Honda ‘Third Manifold’ Concept Gives 50% More Miles Per Gallon

Honda’s 1975 Patent 3878826 explains how to build an engine with a third manifold. The CVCC engine in the first Honda Civic had a second intake manifold.

U.S. Patent number 6907859 explains how to use the third manifold, not as a second intake manifold, but as a return manifold. In this way, the engine can deliver 50% more miles per gallon.

The patent was granted to National Fuelsaver Corp. of Boston.

Honda first rolled out a concept on the way to production version of this car in 1991. In 1993 it went to the Honda racing teams for experiential expansion.

2007 Acura RDX
2007 Acura RDX

The first street models are due this coming fall.

The third-gen CR-V cute ‘ute is set for a fall launch, coinciding with Acura’s new RDX on the same Civic-based architecture.

The RDX will get Honda’s first U.S.-market turbo, but the CR-V continues with the 2.4-liter four, but with a power increase to 170 horses.

The CR-V will, however, see distinctive body panels from the upmarket RDX. It is shorter, lower, and wider than the current model. In a nice improvement, the spare tire moves from the rear hatch to inside.

Alan Gray is the Publisher and Editor-in-Chief of NewsBlaze Daily News and other online newspapers. He prefers to edit, rather than write, but sometimes an issue rears it’s head and makes him start hammering away on the keyboard.

Content Expertise

Alan has been on the internet since it first started. He loves to use his expertise in content and digital marketing to help businesses grow, through managed content services. After living in the United States for 15 years, he is now in South Australia. To learn more about how Alan can help you with content marketing and managed content services, contact him by email.

Technical Expertise

Alan is also a techie. His father was a British soldier in the 4th Indian Division in WWII, with Sikhs and Gurkhas. He was a sergeant in signals and after that, he was a printer who typeset magazines and books on his linotype machine. Those skills were passed on to Alan and his brothers, who all worked for Telecom Australia, on more advanced signals (communications). After studying electronics, communications, and computing at college, and building and repairing all kinds of electronics, Alan switched to programming and team building and management.

He has a fascination with shooting video footage and video editing, so watch out if he points his Canon 7d in your direction.