rear suspension, which might be a concern for some. Equally, at this point Ford knows a thing or two about setting up a smallish hatchbacks, and we found our Select test car to ride well enough despite its comparatively ordinary mechanical layout, even at low speeds. Note, however, that the entry-level Gen-E tested here wears 17in wheels with generous sidewalls. Premium-grade cars have 18in wheels with shorter sidewalls, and in our experience this can make a noticeable difference to compliance on a small wheelbase, and with a quite a taut, sporty setup. Still, we can only assess the car we've driven and, by class standards, the Gen-E Select cushions sharp impacts (potholes and the like) surprisingly well for a car with such engaging handling and it also exhibits a fine long-wave gait on motorways – although you won't be spending too much time on those, as we will come to soon. The Gen-E is refined enough too. Its 66dBA at a 70mph cruise is an exact match for the larger (and independently suspended) Skoda Elroq, as well as the considerably more expensive Mini Aceman SE Exclusive we've previously tested. Ford has taken its time to deliver a sub-£30,000 EV, but the Gen-E is, finally, that car – so long as you go for the entry-level Select without any options whatsoever. (Add £2000 to go for Premium grade.) In fairness, doing so won't leave you bereft of kit. You might want to spec an option pack or two for heated seats and a fancier sound system, but even if you don't, you still get the Sync 4 infotainment, the digital instruments, wireless phone charging and a rear-view camera. It puts the Gen-E in an interesting position, usefully undercutting some of the premium brands but starting at a noticeably higher price than the Renault 5, which has to be considered this car's chief rival. In terms of usability, the small battery capacity should concern anybody undertaking longer drives on a regular basis. Our test car's 3.4mpkWh at 70mph isn't poor, but with just 43.6kWh to draw from, it translates to a motorway range of only 148 miles. Public charging can be done at up to a claimed 100kW, which is par for the class, but we saw a considerable drop-off in speed from a 50% state of charge (SoC) onwards, and a weighted average of 68kW for the 10%-90% SoC period. The Renault 5 has the same maximum charging speed but maintained a quicker rate for longer. However, the Gen-E aced our 'everyday' economy test for low- to medium-speed routes, averaging 6.2mpkWh. That should give you a strong 270-mile day-to-day range. Because we're dealing with a small crossover here, that's probably a compromise most Gen-E owners will be prepared to make. Ford is also offering a free home charger in partnership with Octopus Energy and 'up to 10,000 miles' of charging credit if you opt for the Intelligent Octopus Go tariff, though only for cars bought before the end of June. There's five years' free servicing on offer too, although the likes of Kia, Hyundai and MG all offer longer vehicle warranties. Being based on the existing petrol Puma platform, the Gen-E's potential to change the game in its class was always going to be limited. Certainly, Ford's belated introduction of a more affordable EV doesn't set new benchmarks for range, charging speed or price, even if the car's 'everyday' efficiency is very good indeed. Instead, this is a nicely rounded small electric crossover and, unlike the VW-based Explorer, it is recognisably 'Ford' in its handling. Owners will enjoy driving it, even if they can't quite say why. Its easygoing manner extends to its refinement, which is a surprising strength, to go along with that everyday economy and a vast boot. The Gen-E straddles the outright-budget EV class and the more refined small SUV class and does so neatly. ]]>