The new Jazz is available with a 1.5
litre
iVTEC petrol engine for the first time in Europe. Combining a high output with low fuelconsumption, the engine produces
130 PS (96 kW) at 6,600 rpm and maximum torque of 155 Nm at 4,600 rpm.
Honda’s 1.5 iVTEC
petrol engine complies with stringent Euro 6 emissions standards, and achieves fuel economy of 52.3 mpg and CO2 emissions from 124g/km – when equipped with the optional CVT automatic transmission.
The new Jazz can accelerate from
0 to 62 mph in 8.7 seconds (manual)
and
10.0 seconds (CVT).
The CVT system itself has been
revised to deliver a more linear and refined response under acceleration.
Honda’s VTEC (Variable Timing and
Lift Electronic Control) and VTC
(Variable Timing Control) technologies combine with
direct injection,
strong tumble intake ports and an optimised piston shape to provide
benefits in output and efficiency.
Weight savings within the
1.5 iVTEC are made through a
reduction in weight of the crankshaft and the adoption of independent bearing caps.
A 102 PS (75 kW) 1.3 i-VTEC petrol
engine will also continue to be
available across all Jazz trim levels,
apart from the new Sport grade.
Maximum torque is 123 Nm at 5,000 rpm.
For both petrol engines, two specific
control programmes for the CVT
transmission provide situationspecific assistance for the driver:
Early Downshift During Braking (EDDB) and the ‘Fast Off’ system.
Early Downshift During Braking
(EDDB) utilises the engine to assist
the driver during braking. When the system
recognises a deceleration, downhill,
or cornering situation initiated by the braking system,
EDDB automatically increases the
engine speed to provide engine braking.
This then allows for quick
reacceleration after slowing or quick acceleration after cornering.
The ‘Fast Off’ system measures how
quickly the driver releases the
accelerator pedal and maintains engine revs to provide
engine braking in situations where
the driver has released the pedal quickly.
This system has been extensively
tested for Europe’s high speed,
multilane roads.
For example, Fast Off recognises
when the driver has prepared to
pass a vehicle in front, but is unable to
complete the manoeuvre due to a
vehicle in the next lane. As the driver quickly releases the
accelerator pedal to let the vehicle behind pass by, Fast Off maintains a high engine speed in preparation for completing the
overtaking manoeuvre.
The CVT gearbox allows the engine to operate within its most efficient
range more of the time, by continuously varying the
gear ratio instead of adjusting the
engine throttle opening. Automatically managed by the engine management system, the CVT
gearbox selects the optimal ratio within the simulated
seven speeds depending on engine
speed, throttle position and driver input.
The new Jazz is available with a 1.5 litre iVTEC petrol engine for the first time in Europe. Combining a high output with low fuel consumption, the engine produces 130 PS (96 kW) at 6,600 rpm and maximum torque of 155 Nm at 4,600 rpm.
Honda’s 1.5 iVTEC petrol engine complies with stringent Euro 6 emissions standards, and achieves fuel economy of 52.3 mpg and CO2 emissions from 124g/km – when equipped with the optional CVT automatic transmission.
The new Jazz can accelerate from 0to62 mph in 8.7 seconds (manual) and 10.0 seconds (CVT).
The CVT system itself has been revised to deliver a more linear and refined response under acceleration.
Honda’s VTEC (Variable Timing and Lift Electronic Control) and VTC (Variable Timing Control) technologies combine with direct injection,
strong tumble intake ports and an optimised piston shape to provide benefits in output and efficiency.
Weight savings within the 1.5 iVTEC are made through a reduction in weight of the crankshaft and the adoption of independent bearing caps.
A 102 PS (75 kW) 1.3 iVTEC petrol engine will also continue to be available across all Jazz trim levels, apart from the new Sport grade.
Maximum torque is 123 Nm at 5,000 rpm.
For both petrol engines, two specific control programmes for the CVT transmission provide situationspecific assistance for the driver: Early Downshift During Braking (EDDB) and the ‘Fast Off’ system.
Early Downshift During Braking (EDDB) utilises the engine to assist the driver during braking. When the system recognises a deceleration, downhill, or cornering situation initiated by the braking system, EDDB automatically increases the engine speed to provide engine braking.
This then allows for quick reacceleration after slowing or quick acceleration after cornering.
The ‘Fast Off’ system measures how quickly the driver releases the accelerator pedal and maintains engine revs to provide engine braking in situations where the driver has released the pedal quickly.
This system has been extensively tested for Europe’s high speed, multilane roads.
For example, Fast Off recognises when the driver has prepared to pass a vehicle in front, but is unable to complete the manoeuvre due to a vehicle in the next lane. As the driver quickly releases the accelerator pedal to let the vehicle behind pass by, Fast Off maintains a high engine speed in preparation for completing the overtaking manoeuvre.
The CVT gearbox allows the engine to operate within its most efficient range more of the time, by continuously varying the gear ratio instead of adjusting the engine throttle opening. Automatically managed by the engine management system, the CVT gearbox selects the optimal ratio within the simulated seven speeds depending on engine speed, throttle position and driver input.