bhtooefr
TDIClub Enthusiast, ToofTek Inventor
http://www.autonews.com/article/201...-table-u-s-regulators-say?X-IgnoreUserAgent=1
Basically, looks like technology's advanced faster than the EPA expected, but people kept buying SUVs and crossovers, so the automakers think they can't meet the standards. So, the EPA's backing off the 54.5 MPG CAFE requirement.
By the way, a list of liquid-fueled (no PHEVs, BEVs, or hydrogen fuel cells) vehicles, their window sticker (5-cycle) MPG, and their CAFE MPG, for model year 2016, that beat 54.5 MPG CAFE:
Toyota Camry Hybrid XLE/SE: 40/40/38, 54.8519
Ford C-Max Hybrid: 42/40/37, 54.9862
Lexus ES 300h: 40/40/39, 55.2009
Toyota Avalon Hybrid: 40/40/39, 55.2009 (yes, it’s the same as the ES 300h, that’s because it’s the same car)
Hyundai Sonata Hybrid: 39/41/43, 56.3403
Toyota Camry Hybrid LE: 43/41/39, 57.4438
Lexus CT 200h: 43/42/40, 57.4981
Hyundai Sonata Hybrid SE: 40/42/44, 58.1370
Toyota Prius v: 44/42/40, 58.9105
Lincoln MKZ Hybrid: 41/40/39, 59.6009
Ford Fusion Hybrid: 44/42/41, 59.6009 (that’ll be because of the FTP-75/HWFET cycle not picking up the differences between the cars, but the 5-cycle test doing so)
Volkswagen Jetta Hybrid: 42/44/48, 60.7663
Chevrolet Malibu Hybrid: 47/46/46, 61.4574
Toyota Prius c: 53/50/46, 70.7819
Toyota Prius: 54/52/50, 73.9715
Toyota Prius Eco: 58/56/53, 80.8472
It's worth noting that CAFE fuel economy is based on the 1978 fuel economy test cycle, and incorporates none of the changes from the 1985 (22% lower on FTP-75 (city) MPG, 11% lower on HWFET (highway) MPG) or 2007 (complete revamp of the testing procedures by adding three additional test cycles) cycles.
In any case, there's a public comment period, and I plan on commenting opposing the move away from the 54.5 MPG standard.
Basically, looks like technology's advanced faster than the EPA expected, but people kept buying SUVs and crossovers, so the automakers think they can't meet the standards. So, the EPA's backing off the 54.5 MPG CAFE requirement.
By the way, a list of liquid-fueled (no PHEVs, BEVs, or hydrogen fuel cells) vehicles, their window sticker (5-cycle) MPG, and their CAFE MPG, for model year 2016, that beat 54.5 MPG CAFE:
Toyota Camry Hybrid XLE/SE: 40/40/38, 54.8519
Ford C-Max Hybrid: 42/40/37, 54.9862
Lexus ES 300h: 40/40/39, 55.2009
Toyota Avalon Hybrid: 40/40/39, 55.2009 (yes, it’s the same as the ES 300h, that’s because it’s the same car)
Hyundai Sonata Hybrid: 39/41/43, 56.3403
Toyota Camry Hybrid LE: 43/41/39, 57.4438
Lexus CT 200h: 43/42/40, 57.4981
Hyundai Sonata Hybrid SE: 40/42/44, 58.1370
Toyota Prius v: 44/42/40, 58.9105
Lincoln MKZ Hybrid: 41/40/39, 59.6009
Ford Fusion Hybrid: 44/42/41, 59.6009 (that’ll be because of the FTP-75/HWFET cycle not picking up the differences between the cars, but the 5-cycle test doing so)
Volkswagen Jetta Hybrid: 42/44/48, 60.7663
Chevrolet Malibu Hybrid: 47/46/46, 61.4574
Toyota Prius c: 53/50/46, 70.7819
Toyota Prius: 54/52/50, 73.9715
Toyota Prius Eco: 58/56/53, 80.8472
It's worth noting that CAFE fuel economy is based on the 1978 fuel economy test cycle, and incorporates none of the changes from the 1985 (22% lower on FTP-75 (city) MPG, 11% lower on HWFET (highway) MPG) or 2007 (complete revamp of the testing procedures by adding three additional test cycles) cycles.
In any case, there's a public comment period, and I plan on commenting opposing the move away from the 54.5 MPG standard.