Showing posts with label Honda. Show all posts
Showing posts with label Honda. Show all posts

Wednesday, March 2, 2011

Honda Skydeck Concept, 2009

Honda Skydeck Concept, 2009












The Honda Skydeck Concept, an innovative 6-seater hybrid MPV. This is still a design study, but is a great example of how Honda's IMA technology can be placed in a range of different cars for different needs. To give the Honda Skydeck Concept the practicality of a conventional MPV, many of the hybrid system components - including the high power battery - are housed in the car's centre tunnel (rather than behind the rear seats or under the floor, as with previous production hybrids). This allows for greater cabin space, and the room for three rows of two seats. It also gives a lower centre of gravity.


Honda P-NUT Concept,2009

Honda P-NUT Concept,2009














The Honda P-NUT Concept (Personal-Neo Urban Transport) demonstrates a futuristic concept for an ultra-compact and sophisticated city coupe, American Honda Motor Co., Inc., announced at the 2009 Los Angeles Auto Show.



Conceived around a small "footprint" for maximum convenience in tight urban settings, the packaging concept integrates a center driving position configuration and a rear powertrain layout. The exterior styling leverages crisp angles with dynamic flowing lines that originate from the front of the vehicle and span outward toward the rear. The end result is a sleek and aggressive exterior that also allows for a spacious and open interior with excellent visibility.



The exterior styling is intended to capture a future direction for premium sophistication while balancing the need for maximum interior space and an aerodynamic appearance. The interior layout, in conjunction with the rear powertrain design, contributes prominently to the exterior's overall shape.



The layout of the interior space, with its center driving position flanked by two rear seats, provides generous legroom for all occupants, roughly the equivalent of a mid-sized sedan in a vehicle that has an exterior footprint similar to a micro car. Interior functionality is increased by rear seating areas that fold up and out of the way to increase storage capacity. The windshield serves as a heads-up display for the navigation system and the back-up camera.



The modular rear engine bay, depicted on the exterior by blue composite material, is designed to accommodate a wide variety of potential propulsion technologies including a conventional small displacement internal combustion engine, a hybrid gasoline-electric powertrain, or a battery-electric powertrain.



The Advanced Design Studio of Honda R&D Americas, Inc. in Los Angeles developed the Honda P-NUT Concept. Honda R&D Americas began its operations in California in 1975 with local market research activities and has steadily grown its capabilities over the past 33 years to include all aspects of new vehicle research, design and development. Recent Honda-brand efforts include trend-setting products such as the Pilot, Ridgeline, Element, Civic Coupe and Civic Si Coupe.



Specifications

    * Size class: Ultra-compact

    * Layout: Rear-engine, rear-wheel-drive

    * Passengers: 3

    * Length: 3,400 mm

    * Width: 1,750 mm

    * Height: 1,439 mm

    * Powertrain: Internal-combustion engine, hybrid-electric or battery-electric

Honda 3R-C Concept, 2009

Honda 3R-C Concept, 2009
















Honda 3R-C Concept, a revolutionary three wheeled battery electric vehicle concept, shows what a future minimal urban transport vehicle for one person might look like. The battery electric drivetrain is mounted low in the three wheeled chassis, therefore keeping the centre of gravity low and thus improving stability.



The Honda 3R-C Concept has a clear canopy that covers the driver's seat while it is parked and not in use. When 3R-C vehicle is in motion, the canopy becomes an enveloping wind-shield that provides the pilot, who sits low in the vehicle, with significant protection from the bodywork and doors.



The high sides of the safety shell seat give greater safety to the occupant, reducing the threat from side impacts and improving weather protection. In front of the driver is a lockable boot area, which gives significant secure storage for luggage or other items. The Honda 3R-C Concept's designers created a flexible cover that surrounds the upper torso to reduce exposure to bad weather and improving comfort.



The Honda 3R-C Concept study was created by European designers working at Honda's Research and Design facility in Milan.

Honda Accord EX-L Sedan, 2008

Honda Accord EX-L Sedan, 2008












The all-new 2008 Honda Accord moves the world of mainstream transportation in a refined, dynamic and sophisticated direction with an expanded range of innovative technologies designed for more power, greater efficiency and enhanced safety across the entire lineup of sedans and coupes.



Completely redesigned for 2008 with increased dimensions for a more spacious interior, the sedan styling theme expresses a powerful presence with sharp and strong character lines. The coupe is further individualized with an aggressive stance and unique proportions that create a muscular, sporty demeanor.


Interior

Premium quality with a simple, modern and spacious design describes the philosophy behind the Accord's interior. The larger Accord Sedan total interior volume of 120.0 cubic feet (+3.3 cubic feet compared to 2007) moves the EPA classification from the midsize sedan class to the large sedan class. The additional space is intended to provide "equal" seating comfort for front and rear passengers. Rear legroom of 37.2 inches (+0.4 inches) approaches the impressive second row legroom of the Honda Pilot SUV (37.4 inches). The wider interior (+1.5 inches) allows the front seats to be positioned farther apart to allow for a wide center console more commonly associated with the finest luxury vehicles.



The Accord interior is designed for a dynamic, intuitive and upscale presence, starting with an easy-to-read information display on every vehicle. A zone styling approach separates operation-related instruments (top) and information-related instruments (lower). At night, the controls are further separated by color to distinguish between climate controls (aqua green) and audio controls (white). Classically-styled gauges for the speedometer and tachometer are perfectly round (instead of being truncated at the bottom). Steering wheel audio controls are standard on every Accord. Careful attention was paid to the symmetry of the exterior and interior of the vehicle - including sight lines related to the dashboard height and the visual presence of the hood to the driver.



Exterior

Intended to convey a prestigious presence, the Accord Sedan embraces a traditional three-box shape that emphasizes both a dynamic and athletic feel with the sophistication of a timeless sedan form. Dimensionally, the Accord Sedan's overall length of 194.1 inches (4-cylinder models, V-6 models add 0.2 inches for front spoiler lip) is 3.0 inches longer than the 2007 model. The width of 72.7 inches is 1.1 inches wider, and the height of 58.1 inches is 0.9 inches taller. Even though the size is larger in every dimension, the vehicle's torsional rigidity has increased by 20 percent as a result of advanced body construction that uses 48 percent high-tensile steel - the most high-tensile steel by volume of any Accord to date. A significant benefit to the advanced body construction is that total vehicle weight increased only by approximately 5 percent despite the larger size, greater rigidity and added features.



The Accord Coupe styling radically breaks from the sedan with a uniquely aggressive image. Its long hood, sleek roofline and muscular lines suggest power and a heightened agility compared to the sedan. Dimensionally, the Accord Coupe's overall length of 190.9 inches is 3.2 inches longer than 2007 model, its width of 72.8 inches is 1.2 inches wider, and its height of 56.4 inches is 0.6 (LX-S) to 0.7 (EX, EX-L) inches higher. Compared to the 2008 Accord Sedan, the Accord Coupe is 3.2 inches shorter in length, 1.7 inches shorter in height and 0.1-inch wider.



Powertrain

All 2008 Accord engines deliver increased horsepower across the board, along with high fuel efficiency and low emissions. In total, these power plants represent the most powerful and advanced technologies of any Accord in history, and are also projected to deliver excellent real-world fuel economy performance. All engines only require regular unleaded fuel. Powertrain highlights include:



    * 2.4-liter, DOHC, i-VTEC 4-cylinder engine (Sedan LX, LX-P)

          o 177 horsepower at 6500 rpm, 161 lb-ft. of torque at 4300 rpm

          o 5-speed automatic transmission or 5-speed manual transmission

          o Estimated EPA fuel economy of 21/31 mpg City/Highway (Sedan, Automatic)

          o PZEV or ULEV-2 emissions

    * Accord Sedan EX, EX-L; Coupe LX-S, EX, EX-L includes:

          o High-flow exhaust system with variable-valve silencer

          o 190 horsepower at 7000 rpm, 162 lb-ft. of torque at 4400 rpm

    * 3.5-liter, SOHC, i-VTEC V-6 engine (Sedan EX V-6, EX-L V-6; Coupe EX-L V-6: 5AT)

          o 268 horsepower at 6200 rpm, 248 lb-ft. of torque at 5000 rpm

          o 5-speed automatic transmission

          o V CM for improved fuel efficiency

          o Estimated EPA mileage of 19/29 mpg City/Highway (Sedan)

          o PZEV or ULEV-2 emissions

    * 3.5-liter, SOHC, VTEC V-6 engine (Coupe EX-L V-6: 6MT)

          o 268 horsepower at 6200 rpm, 248 lb-ft. of torque at 5000 rpm

          o 6-speed manual transmission

          o VTEC provides two intake cam profiles for increased low- and mid-range torque

          o Estimated EPA mileage of 17/25 mpg City/Highway

          o ULEV-2 emissions

Saturday, February 26, 2011

Honda Civic CVCC, 1975

Honda Civic CVCC, 1975





The Honda Civic is an automobile manufactured by Honda. It was introduced in July 1972 as a two-door coupe, followed by a 3-door hatchback version that September. With the transverse engine placement of its 1169 cc engine and front wheel drive, like the British Mini, the car provided good interior space despite overall small dimensions.

Early models of the Civic were typically outfitted with a basic AM radio, rudimentary heater, foam cushioned plastic trim, two-speed wipers, and painted steel rims with a chromed wheel nut cap. The current Civic has become much more luxurious with satellite-linked navigation, a six-speed manual, power locks and power windows available. Still, many regard the Civic as representing a good value for the money, combining good performance, reliability and economy, as well as a very low rate of depreciation.

The Civic evolved from having a 1170 cc engine (1973) to having engines with larger capacities and more creature comforts (air conditioning, power windows, etc.) through the 1980s, 1990s and into the 2000s.

First generation (1973-1979)
The original 1973 Civic had a wheelbase under 87 inches and an overall length of 140 inches

Initially the Civic was sold with either a four-speed manual or a two speed "HondaMatic" model. Later models went to a five-speed manual and a full four-speed automatic transmission. Like the Mini, the transaxle was integrated with the engine unit.

Second generation (1979-1983)
The second generation Civic had a new, sleeker body and increased wheelbase to 88.6 inches for the hatchback and 91.3 inches for the wagon. The two-door sedan was no longer produced. All engines was now of the CVCC design ranging from 1335 cc giving 55 hp to 1488 cc giving 67 hp. The transmission was either a four-speed manual, a five-speed manual or a two-speed automatic. In 1981 a four door sedan was introduced and the two-speed automatic gearbox was replaced by a three speed. In 1982 it was slightly restyled with rectangular headlamps and black bumpers. In 1983 the sportier Civic S replaced the 1500GL.

Third generation (1983-1987)
For the third generation the wheelbase was increased by 5 inches to 96.5 inches. A new 12 valve (three valves per cylinder) 76 hp 1500 cc engine was introduced. The base hatchback still used the 1300 cc engine giving 60 hp. Supension was updated to independent rear suspension. The CRX was a Civic with a slightly different body. In 1985 the CRX Si was introduced. It came with a fuel-injected version of the 1500 cc engine giving 91 horsepower. In 1986 the Civic got flush-mounted headlights. Other news for the year was a four-speed automatic and an Si version of the Civic hatchback.

Fourth generation (1987-1991)
Again the wheelbase was increased to 98.4 inches. The body was designed with lower hood line and more glass giving less drag. The Civics also got a new family of engines. A 1500 cc 16-valve engine giving 92 hp was used in the DX hatchback/sedan, new LX sedan and the wagon. The base hatchback had a 70 hp version of the same engine. All engines were fuel injected. All wheels had double-wishbone suspension. In 1990 the EX trim was introduced.

Fifth generation (1991-1995)
The fifth generation had a more wedge shaped body and the wheelbase was increased to 101.3 inches for the two-door hatchback and 103.2 inches for the four-door sedan. The wagon was also dropped.

Sixth generation (1996-2000)
Beginning in 1997, Honda produced the first iteration of Civic to receive the "Type-R" appellation (applied first to the Integra Type-R), with the EK9 chassis Civic Type-R. The EK9-generation Civic Type-R had a maximum output in the range of 180 PS JIS (177 hp/132 kW), increased over the more common 160 PS (158 hp/118 kW) B16A engine in the SiR/VTi models, and included various alterations to the chassis to improve handling and reduce weight (such as better welding of the frame, and removal of the radio and noise-suppressing materials).

Seventh generation (2001-2005)
In 2001, Honda announced the release of the Civic Type-R for the EP chassis, a more sporty variant of the most recent model of Civic and successor to the EK9 Civic Type-R. Unlike the EK9 version, which was produced solely in Japan, the EP Civic Type-R is produced in the United Kingdom and exported to Japan. The EP Civic Type-R has a specific output of 200 PS (197 hp/147 kW) at 8000 rpm, a six-speed manual transmission, a reworked exterior with a bullet-like hatchback design, aeroform bumpers, spoiler, and 17 in wheels. The interior of the Type-R includes Recaro seats and a Momo steering wheel, and the model also includes Type-R-specific badging, a helical limited-slip differential, and has been reported to accelerate from zero to 60 mph in about 6.6 seconds (6.4 in facelifted model).

The hybrid version became available in 2003, which uses both a small (1.3 L) main gasoline engine and auxiliary electric motors. The electric motors are powered by a battery array which is charged by regenerative braking during deceleration, which reduces exhaust emissions and extends fuel mileage.

The new Sport Hatchback model with futuristic styling was unveiled in August 2005 for the European market only. This model featured from launch a 1.4 L I-DSI and a 1.8 L i-VTEC rated at 83 PS (81 hp/61 kW) and 140 PS (138 hp/103 kW) respectively, with 177 and 207 km/h (110 and 129 mph) top speeds and 14.2 and 8.6 sec 0-100 km/h sprint. The Sport Hatchback is also available with a 2.2 L I-CTDI Diesel engine from the Accord, Edix/FR-V and CR-V, rated at 140 PS (138 hp/103 kW) and is capable of 205 km/h (127 mph) and accelerating from 0-60 mph in 8.4 seconds.
 

Honda AZ-600, 1971

Honda AZ-600, 1971


Honda AZ-600, 1971

Honda N600, 1967

Honda N600, 1967

 

The N600 was introduced in 1969. It was technologically advanced for its time, with an all alloy engine which could achieve 9000 rpm. Engine output was 36–45 hp (27–34 kW) and the N600 was capable of 81 mph (130 km/h). It delivered surprisingly peppy performance because of its light weight (around 550 kg/1100 pounds), due to compact dimensions and some plastic parts (like the boot lid). The first brakes were very weak. Rear suspension was a torsion bar and leaf springs. Production was stopped in 1972, after the sportier Honda Z600 (or Z-Act, depending on country) was introduced.

Wednesday, February 16, 2011

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger


Honda is rumored on a CR-Z hybrid powertrain conventional trench work in supporting small displacement, turbocharged mill. As much as Honda wants to make us believe that his hatchback CR-Z is a kind of "hybrid sport.


2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger
 The proposed new machine is a unit of the all-new 1.6-liter that produces 160 hp. The  engine is said to be planned in the Honda Jazz (Fit), Civic and Accord are used, and can form the basis for generation Civic Si engine supply. Honda hopes that the charged CR-Z, attractiveness of vehicles in other major markets will expand, as well as United States and Europe.
2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

2011 Honda CR-Z Hybrid Concept R SEMA 2010: Planning with turbocharger

Monday, January 24, 2011

Honda Civic, 1973

Honda Civic, 1973


The Honda Civic is an automobile manufactured by Honda. It was introduced in July 1972 as a two-door coupe, followed by a 3-door hatchback version that September. With the transverse engine placement of its 1169 cc engine and front wheel drive, like the British Mini, the car provided good interior space despite overall small dimensions.

Early models of the Civic were typically outfitted with a basic AM radio, rudimentary heater, foam cushioned plastic trim, two-speed wipers, and painted steel rims with a chromed wheel nut cap. The current Civic has become much more luxurious with satellite-linked navigation, a six-speed manual, power locks and power windows available. Still, many regard the Civic as representing a good value for the money, combining good performance, reliability and economy, as well as a very low rate of depreciation.

The Civic evolved from having a 1170 cc engine (1973) to having engines with larger capacities and more creature comforts (air conditioning, power windows, etc.) through the 1980s, 1990s and into the 2000s.

First generation (1973-1979)
The original 1973 Civic had a wheelbase under 87 inches and an overall length of 140 inches

Initially the Civic was sold with either a four-speed manual or a two speed "HondaMatic" model. Later models went to a five-speed manual and a full four-speed automatic transmission. Like the Mini, the transaxle was integrated with the engine unit.

Second generation (1979-1983)
The second generation Civic had a new, sleeker body and increased wheelbase to 88.6 inches for the hatchback and 91.3 inches for the wagon. The two-door sedan was no longer produced. All engines was now of the CVCC design ranging from 1335 cc giving 55 hp to 1488 cc giving 67 hp. The transmission was either a four-speed manual, a five-speed manual or a two-speed automatic. In 1981 a four door sedan was introduced and the two-speed automatic gearbox was replaced by a three speed. In 1982 it was slightly restyled with rectangular headlamps and black bumpers. In 1983 the sportier Civic S replaced the 1500GL.

Third generation (1983-1987)
For the third generation the wheelbase was increased by 5 inches to 96.5 inches. A new 12 valve (three valves per cylinder) 76 hp 1500 cc engine was introduced. The base hatchback still used the 1300 cc engine giving 60 hp. Supension was updated to independent rear suspension. The CRX was a Civic with a slightly different body. In 1985 the CRX Si was introduced. It came with a fuel-injected version of the 1500 cc engine giving 91 horsepower. In 1986 the Civic got flush-mounted headlights. Other news for the year was a four-speed automatic and an Si version of the Civic hatchback.

Fourth generation (1987-1991)
Again the wheelbase was increased to 98.4 inches. The body was designed with lower hood line and more glass giving less drag. The Civics also got a new family of engines. A 1500 cc 16-valve engine giving 92 hp was used in the DX hatchback/sedan, new LX sedan and the wagon. The base hatchback had a 70 hp version of the same engine. All engines were fuel injected. All wheels had double-wishbone suspension. In 1990 the EX trim was introduced.

Fifth generation (1991-1995)
The fifth generation had a more wedge shaped body and the wheelbase was increased to 101.3 inches for the two-door hatchback and 103.2 inches for the four-door sedan. The wagon was also dropped.

Sixth generation (1996-2000)
Beginning in 1997, Honda produced the first iteration of Civic to receive the "Type-R" appellation (applied first to the Integra Type-R), with the EK9 chassis Civic Type-R. The EK9-generation Civic Type-R had a maximum output in the range of 180 PS JIS (177 hp/132 kW), increased over the more common 160 PS (158 hp/118 kW) B16A engine in the SiR/VTi models, and included various alterations to the chassis to improve handling and reduce weight (such as better welding of the frame, and removal of the radio and noise-suppressing materials).

Seventh generation (2001-2005)
In 2001, Honda announced the release of the Civic Type-R for the EP chassis, a more sporty variant of the most recent model of Civic and successor to the EK9 Civic Type-R. Unlike the EK9 version, which was produced solely in Japan, the EP Civic Type-R is produced in the United Kingdom and exported to Japan. The EP Civic Type-R has a specific output of 200 PS (197 hp/147 kW) at 8000 rpm, a six-speed manual transmission, a reworked exterior with a bullet-like hatchback design, aeroform bumpers, spoiler, and 17 in wheels. The interior of the Type-R includes Recaro seats and a Momo steering wheel, and the model also includes Type-R-specific badging, a helical limited-slip differential, and has been reported to accelerate from zero to 60 mph in about 6.6 seconds (6.4 in facelifted model).

The hybrid version became available in 2003, which uses both a small (1.3 L) main gasoline engine and auxiliary electric motors. The electric motors are powered by a battery array which is charged by regenerative braking during deceleration, which reduces exhaust emissions and extends fuel mileage.

The new Sport Hatchback model with futuristic styling was unveiled in August 2005 for the European market only. This model featured from launch a 1.4 L I-DSI and a 1.8 L i-VTEC rated at 83 PS (81 hp/61 kW) and 140 PS (138 hp/103 kW) respectively, with 177 and 207 km/h (110 and 129 mph) top speeds and 14.2 and 8.6 sec 0-100 km/h sprint. The Sport Hatchback is also available with a 2.2 L I-CTDI Diesel engine from the Accord, Edix/FR-V and CR-V, rated at 140 PS (138 hp/103 kW) and is capable of 205 km/h (127 mph) and accelerating from 0-60 mph in 8.4 seconds.

Honda AZ600, 1971

Honda AZ600, 1971



Honda AZ600, 1971

Honda N600, 1967

Honda N600, 1967

 

The N600 was introduced in 1969. It was technologically advanced for its time, with an all alloy engine which could achieve 9000 rpm. Engine output was 36–45 hp (27–34 kW) and the N600 was capable of 81 mph (130 km/h).

It delivered surprisingly peppy performance because of its light weight (around 550 kg/1100 pounds), due to compact dimensions and some plastic parts (like the boot lid). The first brakes were very weak. Rear suspension was a torsion bar and leaf springs. Production was stopped in 1972, after the sportier Honda Z600 (or Z-Act, depending on country) was introduced.

Honda S600, 1964

Honda S600, 1964


Honda S600, 1964

Wednesday, December 8, 2010

Road Test - Honda Stream RSZ 1.8


When Practical Meets Style

Honda's people-mover, the Stream, has received updates that highlight the very useful runabout's pseudo-sporting ambitions.

When it comes to practicality, Honda has certainly proved its worth to the industry with its Stream. The second generation Stream is the Honda Stream RSZ and as you can expect from its name, it comes with the sexy RSZ body kit that adorns the Stream.

Not only has Honda created a practical Multi-Purpose Vehicle (MPV), the Japanese manufacturer has successfully integrated a sporty sense in it, making the car more stylish and eye-catching than its previous model.

Exterior
Styling wise, the Stream RSZ 's design seems to be derived from Honda's current design language, making it instantly recognisable as Honda's work of art.

The new facelift receives a fresh bumper, fog lights as well as grille, which places a large brand badge that sits proudly in the centre. Additionally, the 'RSZ' badge is intelligently placed on the upper right side of the wide grille that's flanked by sharply shaped headlights.

Upon seeing the car from the side, the cosmetic changes do increase the sportiness factor of the Stream. The rim now has slimmer spokes making it contemporary while giving an impression of the bigger rim look.

On the other hand, the back of the Stream RSZ resembles the Honda CR-V with new sets of transparent taillights that run up all the way to the roof. Comparing it to the previous version, this Stream RSZ also spots a brand new muscular rear bumper with a pair of slim reflectors on the bottom sides.

Exuding style that unleashes the younger side in drivers, the Honda Stream RSZ has indeed proven that practicality and elegance can merge in perfect harmony.

Interior
The new interior comes with a red motive that provides a welcome change from the dark colours of the past. The mixture of black and red fabric seats with the red threading trims prove to be ultimately comfortable, giving ample considerations to the people on-board.

However, the only set back in this aspect is that the seats aren't upholstered in leather, which can be a tad disappointing.

The leather-strapped steering wheel (with audio controls) and gear lever also have red trims on them, showcasing clearly the RSZ effect on the all-new Stream.

In addition to that, a superb sunroof also comes as standard with the new Stream - something the kids will fully appreciate while you are driving on a bright Sunday morning.

The cabin is roomier thanks to a slightly longer wheelbase of 20mm and redesigned sills that add a small increase in width for the first two seat rows. This additional length is wisely spent on maximising cabin space, especially in the third row, which is noticeably roomier.
Thus, the RSZ can easily swallow seven adults with ample head and legroom.

But that's not all. The practicality of the RSZ is unparalleled as it can move loads as well. With a height of 1545mm, loading and unloading of luggage or grocery bags will not be a problem. And although stowage space is barely satisfactory when all seven passengers are on-board, the luggage area increases by a few notches when the third row seats are stowed flat.

The external makeover is certainly complemented by a new interior that exudes a sense of sportiness and style without compromising space and practicality. Given its stature as an MPV, the Stream RSZ has, undoubtedly, the resources to fulfil its main responsibilities.

The Drive
On the go, the kerb weight of 1390kg does not make the RSZ a slouch. The 1.8-litre 140PS i-VTECengine is relatively powerful and the car responds to acceleration like a switch, surprising us with the sufficient power to overtake on highways.

Driving solo, the RSZ's acceleration is brisk and hauls itself pretty well into speeds of around 100-120km/h. Unfortunately, the electronically five-speed automatic gearbox has around half a second delay from the selection to engagement.

Nonetheless, its qualms are overwhelmed by the encouraging side of the drive. With a long wheelbase on the Stream, my assumption of the MPV attacking the corners with difficulty was wrong.

Not only did the car handle well without slipping, body roll was well controlled through the severe manoeuvring due to its lower centre of gravity.
For a car that constantly transports members of the family, it's always good to know that stability issues are almost non-existent in the Honda Stream RSZ.

Conclusion
With its 1.8-litre 140PS i-VTEC engine, the Stream RSZ continues to deliver what generations of Honda drivers have come to know and love - performance and reliability.

Although the colours of the interior can be a tad boring, the Honda Stream RSZ remains a handsome car with pleasant designs and a comfortable interior. And for a vehicle of its segment, it's simply awesome.