The 2017 model year offers a wide range of non-hybrid vehicles with an official EPA fuel economy rating of 30 mile per gallon (MPG) or more combined. The vehicles range from imported subcompact economy cars through outstanding domestics and luxurious European sedans. While the tiny Mitsubishi Mirage delivers maximum bang for the buck with a remarkably low sticker price and 39 MPG combined, it’s the new Chevrolet Cruze turbodiesel sedan that takes the crown on the open road, with a remarkable 52 MPG highway rating.
The list includes sedans, five-door hatchbacks, coupes, convertibles, small crossovers, an amazing all-wheel-drive (AWD) wagon, and a remarkable roadster with a lineage that spans the continents. You’ll find naturally-aspirated and turbocharged engines, with a handful of amazing turbo-diesels. Need AWD? No problem! This group of 30 MPG+ vehicles proves that you don’t have to make any compromises to get great mileage these days and you don’t have to drive a hybrid. (Click here for a list includes hybrids (but not plug-ins).)
The list is split into multiple pages to speed download times. Video reviews will be included in the list over the course of the year, as the cars are road tested.
2017 sets another high point for fuel efficiency with a bumper crop of hybrids, turbo-diesels, and small-displacement vehicles that will knock your socks off. Not only do these highly efficient cars deliver great gas mileage, many are exceptionally rewarding to drive and stylish to boot.
While the brand new Hyundai Ioniq swipes the top spot from the Toyota Prius, the Kia Niro, Honda Accord Hybrid, and Chevrolet Malibu Hybrid are roomy and packed with creature comforts.
2017 Hyundai Ioniq Hybrid
Here’s our list of the Top Fifty Cars of 2017 with Great MPGs (without a plug) …
Changing your air filter is one of the easiest Do-It-Yourself (D-I-Y) car maintenance tasks. You can get it done in ten minutes or less.
Your vehicle’s owners manual will specify a replacement interval. It might be fifteen thousand, twenty thousand, or maybe even thirty thousand miles.
If you drive in dusty conditions, it should be changed more frequently.
Most air filters are throwaway items. When they get dirty, they get tossed. The K&N Air Filter is different. K&Ns are high-quality reusable filters. When they get dirty, you clean them and pop them back into the engine bay. K&Ns are designed for improved airflow and to last a vehicle’s lifetime, with the proper maintenance. This can save hundreds of dollars over the lifetime of your vehicle if you keep it for a long time.
Disclaimer: This video was sponsored by K&N. I’ve had K&N filters in other cars in the past and I’ve wanted to pick one up for my Honda S2000 for a while now. When the opportunity to produce this video presented itself, I jumped on it. K&N filters are high-quality products. Continue reading →
Fleet vehicles use a whopping amount of fuel. The Federal Highway Administration estimates that the average delivery truck travels approximately 13,000 miles per year, a police car slightly over 15,000 miles, and a light truck nearly 12,000 miles. Multiply those numbers by the size of each fleet and the numbers roll up.
Whether it’s a police cruiser, an appliance repair truck, or an executive transport coach, optimizing idle settings is key to slashing overall fleet fuel consumption. The average fleet vehicle spends a monumental amount of time idling. A fleet manager can see a substantial reduction in fuel costs by implementing some simple changes. Yet it’s rarely done.
When Chevrolet first rolled out a Malibu Hybrid back in 2008, it was referred to as a “mild hybrid” with fuel economy ratings of 26 city / 34 highway miles per gallon. At the time, it presented little competition to the hybrid fuel economy leading Toyota Prius. Flash forward to the present day and it’s a very different story. The 2016 Chevrolet Malibu Hybrid is a contender, with EPA ratings of 47 city / 46 highway. I spent a week with the Malibu Hybrid producing two videos and was very impressed. This first video is a backroad/small town hybrid “stunt drive” where I use a conservative driving approach to ascertain the hybrid drive train’s potential for high MPGs: