2015 BMW i8
In the more than three decades that MotorWeek has been on the air we’ve seen electric cars grow from homemade curiosities, to mass production icons. But, the public appetite for pure EVs remains stymied over range and cost. Both problems that plug-in hybrids are better able to solve. Still, most PHEVs haven’t been very exciting to drive. But what about this plug-in…the BMW i8… This futuristic concept car brought to life certainly looks exciting. So let’s see if it drives that way.
Looking like it just drove off the set of Buck Rogers in the 25th Century, comes BMW’s first take on an integrated plug-in hybrid, the 2015 BMW i8. It looks like nothing you’ve seen, yet somehow appears exactly what you’d expect an advanced hybrid from BMW to look like.
Like everything else you see, the hybrid hardware is BMW’s own design and has both front and rear axle power sources that work both separate and together.
Driving the rear wheels is a 1.5-liter turbo-I3. Yes folks, it has come to that, a 3-cylinder engine in a supercar. And, yes again, it’s the same engine used in the new MINI Cooper. Placed forward, with power for the front wheels is a more expected 96-kW electric motor that draws from a water-cooled 5.0-kWh lithium-ion battery pack lying low in the chassis.
Working in harmony, they produce 357-horsepower and 420 lb-ft. of torque. And much like a traditional hybrid, a high-voltage starter/generator attached to the gas engine does double duty by feeding power back into the batteries. BMW claims that when in Sport mode, every mile you drive adds one mile of EV-range. Talk about having your fun and economizing it too.
The battery can also be charged on 110 or 220-volt circuits.
While the power distribution is constantly shuffled between the axles, you can plan on strictly EV operation only if you take it easy on the throttle at speeds up to 75 miles-per-hour. Step into it and you’ll hear the internal combustion party start behind you.
You can also manually engage EV-mode. The government rates the range at 15-miles. But much like the Chevrolet Volt, you’ve got about a 300 mile range on just gas after that.
Amazingly, BMW was able to keep the i8 iLooking remarkably like the original concept car, even retaining the scissor-wing doors and Carbon Fiber Reinforced Plastic passenger cell. With that and extensive use of other lightweight materials like magnesium and aluminum, the i8 weighs in at 3,285 lbs.
Because of those doors, getting in and out can be a bit of a challenge, like many supercars; and yet another reminder that this car is much cooler than we are.
Once in, some found the seats very comfy, others not so much. But all agree the seating position is very low. Shorter drivers could not see over the nose which made tight maneuvers scary.
Navigation and most expected high-tech comfort and safety amenities are standard, and we applaud the use of familiar controls right off the BMW parts shelf. And that even includes the iDrive central controller. Also on the console are a simple electronic shifter, Driving Experience Control, and eDrive switch.
Looking cool is one thing, but driving down the road the i8 is very cool as well. There’s plenty of engine noise electronically pumped into the cabin and it certainly doesn’t sound like a 3-cylinder. Engage Sport Mode and you’ll get a whole new level of responsiveness, both from the throttle and throughout the chassis.
Transitions between gas and electric drive are fairly smooth, though there are times when getting real aggressive on the throttle results in the car taking a second to process where to send the power. But other than that, it’s a mostly seamless affair. Brakes are very touchy in the usual electric-drive manner.
As for acceleration, with launch control engaged, we hit 60 in 4.4-seconds. There’s instant torque off the line and shifts from the 6-speed automatic transmission came in a hurry. Those shifts are very firm and quick, and had us thanking BMW for not succumbing to a CVT as we worked our way to the end of the ¼-mile in 12.9-seconds at a thrilling 110 miles-per-hour.
The suspension is also a mix of something old and something new. The design is double-wishbone front and 5-link rear, but dynamic damping control and electric power steering are standard. Combined, they keep the i8 flatter than Kansas through the corners.
Combined Government Fuel Economy Ratings are 28 MPG for gas-only driving; that’s about 20% lower than the Volt, with 76 MPGe for i8 gas-electric operation. We drive mostly in Sport mode and recorded 33.5. Our Euro-spec model prevented proper plug-in charging so we think owners will likely double our test figures.
We’ve certainly entered a new era of supercars. Lightweight, small-engine, electric-assist wonders that aim for high fuel economy just as much low 0-60 and lap times. And while the i8 is far from being the ultimate straight-line performer, its $135,700 price tag is only a fraction of the price of most other high performance plug-ins.
So after driving BMW’s view of the future, we can absolutely say that the 2015 i8 will forever change the way you think about plug-in hybrids. And with cars like this, it’s clear that gasoline, electric, and high performance, can smoothly live together as one.
Specifications
- Engine: 1.5-liter turbo-I3
- Horsepower: 357
- Torque: 420 lb-ft.
- 0-60 mph: 4.4 seconds
- 1/4 mile: 12.9 seconds @ 110 mph
2025 Rivian R1S
Major Reboot for Rivian R1S
With just about every mainstream carmaker now onboard with battery-electric vehicles, EV-only brands are hoping there are still plenty of people out there willing to think outside the box. So, let’s see if Rivians latest R1S utility can make the case for taking the EV road less traveled.
Big changes have happened in the short time since the Rivian R1S first hit the streets three years ago. As for 2025, there are updates that touch just about every aspect of the vehicle. Yes, despite looking almost exactly the same outside, Rivian claims that beneath the surface, their entire electrical architecture has been significantly updated, eliminating a whopping mile and a half of wiring and 10 computer assemblies, allowing for more efficient operation.
But look closely and you will see their signature vertical oval headlights are updated with a new matrix of LED lights that can cycle individual elements on and off to provide maximum illumination where you need it without distracting oncoming drivers.
Not much change in the look of the interior either, but the synthetic leather upholstery is still very nicely done, though most touchpoints feel more rugged than luxury minded. With the exception of a couple controls on the steering wheel, you do still have to do almost everything on the R1S’s 15.6-inch touchscreen, but the user interface has been improved. So, while we do wish they could have reverse-engineered a knob or two into the mix, we realize full touchscreen interface is just what people expect in their high-end EVs these days, and at least it works better than before. And the gauge display still wows you with the amount of information it displays and is mounted high enough that no additional head-up display is needed. A new Rivian Autonomy Platform uses 11 cameras, five radars and A.I. for self-driving, or just to monitor what’s going on around the vehicle even when it’s parked.
This [EV] really feels fast, sitting you up high and throwing you back in your seat with authority.
Rivian has also given the R1S a substantial suspension revision with new spring rates, bushings, and mounts; along with new tuning for the adaptive dampers and roll-mitigation system. It does provide a more balanced street attitude, but it still rides like a truck. That’s great if that’s the experience you’re looking for; not as ideal if you’re looking for more of the smooth luxury-style treatment.
All R1Ss are all-wheel drive, but there’s a wide variety of powertrain options including a new Tri-Motor setup. Outputs range from the standard Dual-Motor’s 533 horsepower to the Quad-Motor’s impressive 1,025. There are several battery packs as well, delivering as much as 410 miles of range, giving the R1S the highest rating of any SUV on the market right now. Our Adventure trimmed tester featured the 665-horsepower Performance version of the Dual-Motor arrangement, with the Max battery and 20-inch wheels with all-terrain tires.
Theoretically, that setup is rated for 370 miles, but perhaps we were enjoying the “performance” theme too much as our results were well short of that, using 68% of the battery to drive only 189 miles, putting our estimated range around 278 miles. Using 43 kilowatts of electricity for every 100 miles earns the R1S a fair efficiency rating.
But all was forgiven at our Mason Dixon test track when this Rivian started blasting us to 60 in 3.8 seconds. Yes, there are faster EVs, but this one really feels fast, sitting you up high and throwing you back in your seat with authority, while the rear of the truck squats down substantially before hurling you off the line and down the track. Power delivery stayed strong the entire time, cranking away until we cleared the quarter-mile in 10.5 seconds at 108 mph.
Despite this utility’s substantial size and weight, we were able to keep a pretty fast pace through the cones of our handling course. The all-terrain tires obviously didn’t grip the pavement as well as all-seasons would, but the low center of gravity kept things very flat. Yes, it does feel very heavy, but the brakes were more than up to the task, stopping us from 60 mph in a very short 103 feet with surprisingly little nosedive and no fade.
Pricing starts at $77,700 for the Dual-Motor with Standard battery pack; our Dual-Motor Performance with the Max battery and All-Terrain Package came in just over $102,000.
While Rivian has had great initial success; sustaining that success will be a much tougher task. But, if they continue to put as much effort into improving their products as they have here with the 2025 R1S, we think their winning streak will only accelerate.
Specifications
As Tested
- Motor Setup: Dual Motor
- Battery Size: 141.5 kWh
- Horsepower: 665
- Torque: 829 lb-ft
- EPA Range: 370 miles
- 0-60 mph: 3.8 seconds
- 1/4 Mile: 10.5 seconds at 108 mph
- Braking, 60-0 (avg): 103 feet
- MW Test Loop: ~278 miles