What does actually the i-VTEC badge mean on vehicles by Honda?
Abbreviation of intelligent Variable Valve Timing and Lift Electronic Control, intelligent-VTEC in short. Honda marks their cars with it when engines powering them use the technology of the same name. It is a step forward compared to the VTEC as it's using different hydraulically operated camshaft profiles in different circumstances and under different loads, with the possibility of changing the time of opening and closing of the valves. The combination of these technologies increases engine efficiency and reduces fuel consumption.
VTEC controls of valve lift and valve duration are still limited to distinct low- and high-RPM profiles, but the intake camshaft is now capable of advancing between 25 and 50 degrees, depending upon engine configuration. Phasing is implemented by a computer-controlled, oil-driven adjustable cam sprocket. Both engine load and RPM affect VTEC. The intake phase varies from fully retarded at idle to somewhat advanced at full throttle and low RPM. The effect is further optimization of torque output, especially at low and midrange RPM.
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List of cars using this badge
acceleration
11.9
seconds
consumption
7.5
l/100km
produced from 2017. to -
acceleration
10.2
seconds
consumption
8.7
l/100km
produced from 2017. to -
acceleration
10.2
seconds
consumption
7.2
l/100km
produced from 2015. to 2017.
acceleration
10.2
seconds
consumption
7.4
l/100km
produced from 2015. to 2017.
acceleration
10.2
seconds
consumption
8.2
l/100km
produced from 2010. to 2012.
acceleration
11.0
seconds
consumption
9.5
l/100km
produced from 2007. to 2010.
acceleration
10.2
seconds
consumption
8.1
l/100km
produced from 2007. to 2010.
acceleration
9.9
seconds
consumption
5.0
l/100km
produced from 2010. to 2016.
acceleration
8.1
seconds
consumption
7.6
l/100km
produced from 2017. to -
acceleration
14.0
seconds
consumption
5.5
l/100km
produced from 2015. to 2017.
acceleration
9.4
seconds
consumption
6.1
l/100km
produced from 2015. to 2017.
acceleration
9.2
seconds
consumption
6.2
l/100km
produced from 2012. to 2015.
acceleration
9.1
seconds
consumption
5.8
l/100km
produced from 2012. to 2015.
acceleration
13.4
seconds
consumption
5.4
l/100km
produced from 2012. to 2015.
acceleration
13.0
seconds
consumption
5.9
l/100km
produced from 2008. to 2012.
acceleration
12.1
seconds
consumption
4.6
l/100km
produced from 2008. to 2012.
acceleration
8.9
seconds
consumption
6.6
l/100km
produced from 2008. to 2012.
acceleration
6.6
seconds
consumption
9.1
l/100km
produced from 2008. to 2012.
acceleration
8.9
seconds
consumption
6.6
l/100km
produced from 2008. to 2012.
acceleration
13.0
seconds
consumption
5.9
l/100km
produced from 2008. to 2012.
acceleration
8.9
seconds
consumption
6.6
l/100km
produced from 2005. to 2008.
acceleration
12.1
seconds
consumption
4.6
l/100km
produced from 2005. to 2008.
acceleration
8.9
seconds
consumption
6.4
l/100km
produced from 2005. to 2008.
acceleration
6.6
seconds
consumption
9.1
l/100km
produced from 2005. to 2008.
acceleration
6.6
seconds
consumption
8.9
l/100km
produced from 2003. to 2005.
acceleration
6.8
seconds
consumption
8.9
l/100km
produced from 2001. to 2003.
acceleration
10.2
seconds
consumption
4.7
l/100km
produced from 2018. to -
acceleration
10.2
seconds
consumption
5.6
l/100km
produced from 2015. to 2018.
acceleration
12.5
seconds
consumption
4.3
l/100km
produced from 2012. to 2014.
acceleration
12.4
seconds
consumption
4.4
l/100km
produced from 2009. to 2012.
acceleration
8.7
seconds
consumption
5.9
l/100km
produced from 2017. to 2020.
acceleration
11.2
seconds
consumption
5.2
l/100km
produced from 2017. to 2020.
acceleration
11.2
seconds
consumption
5.0
l/100km
produced from 2015. to 2017.