2007 Suzuki Forenza Base Sedan 4-door 2.0l on 2040-cars

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Suzuki planning an electric Jimny among EV, hybrid onslaught

Suzuki introduced the larger, five-door Jimny earlier this month, and an investor presentation detailing the automaker's growth strategy to 2030 shows there's more in store. The automaker's mission is to expand its lineup with vehicles that move toward the "realization of a carbon neutral society." This entails Europe, India and Japan receiving five or six new hybrid and/or battery-electric models each. In Europe, the first of Suzuki's five BEVs will show in financial year 2024; when the rollout is complete, it will include an electric Jimny — the silhouette in the upper right. According to Australian outlet Drive, starting from the upper left, the others are a small people-mover, an electric version of the Fronx crossover Suzuki debuted at Auto Expo in India earlier this month, an unknown hatchback, and the retail version of the EVX concept. An electric Jimny would get the dinky 4x4 back to Europe without any classification trickery. The Japanese brand ended export of the regular four-seat model to Europe in 2020 when it could no longer pass EU emissions. It now sends the same model as a two-seat commercial vehicle. Suzuki sells as many as seven models in European markets not including the Jimny, six of them mild hybrids, one a plug-in hybrid. There have been rumors of a hybrid Jimny for a couple of years, and it's predicted the new five-door will get a hybrid option shortly. The investor presentation deck predicted an eventual powertrain ratio in Europe of 80% battery-electric vehicles, 20% hybrid vehicles. We expect that would mean a near overhaul of the European ranges with current models dropping out in favor of hybrids with electric options. What's unexpected is that the battery-electric Jimny silhouette doesn't show on the slides for the Indian or Japanese markets. In Japan, Suzuki expects sales to end up 80% hybrid, 20% EV, the opposite of Europe. The Indian outpost, known as Maruti Suzuki, is the automaker's largest market, and one local outlet said 1,000 shoppers have paid to reserve a spot for the five-door Jimny every day since the truck's debut. The expected powertrain breakdown there is much more varied than the other two regions at 15% battery-electric vehicles, 25% hybrid, and a 60% share of internal combustion made up of a mix of compressed natural gas, biogas, ethanol and "etc." This would definitely be a market for the hybrid Jimny whenever it shows.

Junkyard Gem: 1997 Geo Metro LSi

General Motors created the Geo brand in order to sell cars built in partnership with Suzuki, Isuzu and Toyota in the United States, and Geo-badged machinery was sold from the 1989 through 1997 model years. Today's Junkyard Gem, found in a New Orleans self-service boneyard recently, is one of the very last Geos ever built. There was always a close relationship between Geo and Chevrolet, which GM demonstrated by sneaking the Chevrolet bowtie into the Geo logo. The first three Geo-branded models began their careers with Chevrolet badging before getting Geo-ized for 1989. The Spectrum, twin to the Isuzu I-Mark, was a Chevrolet from 1985 through 1988. The 1985-1988 Chevrolet Sprint was a badge-engineered first-generation Suzuki Cultus, with its second-generation successor becoming the Geo Metro. The Prizm was a NUMMI-built Toyota Corolla Sprinter, which replaced the Sprinter-based 1985-1987 Chevrolet Nova. The Daewoo-built Pontiac LeMans never became a Geo, presumably because its ancestry was South Korean rather than Japanese. In 1989, Geo added the Storm (Isuzu Impulse), followed by the Tracker (Suzuki Sidekick) as a 1990 model. In December 1996, GM announced that the Geo brand would get the axe in the fall of 1997, with the Prizm, Tracker and Metro becoming Chevrolets. This car was built at CAMI Automotive in Canada in May 1997, making it one of the final handful of Geos assembled. The Chevrolet Metro stuck around through 2001. For its final model year, the Geo Metro was available with one of two trim levels: base and LSi. This car is an LSi three-door hatchback, which had an MSRP of $9,180 ($17,906 in 2024 dollars). The base three-door hatchback for 1997 listed at $8,580, or $16,735 after inflation. The most important difference between the base and LSi versions was found under the hood. The base Metro got a 1.0-liter three-cylinder engine rated at 55 horsepower and 58 pound-feet, while the LSi got the 1.3-liter "big-block" four-cylinder with 70 horses and 74 pound-feet. I owned a '96 Metro with the four-banger for a brief period, and it wasn't quite intolerably slow. This car has the optional three-speed automatic, which added $595 ($1,161 today) to the price. It also has air conditioning and a Delco AM/FM radio, which were included as part of the $1,346 1SE option package ($2,625 in today's money). It was thus a boring but serviceable commuter car that sipped gas and got its job done for 27 years and 113,610 miles.

Funning around with ZF's Smart, Advanced Urban Vehicles

ZF has a lot of experience building various electric vehicle parts, including transmissions, but it doesn't put them all together into one cute little package that often. The ZF Advanced Urban Vehicle changes that, and shows what the company can do when it takes bits and pieces of its admittedly cool tech and throws them all into the shell of an old Suzuki Swift. We got to control the all-electric beast at an event in Germany this summer, using nothing but a connected iPad. There were three headline technologies on the AUV (also called the Smart Urban Vehicle): the remote control Smart Parking Assist function, the all-electric rear-axle drive electric Twist Beam (eTB), and the PreVision Cloud Assist. PreVision Cloud Assist ZF had a short track set up for us to try out the PreVision Cloud Assist. The first time around the track, nothing was different. It's not supposed to be. The trick with Cloud Assist is that the car saves real-world driver interactions into its memory and, with the addition of GPS coordinates, starts to learn how to drive the route. Go to work the same way every day? If you're being assisted by a cloud, then all you have to do is steer. The car learns how fast it can take a turn and when it needs to slow down, with the idea here is to let the car move when it can, increasing the efficiency and range of an EV. You're still in charge in case of traffic ahead, but in open road circumstances, you won't need to touch the brakes or the gas. Just the steering wheel. On my second time around the demo track (which had data from other drivers who had tested the car earlier in the day), I kept my feet off the pedals, and the darn thing worked. It slowed me down when necessary to make a curve, but kept me at a brisk pace that felt a bit too fast but was in fact totally appropriate. Electric Twist Beam There's another bit of cool tech hidden near the front wheels. The car uses a MacPherson strut that was modified to offer a wider steering angle, up to 75 degrees, to be exact. ZF calls this the electric Twist Beam (eTB), and it gives the car an incredibly tight turning radius, about 6.5 meters. An axle like this could go into an EV or an ICE vehicle, but it makes a lot of sense in an electric car since it does have a major problem: it can't be powered. No worries, thought ZF engineers, who made the little SUV rear-wheel-drive by adding two electric motors.