Honda CR-V

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All-New for 2007, Honda CR-V Delivers Upscale Style, Refined Dynamics and Advanced Safety in a Versatile Entry Crossover SUV Package

Torrance, Calif. 09/01/2006 --

The Honda CR-V is a highly-versatile four-door entry crossover SUV with a spacious five-passenger interior, sedan-like handling and ride comfort, and a reputation for offering the highest levels of standard safety features in the segment. The all-new 2007 Honda CR-V injects a dynamic sense of style and refinement, bridging the space between sport and utility better than any CR-V yet - while adding collision compatibility safety enhancements like Honda's exclusive Advanced Compatibility Engineering(TM) (ACE(TM)) Body Structure.

Cloaked with distinctive and dynamic exterior styling, the 2007 CR-V debuts with a wide assortment of new technology and standard comfort and convenience features. The sophisticated interior design delivers near-luxury style along with improved refinement. The highly acclaimed Honda Satellite-Linked Navigation System(TM) with voice recognition and rear view camera is available on the CR-V for the first time.

Top-of-class standard safety equipment includes side curtain airbags with rollover sensor, front side airbags with passenger-side Occupant Position Detection System (OPDS), active front head restraints, Vehicle Stability Assist(TM) (VSA(R)), Anti-lock Braking System (ABS) with Electronic Brake Distribution (EBD) and Brake Assist, and a Tire Pressure Monitoring System (TPMS).

"The original CR-V helped establish the crossover entry SUV segment with its practical size and amazing utility," said John Mendel, senior vice president of American Honda Motor Co., Inc. "For 2007, Honda has built on the CR-V's best strengths and added a new dimension of first-class style and refinement."

A highly rigid body and fully independent suspension result in a quiet cabin and smooth, agile handling performance. The 2.4-liter i-VTEC 4-cylinder engine and standard 5-speed automatic transmission provide an excellent balance of power (166-horsepower) and fuel economy (EPA-rated 23/30 city/highway mpg, 2WD).

A dynamic and emotional forward cabin blends the familiar CR-V identity into a sculpted lower body with a rugged lower body appearance. A new double grille and a side profile with an arched window shape accent the CR-V's distinctive and upscale presence. Adding to the clean lines, the spare tire now resides under the rear floor as opposed to the exterior of the tailgate; benefiting aesthetics, visibility and garage-ability.

The previous generation CR-V (2002 - 2006) set a new standard for vehicle safety when the 2002 CR-V became one of the first few vehicles ever to earn the federal government's top five-star crash safety rating for both frontal and side impacts. The 2007 CR-V builds on Honda's industry-leading emphasis on safety and outdistances the competition by implementing new technology and features that go beyond conventional industry standards with innovations such as the ACE Body Structure and a pedestrian safety design, just to name two.

The 2007 CR-V has an entirely new body design. The exterior width has increased by 1.4 inches to 71.6 inches while the body length has decreased by 3.1 inches (due mostly to the relocation of the spare tire from the rear bumper to underneath the rear cargo area). The length of the vehicle minus the spare tire remains nearly the same.

The unit-body construction features extensive use of strategically strengthened areas with expanded use of high strength steel to provide high levels of rigidity. Improved NVH was also targeted and the new model features extensive use of the latest noise absorption materials to help reduce engine and road noise for an ultra-quiet cabin.
Comprised of a front MacPherson strut layout and a rear multi-link suspension, the highly rigid body and independent suspension offer an engaging driving experience rare for this class of vehicle.

The CR-V is available in three trim levels - the well-equipped LX, the fully-featured EX and the upscale EX-L.
(new items in italic)

CR-V LX:

166 hp, 2.4-liter 16-valve i-VTEC engine, 5-speed automatic transmission, available Real Time 4WD(TM) system, 4-channel anti-lock braking system (ABS) with Electronic Brake Distribution and Brake Assist, Vehicle Stability Assist (VSA) with traction control, 17-inch steel wheels, Tire Pressure Monitoring System (TPMS), front side airbags with passenger-side Occupant Position Detection System, side curtain airbags with rollover sensor, daytime running lights (DRL), Maintenance Minder system, AM/FM/CD audio system with MP3/WMA playback and four speakers, MP3/auxiliary audio input jack, air conditioning with air-filtration system, tilt and telescoping steering column, conversation mirror with sunglasses holder, power windows with drivers auto up/down, programmable power door locks, power side mirrors, retractable center tray table, upper and lower glove compartments, under-seat storage bin, 60/40 split sliding fold and tumble rear seats, ambient console lighting, remote entry system

CR-V EX adds or replaces LX features:

One-touch power moonroof with tilt feature, chrome grille and rear license trim, rear privacy glass, security system, steering wheel-mounted audio controls, dual-deck cargo shelf, AM/FM/6-disc in-dash audio system with six speakers, exterior temperature indicator, 17-inch alloy wheels

CR-V EX-L adds or replaces EX features:

Leather trimmed seats and armrests, heated front seats, body-colored heated side mirrors and door handles, XM Satellite Radio, available Honda Satellite-Linked Navigation with Voice Recognition(TM) and rearview camera, AM/FM/6-CD changer audio system with seven speakers including subwoofer (with navigation)

The inside of the 2007 CR-V blends Honda's renowned ergonomics and clever storage integration with classy, modern and efficient architecture. More standard features and available new features like a navigation system with voice recognition highlight the dedication to taking the interior to an entirely new level. The increased body width allows the seats to be wider and more supportive, and a newly-designed retractable center tray table not only provides the prerequisite beverage holders, but EX and above models also contain an additional 12V power outlet and auxiliary audio jack. CR-V models outfitted with a leather interior (EX-L) provide a spacious multi-function center console that can accommodate up to 24 compact discs (on models without the navigation system).

On EX and EX-L models, a dual-deck cargo shelf provides additional storage options in the cargo area and can hold up to 20 pounds, while providing enough clearance underneath for grocery bags or items such as a folded stroller. Key interior dimensions remain similar to the generous proportions of the 2006 model.

The latest generation of the Honda Satellite-Linked Navigation System with voice recognition and rearview camera, available on the CR-V EX-L, features a 6.5-inch motorized display that opens and closes for access to the internal single-disc CD player and a digital audio card reader that can play MP3 and WMA files from CompactFlash(R) cards. The navigation system features more than 7 million points of interest and can control the audio system. The voice recognition is capable of recognizing and entering numbers, street names and cities.

For 2007, all audio systems are more powerful with at least 160 watts (LX, EX). Auxiliary audio input jacks are standard equipment on all trim levels, allowing for portable music device playback through the audio system. Each audio system also features MP3/WMA CD playback capability and Speed-sensitive Volume Control (SVC) that automatically adjusts the volume based on vehicle speed. The LX trim level has a four-speaker 160-watt audio system with a single-disc CD player. The EX and EX-L add two speakers (tweeters) and an in-dash 6-disc CD changer (console mounted on navigation-equipped models). XM Satellite Radio is standard on the EX-L. The EX-L with Navigation audio system increases power output to 270 Watts and delivers sound through seven speakers, including a subwoofer.

Powered by Honda's 2.4-liter, Dual-Over Head Cam, i-VTEC 4-cylinder engine, the CR-V offers refined and responsive performance with good fuel economy and low emissions (CARB LEV II ULEV). A 5-speed automatic transmission is standard equipment on all CR-Vs, and a traction-enhancing Real Time 4WD system is available. The engine produces 166 horsepower and 161 lb-ft. of torque - a 10-horsepower increase and a broader torque curve compared to the 2006 CR-V. The power upgrade is attributable to a slight increase in compression ratio and enhanced valvetrain, intake and exhaust tuning. From a refinement standpoint, the Drive-by-Wire (DBW) throttle control works closely with the transmission for extremely smooth shift points and intuitive gear holding on hilly roads.

The fully automatic Real Time 4WD system (available) enhances the CR-V's all-weather capabilities when driving in rain, snow, dirt roads and sandy conditions - without the significant weight, fuel economy and handling performance drawbacks of a conventional four-wheel-drive system. For 2007, enhancements have been made to the system for improved torque transfer to the rear wheels - making the CR-V even better in rain, snow and sand.

2007 Honda CR-V #1

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2007 Honda CR-V -- Powertrain

Advanced Technology for Performance, Economy and Low Emissions

The 2007 Honda CR-V provides a cutting-edge combination of performance, efficiency and low emissions with a 2.4-liter, i-VTEC 4-cylinder engine, standard 5-speed automatic transmission and available Real Time(TM) 4-wheel drive. Drive-By-Wire(TM) throttle control smoothly choreographs shift points with the transmission, while Honda's Grade Logic Control helps the CR-V intuitively hold the most appropriate gear on hilly roads. Compared to the previous CR-V, the new 2007 CR-V accelerates faster, drives quieter with more smoothness and has a lower CARB emission rating.

CR-V New Powertrain Technology

* Enhanced engine design with more power
* Maintenance Minder System added
* Enhanced Real Time 4-Wheel Drive
* Torque rod engine mount system

Powertrain Summary

* 2.4-liter DOHC i-VTEC 4-cylinder engine
o 166 horsepower @ 5800 rpm (+10 horsepower)
o 161 lb-ft. of torque @ 4200 rpm (+ 1 lb-ft. and broader torque curve)
* Standard 5-speed automatic transmission
* Real Time 4-wheel drive (available)
* Estimated fuel economy of 23/30 city/highway (2WD) and 22/28 (4WD)
Honda in-house estimate, final EPA stimate not available at time of printing. Use for comparison purposes only.
* CARB Ultra Low Emission Vehicle-2 (LEV II ULEV) rating
Federal Emission Rating Tier 2/Bin 5

Aluminum 2.4-liter DOHC i-VTEC 4-Cylinder Engine

The 2007 Honda CR-V engine is a dual overhead cam (DOHC) all-aluminum, 2.4-liter inline four-cylinder design that uses 16 valves and a high-volume intake manifold. The engine produces 166 horsepower at 5800 rpm and torque is rated 161 lb-ft. at 4200 rpm. Primary enhancements for 2007 include a slightly higher compression ratio (9.7:1 from 9.6:1) along with optimized valve timing and higher flow rate intake and exhaust systems. The broadened torque output allows the 2007 CR-V to offer smooth and spirited performance in all types of driving conditions whether it is city, freeway and hilly terrain.

A host of innovative features are designed to deliver a cutting-edge combination of performance, fuel efficiency, and low emissions. Most apparent is the i-VTEC "intelligent" valve-control system, a technology that combines VTC (Variable Timing Control) - which continuously adjusts camshaft phase - with Variable Valve Timing and Lift Electronic Control (VTEC) - which changes valve lift, timing, and duration. The combination of these two systems results in impressive horsepower and torque - with good fuel economy and low exhaust emissions. The engine redline begins at 6500 rpm.

In keeping with Honda's proven commitment to the environment, the CR-V engine meets strict California Air Resource Board (CARB) Ultra Low Emission Vehicle-2 (LEV II ULEV) tailpipe emissions standards and Federal Tier 2-Bin 5 emission standards. Engine, fuel tank and catalytic converter enhancements help the 2007 CR-V lower evaporative emissions by 75 percent.

Engine Block, Crankshaft & Oil Pan

The 2.4-liter engine uses a two-piece, die-cast aluminum block and bearing cap design that helps maximize strength and rigidity while minimizing noise and vibration. The compact upper element features cast-in iron cylinder liners for outstanding durability and the lower element consists of a single-casting crankshaft carrier fitted with ferrous-carbon bearing-cap inserts that add to its overall structural rigidity. Each journal on the forged-steel crankshaft is micropolished to help reduce internal friction and improve durability. For those keeping score, the crankshaft rotates clockwise.

Aluminum Cylinder Head

The i-VTEC engine uses a compact, lightweight cylinder head made of pressure-cast aluminum alloy. Its 4-valve-per-cylinder design has double overhead camshafts activated by a silent chain drive to ensure extremely precise control of the cam phasing. The cam drive is maintenance-free throughout the life of the engine. The combustion chamber is designed with a relatively large "squish" area that promotes faster flame propagation on the ignition stroke. This results in more complete burning of the air-fuel mix and subsequently, low emissions.

i-VTEC Valvetrain

As a technology cornerstone, Honda's original VTEC (Variable Valve Timing and Lift Electronic Control) reaches a new plateau in i-VTEC form. This "intelligent" version of the highly effective VTEC package has Variable Timing Control (VTC), which provides for continuously variable phasing of the intake camshaft. The pairing of VTEC and VTC results in excellent drivability, including more horsepower and torque at lower rpm levels, along with enhanced fuel economy and significantly lower emissions.

The i-VTEC system on the 2.4-liter DOHC employs two rocker arms with friction-reducing roller followers for each pair of intake valves, along with an intake cam that has separate lobes configured to optimize both low- and high-speed operation. Depending on engine load and rpm, an electronic controller determines which cam profile will be used and exactly how each intake will operate.

At low revs, where low lift and shorter duration provide optimal operation, the timing of the two intakes is staggered and the lift asymmetrically skewed in favor of the primary valve. This helps to create a swirl effect within the combustion chamber that increases the efficiency of the burn process. At higher rpm, a hydraulically actuated spool valve causes a locking pin to engage the secondary rocker arm with the primary one, transitioning the secondary valve into a high-lift/long-duration mode that improves output on the top end.

VTC allows the timing of the intake camshaft to be continuously varied throughout the engine's entire rpm range. Along with helping boost power, VTC also provides a more stable idle (allowing idle speed to be reduced) and reduced pumping losses by effectively creating an internal EGR effect at low and mid engine speeds, which is also supplemented by an EGR valve. The result is increased fuel economy and lowered NOx emissions. Operation of the VTC is electronically controlled and is determined by input from sensors that monitor rpm, timing, throttle opening, cam position and exhaust gases. Depending on conditions, VTC can vary the phasing of the intake cam (change its position relative to the crankshaft) by +/- 25 degrees. VTC activation is accomplished hydraulically via a spool valve that sends high-pressure oil to passages in the cam's drive sprocket.

At idle, the timing is almost fully retarded to minimize valve overlap. In normal highway driving, the intake camshaft is advanced to provide overlap for EGR effect. With the throttle wide open, valve timing starts in an advanced condition at lower RPM and continuously changes to a retarded condition when redline is approached. This allows optimum cylinder scavenging and pumping efficiency and provides outstanding power and torque throughout the rpm range.

Drive-by-Wire Throttle Control

An electronic drive-by-wire system helps enhance the driving character of the CR-V from both a throttle pedal feel (good tip-in with direct response) and a transmission refinement perspective (less shift shock with short gear change intervals). With smart electronics connecting the throttle pedal to the throttle butterfly valve in the intake manifold, the engine response can be optimized to suit the driving conditions and to better match the driver's expectations. By eliminating the direct throttle cable connection to the engine, the ratio between pedal movement and throttle butterfly movement can be continuously optimized.

The CR-V uses a DC motor to control the throttle butterfly position in the intake tract. To establish the current driving conditions, the system monitors pedal position, throttle position, vehicle speed, engine speed and engine vacuum. This information is then used to define the throttle control sensitivity.

The throttle system also works to enhance the 5-speed automatic transmission's ability to make shifts faster and smoother. By coordinating the throttle opening with the transmission's shifting functions, engine power can be precisely tailored to the needs of the transmission at every point during the shifting process. That means less shift shock and delay, no matter the driving situation.

Torque Rod Engine Mount System

New for the CR-V, a torque rod engine mount system further enhances the vehicle's quiet and vibration-free operation. Previous CR-V engine mounts that attached the engine and transmission to the subframe and body utilized the engine mounts in front of and behind the engine in a vertical orientation, to resist the rotational effect seen when the engine is started, or accelerated. The torque rod engine mount system replaces these two engine mounts with an upper torque rod connected to the body, and a rear lower torque rod connected to the subframe, resisting the engine's rotational torque inputs to the chassis in a longitudinal orientation, reducing inputs that cause idle vibration, and mid and high frequency engine noise during acceleration. The CR-V's engine mounts consist of a rubber side mount integrated with the upper torque rod, lower torque rod, and a transmission mount. The torque rods isolates engine vibrations with solid rubber dampers located at the attachment points to the engine, the body, and the subframe.

Internal Balancer Shafts

To improve smoothness throughout the rev range and help lower noise levels, the CR-V is fitted with an internal balancer unit. Consisting of a pair of chain-driven counter-rotating shafts located in the oil pan, the balancing system helps quell the inherent second-order harmonic vibrations that normally impact in-line 4-cylinder engines.

2007 Honda CR-V #2

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Exhaust System

A high-efficiency exhaust system and a high-density catalytic converter help the CR-V engine meet stringent LEV II-ULEV emissions certifications in California and Federal Tier 2 Bin 5. Exhaust gases pass through a low heat-mass/dual-wall stainless steel manifold as they now exit the "downstream" side of the engine via a new double-walled pipe that also helps limit heat loss. The combination of higher relative temperatures and a more direct path to the catalytic converter yields quicker light-off, which contributes to lower levels of hydrocarbon and NOx emissions.

Maintenance Minder

The CR-V's vehicle maintenance schedule is calculated by the Maintenance Minder system. The Maintenance Minder system automatically indicates when to have standard service performed based on actual driving conditions (tracked by the ECU) and minimizes the guesswork related to whether the vehicle is being used in standard or severe use conditions for maintenance interval purposes. The display indicates when to change the oil, air cleaner, transmission fluid, spark plugs or coolant, as well as when to rotate the tires. As calculated by the Maintenance Minder system, the CR-V has an engine tune-up interval of 100,000 miles or more. (See Interior section for more details on the Maintenance Minder display.)

5-Speed Automatic Transmission

The CR-V comes standard with an electronically controlled 5-speed automatic transmission. The 5-speed automatic transmission uses a wide overall ratio that maximizes acceleration in gears one through four and optimizes fuel economy in its overdrive fifth gear. The computer controlled direct control transmission provides amazingly smooth shifts. The direct control coupled with gear ratios that are closely matched to the output of the engine help extract more power from the engine at just the right time to provide overall vehicle performance competitive to vehicles with 4-speed automatic transmissions and more horsepower.

The 5-speed automatic transmission uses a variety of technologies to provide smoother shifting as well as reduced friction for enhanced efficiency. Those technologies include a low-friction clutch and a special super-thin torque converter. The thin torque converter results in a compact transmission unit. Other space-saving measures include a double-row idle gear and a tightly packaged second-gear clutch.

To improve powertrain smoothness and reduce gear "hunting" on steep grades, the 5-speed automatic transmission is also equipped with a standard Grade Logic Control system. Using sensors that monitor throttle position, vehicle speed, and acceleration/deceleration and then comparing these inputs with a map stored in the transmission computer, the system is able to determine when the vehicle is on an incline and adjust the shift schedule for improved climbing power or downhill engine braking.

To improve fuel economy while maintaining a high level of drivability, the 5-speed automatic transmission includes an active lockup torque converter. With the precise control afforded by a linear solenoid, the system expands the speed and throttle setting range in which lockup can be engaged (closely emulating the benefits of a manual transmission design).

CR-V Automatic Transmission Gear Ratios

Gear

2007 CR-V 2006 CR-V
1 2.786 2.652
2 1.614 1.517
3 1.082 1.037
4 0.773 0.738
5 0.566 0.566
Final Drive Ratio 4.50 4.438

Real Time(TM) 4WD

The CR-V's 4-wheel drive system is designed to best match the majority of driving situations that SUV's realistically encounter. The fully automatic Real Time 4WD system (available) enhances the CR-V's all-weather and light duty off-road capabilities when driving in rain, snow, dirt roads and sandy conditions - without the significant weight, fuel economy and handling performance drawbacks of a conventional four-wheel-drive system. For 2007, enhancements have been made to the system for improved performance by optimizing materials and construction, resulting in 20 percent more torque transfer to the rear wheels.

The CR-V's Real Time 4WD system sends power only to the rear wheels when there is insufficient traction for the front-wheel-drive system. The system consists of the conventional front-wheel-drive system, a compact transfer case that distributes torque to a propeller shaft running the length of the vehicle, a dual-pump system with a multi-plate clutch, a cam unit mechanism, the rear differential, and left and right rear-wheel driveshafts.

The core of the system is the dual-pump unit. It consists of two hydraulic pumps, one driven by the front wheels via the propeller shaft and one driven by the rear wheels via the rear differential. A hydraulically actuated, multi-plate clutch, similar to the clutches used in Honda automatic transmissions, connects the propeller shaft to the rear differential.

When the CR-V is operating with the front and rear wheels turning at the same speed, for example on dry pavement, the front and rear hydraulic pumps operate at the same rate. Hydraulic fluid circulates between the two pumps; however, no pressure is generated. In effect, the fluid pressure created by the front pump is equalized by the rear pump.
If the front wheels begin to turn faster than the rear wheels, as would be the case if they were spinning on snow or ice, the two hydraulic pumps would turn at a different rate and hydraulic pressure proportional to the difference in their speeds of rotation would be generated. The resulting hydraulic pressure opens a valve body and feeds pressure to the multi-plate clutch, which engages the front propeller shaft to the rear differential. The rear differential then feeds the drive torque to the right and left rear wheels.

To provide a quick torque transfer response time for transparent 4-wheel drive operation to the driver, the multi-plate clutch is supplemented by a one-way ball cam unit mechanism. The cam unit mechanism consists of two plates separated by six ball cams (large bearings) that move within ramped grooves. When a slight difference in rotation speed exists between the rear wheels and front wheels when driving forward, the ball cams move within the ramped grooves and create pressure that instantly begins the engagement of the main clutch (prior to the build-up of sufficient hydraulic pressure). By engaging the main clutch at a sufficient force even before the hydraulic pressure is generated by the two hydraulic pumps, the driving torque is transferred without a hint of time lag.

Overall system operation is completely automatic; no electronics or driver action is involved. The greater the degree of front-wheel slippage, the greater the amount of torque fed to the rear wheels. Real Time(TM) 4WD is also low maintenance. The Maintenance Minder system will indicate that the dual pump


All-New 2007 Honda CR-V Goes on Sale

TORRANCE, Calif. 09/28/2006 --

American Honda Motor Co., Inc., announced the all-new 2007 Honda CR-V is debuting today at dealerships nationwide. Prices for the 2007 Honda CR-V range from $20,600 for the CR-V LX model to $26,000 for the CR-V 4-WD EX-L model. Honda's Satellite-Linked Navigation System with Voice Recognition(TM) and rearview camera is available as a $2,000 factory-installed option.

The all-new CR-V features a sophisticated interior design that delivers near-luxury style along with improved refinement and a more powerful and efficient 166-horsepower, 2.4-liter, 4 cylinder engine. As part of Honda's industry leading "Safety for Everyone" initiative, all Honda light trucks, including the CR-V, are equipped with a Vehicle Stability Assist(TM) (VSA(TM)) system and a comprehensive list of standard safety features, including side curtain airbags with roll-over sensors, front side airbags with Occupant Position Detection System and anti-lock braking system. The 2007 CR-V features Honda's innovative Advanced Compatibility Engineering(TM) (ACE(R)) Body Structure for enhanced frontal collision safety.

New features on 2007 CR-V models include:

* Distinctive, upscale, dynamic and versatile styling
* Standard safety equipment includes ACE Body Structure and Active Front Head Restraints
* Interior design and amenities deliver near-luxury style and refinement
* New body and chassis designs result in smoother, more agile performance and a quieter cabin
* 10 more horsepower (166 hp) and standard 5-speed automatic transmission
* Improved ingress/egress with optimized door designs and 1.3 inch lower step-in height than the previous generation CR-V
* Dual-deck cargo shelf (available)
* Available Honda Satellite-Linked Navigation System with Voice Recognition

Destination and Handling is an additional $595.

Worldwide, the CR-V is built in seven countries at eight factories, and for the first time it will be assembled using domestic and globally-sourced parts in North America at Honda of America Manufacturing in the East Liberty Plant (Ohio). A truly global product for Honda, the CR-V is sold in 160 countries in North America, Europe, Asia, South America and Africa.

2007 Honda CR-V #3

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2007 Honda CR-V -- Body

The 2007 Honda CR-V follows a dynamic and emotional design theme that incorporates a sporty forward cabin and a sculpted lower body with modular and durable lower body trim. A new double grille and a side profile with an arched side window shape accent the CR-V's distinctive and upscale character.

A major safety innovation includes the introduction of the Advanced Compatibility Engineering(TM) (ACE(TM)) Body Structure that builds on the CR-V's already class-leading reputation for safety performance. The ACE Body Structure is a key technology for the implementation of Honda's Safety for Everyone initiative that seeks to provide the highest levels of safety regardless of vehicle size or price.

Further innovations consist of sleek aerodynamics, large 17-inch wheels that minimize the gap between the tire and the body, and ultra-tight body panel fit. Adding to the clean lines, the spare tire now resides under the rear floor as opposed to the exterior of the tailgate, benefiting aesthetics and improving garage-ability. As the name implies, the lift-up tailgate opens upward (instead of to the side as in the previous CR-V), improving convenience while also providing a canopy when loading the vehicle or tailgating.

CR-V Body New Technology

* Upscale image and styling
* ACE Body Structure
* Larger doors and lower step-in height by 1.25 inches, (32mm)
* Dimensions: height -0.1 inches, width +1.4 inches and length -3.1 inches
* Lift-up tailgate and hidden spare tire
* Improved aerodynamics (+5 percent)
* Extensive use of high strength steel (+24.5 percent)

Body Highlights

* Unit body platform
* Pedestrian safety design

Design and Styling

Easily distinguishable as an entirely new CR-V, the 2007 model embraces curves and fluid design over the upright and traditional two-box SUV shape. This upscale and advanced concept merges a powerful lower body with large diameter tires to a dynamic and emotional forward cabin. The double grille creates a strong first impression and SUV strength is further expressed by the modular lower body trim. The arched side window shape emphasizes a sporty look and the rear end design with full-length taillights conveys a unique 3-dimensional look. The large 17-inch tires accentuate SUV proportions, also giving the vehicle an aggressive stance.

The CR-V Enters a New Dimension

Compared to its predecessor, the 2007 CR-V body is 3.7 inches shorter (largely due to the relocation of the spare tire) in overall length (177.9 inches), 1.4 inches wider in overall width (71.6 inches) and the 66.1-inch height is 0.1 inches shorter. Underneath, its 103.1-inch wheelbase is 0.2 inches shorter, the front track is 1.2 inches wider (61.6 inches) and the rear track is 0.8 inches wider (61.6 inches).

CR-V Body Structure

The CR-V has a completely new body structure that implements advanced construction technologies for enhanced safety, better rigidity, improved ride comfort and a quieter cabin. As such, the solid unit body of the CR-V was designed from the outset to define a new standard for torsional and bending rigidity in the entry crossover SUV segment, achieving a rigidity balance similar to a sedan for sedan-like handling performance.

Even with enhanced collision safety construction and larger dimensions, the overall vehicle weight remains similar to previous models. This has been achieved by optimizing the framework layout and sectional shapes, streamlining the joint structures, and utilizing 58 percent high-grade, high-strength steel (+ 24 percent).

The fundamentally rigid design along with components such as a rear floor cross member, rear damper gussets and increased rigidity for the rear opening increases bending rigidity by 84 percent.


ACE Body Structure for Frontal Collision Compatibility and Energy Management

Body construction now includes Honda's Advanced Compatibility Engineering(TM) (ACE(TM)) Body Structure that enhances frontal collision energy management through a network of load bearing structures in the front of the vehicle. This newly developed front-end frame structure (similar to the ACE Body Structures on the Civic and Odyssey) incorporates newly-shaped upper and lower frame members to significantly enhance energy dispersion in a frontal collision throughout more load bearing channels in the body. The ACE concept differs from traditional crash designs that guide a high percentage of collision force through a vehicle's two lower channels in a collision.

The ACE design with its polygonal front structure helps reduce the potential for misalignment with the frame of the opposing vehicle. Taken together, these features are designed to increase compatibility between vehicles of different size categories for enhanced occupant protection in the event of a frontal collision.

The ACE Body Structure is configured for high energy absorption. In the event of a frontal collision, the body structure with its front-mounted polygonal main frame is designed to prevent structural penetration while distributing forces evenly through multiple major load bearing pathways - and away from the passenger compartment. For comparison, a conventional body structure generally concentrates the loads from a collision through two pathways running longitudinally through the lower portion of the frame.

In the ACE Body Structure for example, frontal impact force can be distributed from the front of the vehicle through the side sill, floor frame and A-pillar in order to reduce the cabin deformation. The bottom line is that the ACE Body Structure enhances energy distribution during a collision because impact forces can be distributed through more of a vehicle's mass and away from the passenger compartment.

CR-V ACE Body

Offset Rear Collision Design

The new FMVSS 301 regulation for offset rear collisions is strengthened compared to the previous standard. This regulation begins its phase-in starting September 2006 and must be applied to all production vehicles after September 1, 2008. In the new requirements for the FMVSS 301, a 1,361 kg (3,000 lbs.) deformable barrier strikes 70% of the vehicle's width at 80km (50 mph). In contrast, the previous FMVSS 301 used a 1,814 kg (4,000 lbs.) flat rigid barrier that struck the full width of the vehicle center-to-center at 48km (30 mph). The new standard requires more body energy absorption than before.

Door Construction

For safety, all CR-V driver and passenger doors feature a side impact protection beam. For quality, the doors are built on a robust structure that provides a solid feel and sound when closing. The door latches are carefully engineered to latch securely with a light closing pressure, and to emit a quality sound. Sound insulation performance was enhanced by connecting the ends of a door-opening seal, doubling the door seals and adding a layer of sound absorption material. Additionally, the CR-V's front doors use the lower step-in height, the wider opening angle of the rear door from 67 to 80 degrees, and triple-stage stopper construction, for ease of ingress/egress in tight parking situations.

Pedestrian Safety Design

The CR-V takes the wellbeing of pedestrians into account in its safety engineering. Accordingly, engineers optimized certain structures in the front end of the vehicle to help absorb energy in the event of a collision with a pedestrian. Research shows that these features can dramatically improve a pedestrian's chance of survival if struck by a moving vehicle.

Key pedestrian safety features include:

* Hood designed to deform if contact is made with either an adult or a child pedestrian
* Energy-absorbing fender mounts and supports located under the hood
* Sufficient clearance between hood and hard engine parts
* Deformable windshield wiper pivots
* Crushable hood hinge

Aerodynamics

The CR-V manages airflow for an approximate 10 percent improvement in coefficient of drag (Cd). Items such as the A pillar, side mirrors, wiper layout, underfloor pans and strakes have all been designed to minimize air turbulence. These designs result in enhanced fuel economy and less wind noise. Other measures contributing to reduced wind noise levels include reducing the width of body seams, mounting glass flush with the surrounding body panels, and using double seals around all doors.

Tailgate

New for 2007, the CR-V features a lightweight and easy-to-open top-hinged tailgate that replaces the side-hinged tailgate design of previous models. The top-hinged design, which opens vertically, allows for universally-convenient cargo loading from the left or right sides of the vehicle - while also providing a canopy during cargo transfer. A convenient benefit, the canopy provides some protection from nasty weather and also functions as the ideal sunshade, such as when tailgating at the big game. From a cargo functionality standpoint, the 37.4-inch (950 mm) door opening height is taller by 1.8 inches (45 mm) and wider by 0.4 inches (10 mm) to 54.7 inches (1390 mm).

Assisted by hydraulic dampers, special hinges allow the top section of the lightweight tailgate to rotate optimally for low open and close loads while also creating an ergonomically more convenient lift-off point (lower to the ground) and a shut-down point (higher from the ground). When open, the packaging helps maintain a lower overall door opening height, making the CR-V practical in garages with low hanging ceilings. Overall, the CR-V tailgate provides convenient and user-friendly one-step operation in the real world where juggling grocery bags, backpacks, keys, bikes, gold bricks and other miscellany are standard operating procedure.

Previously mounted on the tailgate, the spare tire now resides inside the vehicle under the cargo floor. Moving the spare tire inside also helps reduce the overall length of the vehicle by 3.1 inches, helping the CR-V fit better into a short garage space.

2007 Honda CR-V #4

[jediali]

This car is getting great magazine reviews. A great all rounder . While the freelander 2 is more capable it is more expensive.

[dracu777]

Tight Tolerances

Honda vehicles have long been synonymous with outstanding fit and finish. This attention to detail is evident in the increased body panel fit accuracy that produces significant reductions in the sizes of gaps between body panels and interior components. The CR-V features what is known as a "zero" gap for the front and rear bumpers, or less than a single millimeter. This gives the bumpers a more integrated appearance, yet keeps collision costs to a minimum by isolating various body components so fewer components require replacing in the event of an accident.

Noise and Vibration Dampening

The CR-V achieves levels of quietness during acceleration and cruising in a league similar to luxury SUVs. This is due in part to the high levels of rigidity of the CR-V platform and the application of advanced noise and vibration absorption materials. Extensive lightweight sound absorption materials have been applied to the floor, firewall, cargo area, and roof along with additional sound insulation materials for side pillars. Traditional use of melt sheets (sheets that dampen noise and vibration) are also used. Additionally, the doors have two seals for reduced noise intrusion.

Exterior Lighting

The CR-V headlamp design uses sharp and wide lamps for front-of-vehicle illumination. The lamp assemblies feature a clear one piece outer lens that wraps around the vehicle's front corners with the inboard turn signals housed inside. The round outboard halogen lamp functions for low and high beam illumination, and also provides the newly added daytime running lamps. The halogen headlights offer class-leading performance, casting a beam wide and far, while also providing brighter illumination of objects in closer proximity.

The tall rear taillights envelope the D-pillar and feature a reflective inner-cube design as the background pattern during illumination. The lenses are solid red for brake and running lights, with a large clear lens for the turn signal lights (amber illumination). A clear back-up-lamp provides illumination when in reverse.

Fuel Tank

The CR-V is equipped with a six-layer resin fuel tank that offers relatively lower weight, increased capacity, and reduced emissions. Capacity is 15.3 gallons (58.0 liters). The CR-V also incorporates a return-less fuel supply system that helps reduce vapor generation.

Available Colors - Exterior and Interior
The CR-V is available in eight colors and three interior color schemes.

2007 Honda CR-V -- Chassis

Fun-to-drive with high safety content

Honda has a legendary reputation for making its vehicles fun-to-drive with precise steering, responsive suspension tuning and refined road manners. Precise and quick handling performance also contributes to accident avoidance maneuverability - one of the key reasons Honda pays so much attention to every aspect of the suspension.

Consistent with Honda's Safety for Everyone initiative, the CR-V comes with the highest levels of chassis-related active safety equipment in the segment with Vehicle Stability Assist (VSA) and 4-channel anti-lock braking (ABS), electronic brake distribution and Brake Assist.

Every aspect of the CR-V has moved to an entirely new level from the driver's perspective. Compared to its predecessor, the 2007 Honda CR-V chassis delivers higher levels of sportiness and ride comfort with improvements focusing on enhanced suspension geometry and a lower center of gravity. The changes add up to a new CR-V that is even more responsive and sporty in demanding situations while also increasing its smooth and comfortable ride character.

New CR-V Chassis New Technology and Design

* Lower center of gravity (5 percent)
* 103.1-inch wheelbase (-0.2 inches)
* Wider track (+1.2 inches front/+0.8 inches rear)
* Front MacPherson strut design
* Larger wheels and tires
* Advanced Logic 4-channel ABS system
* Tire pressure monitoring system
* Larger 17-inch wheels (+1 inch) and 225/65R17 all-season tires (larger)
* Larger 11.7-inch ventilated front disc brakes, 12.0-inch solid rear disc brakes

Chassis Summary

* MacPherson Strut front suspension
* Multi-link rear suspension
* Standard VSA, ABS, Brake Assist and Tire Pressure Monitoring System (TPMS)
* Front and rear stabilizer bars

MacPherson Strut Front Suspension

The MacPherson strut front suspension incorporates new geometry with a high caster angle, and inversely wound springs for straight line stability, along with improved toe-control dynamics for sharp and responsive steering. To improve steering rigidity, and reduce friction, the steering gear box was mounted lower. Significant changes to steering angles, bushings, material rigidity, and spring and shock tuning result in amazingly linear suspension movement at the upper limit of vehicle dynamics and flatter cornering. When cornering, the inner wheel remains closer to perpendicular (relative to the ground plane) throughout a greater range of travel, which improves tire adhesion. To improve ride comfort, the compliance angle on the lower control arm was optimized to transmit less harshness. Further enhancements include reduced center offset with the wheel to minimize the potential for torque steer and shimmy (i.e. the tires' ability to transmit pavement irregularities into the suspension)
The front suspension is a specially designed and tuned for compact packaging, supple ride comfort and the long wheel travel and ruggedness necessary to meet harsh roads. The geometry has been optimized with both a high caster angle and "trail," to provide sharp on-center response and stability.

Additional specifics of the front suspension that help to achieve sedan-like handling include:

* High-friction upper strut mount provides a good on-center steering feel, along with increased linearity while reducing steering shimmy
* Asymmetrical coil springs improve steering quality
* Large-diameter lower arm compliance bushing reduces NVH
* Optimized kingpin layout enhances steering feel and linearity
* Large-diameter steering gearbox with rigid bushings adds stiffness and improves linear steer feel
* 20mm front stabilizer bar helps control body roll for flatter cornering

MacPherson Strut Front Suspension

Multi-Link Rear Suspension

The CR-V is equipped with a multi-link rear suspension that helps provide a smoother ride, improved handling and additional cargo space. The dynamics offered by the three-link suspension create excellent stability under cornering and braking. The independent multi-link rear suspension system with aluminum knuckle fits compactly underneath the rear seating and storage areas while providing excellent ride and handling characteristics, with low NVH. The suspension uses large-diameter trailing arm bushings to reduce harshness and improve ride comfort. Front and rear stays increase the subframe mounting point rigidity, improving stability and steer feel.
Multi-Link Rear Suspension

Rear suspension features:

* Anti-squat geometry to reduce pitching under acceleration
* 19mm rear stabilizer bar contributes to flatter cornering

2007 Honda CR-V #5

[dracu777]

Springs, Dampers and Stabilizer Bars

The tuning of the suspension is designed to minimize front-end dive during braking and squat under acceleration, as well as reduced body roll when cornering. The spring rates, combined with precise damper tuning, provide a good balance between the CR-V's fun-to-drive character and everyday ride comfort.

As with every vehicle that utilizes a strut suspension design, the strut bears the load of the weight of the vehicle. Drive forces during the suspension's compression stage can sometimes influence steering precision feel because as the springs compress, they exert torsional force in the opposite direction on the steering mechanism and sometimes make the car pull to the side. To neutralize this effect, Honda engineers applied inversely wound (wound in the opposite direction) coil springs to the front struts. Because the two front springs compress in opposite directions, the torsional force they produce cancels each other out, minimizing their effect on steering feel.

Damper construction is a progressive valve design that significantly contributes to a smooth ride and precise handling characteristics. These gas-pressure dampers use a stacked disc-valve arrangement that yields easily and progressively to high-velocity damper piston movement, such as those created by bumps and road impacts; however, the same velocity-sensitive valves present more resistance to the small, low-velocity movement associated with body transient motion at high speed.

The CR-V has front and rear stabilizer bars to reduce body roll during cornering. The diameter of the solid front stabilizer bar measures 20 mm. The solid rear stabilizer bar measures 19 mm.

Steering System

The variable speed sensitive rack-and-pinion power steering system features quick gear ratios for sharp and rapid transitions with a quick and light response. Previously a high-mounted steering box setup, the entire steering system is located lower in the vehicle with short length tie-rods to improve input geometry (i.e. more direct) into the front suspension. A speed sensitive hydraulic power steering system provides more power boost at low speeds for easier maneuvering and less boost at higher speeds for a direct steering feel and improved economy. All models have a tilt and telescope steering wheel column. The minimum turning diameter is 37.8 feet, curb-to-curb.

Braking System with Advanced Logic 4-Channel ABS and Brake Assist

The CR-V is equipped with a 4-channel anti-lock braking system (ABS) with Electronic Brake Distribution (EBD) and Brake Assist. Stopping power is routed through robust ventilated front disc brakes and solid rear disc brakes. The 4-channel ABS with EBD independently modulates braking power at each wheel, as opposed to the more common 3-channel system that modulates the front wheels independently and the rear wheels with relatively equal braking force. The new 4-channel capability allows the rear wheels to react independently while cornering, representing a significant enhancement to the ABS system's ability to influence vehicle stability and safety.

Electronic Brake Distribution proportions brake power to the rear wheels based on algorithms that determine vehicle weight distribution. Further additions to the braking system include a new ABS control module (that applies the new 4-channel features) and a relatively large 10.5-inch power brake booster that improves pedal feel. Higher pedal rigidity with a decreased pedal stroke provides a more immediate braking response. Bottom line, the CR-V stops with greater authority and added control.

A function of the VSA system, the CR-V can also recognize emergency braking situations and enhance braking assist when needed - a function called Brake Assist. This feature can be especially helpful when the driver is unable to press the brake strongly. When the driver uses the brakes in a panic stop fashion, a pressure sensor recognizes braking system operation beyond a specific value for pedal stroke and speed. Then, the VSA modulator pump assists braking pressure to increase braking force and shorten the braking distance.

For 2007, the ventilated front disc brakes are 11.7 inches and the solid rear disc brakes are 12.0 inches. The front disc thickness equals 1.1 inches (28mm) and the rear disc thickness equals 0.35 inch (9mm).

Vehicle Stability Assist (VSA)

For enhanced control during acceleration, cornering, and sudden collision-avoidance maneuvers, the CR-V is equipped with a 4-channel Vehicle Stability Assist (VSA) system that works in conjunction with the drive-by-wire throttle and ABS systems. VSA enhances vehicle stability by applying brake force to each of the four disc brakes independently while also managing the throttle and ignition systems.

An additional benefit is the limited-slip differential effect the system provides for the front wheels by applying braking force to a slipping wheel thereby redirecting driving force to the wheel with more traction. Analyzing data that is constantly received from seven sensors monitoring speed, steering input lateral G forces, and yaw rate, the VSA system compares the driver's control inputs with the vehicle's actual response. If the actual response is outside a predicted response range, VSA automatically intervenes with an appropriate corrective action. In the case of oversteer, VSA applies braking to the outside front and rear wheels to counter the unintended yawing effect. If understeer is detected, VSA applies braking to the inside front and rear wheels and reduces engine power to help bring the car back onto the driver's intended course.

The VSA system in the CR-V has been carefully calibrated to add handling stability and predictability with minimal intrusion to the driving experience. Its operation is designed to be transparent, so drivers may not even notice when VSA is working. Whenever the system is actively enhancing the vehicle's stability, an indicator light flashes on the instrument panel. In addition, VSA's stability enhancement and traction control can be turned off with a cockpit switch while still leaving the ABS fully functional.

Wheels and Tires

The 2007 CR-V rides on 17-inch, five-bolt steel wheels as standard equipment on LX models, and exclusive alloy wheels are standard equipment on EX and EX-L models. A tire pressure monitoring system is standard equipment. The tire size is 225/65R17, representing a larger tire size that emphasizes a powerful stance.

Tire Pressure Monitoring System

A direct Tire Pressure Monitoring System (TPMS) alerts the driver when it detects that tire pressure in one or more tires drops significantly below the recommended pressure. A series of four sensors (one per tire) captures and relays information to the CR-V's ECU. If the system detects that tire pressure is significantly low, a low tire pressure indicator (located in the instrument panel meter cluster) will illuminate.

Towing Information

The 2007 CR-V has a towing capacity of 1,500-pounds. That makes the CR-V capable of pulling a small camping trailer, personal watercraft or motorcycle trailer. The CR-V can also be flat-towed behind an RV when following the proper procedures described in the owners manual.

2007 Honda CR-V -- Interior

Advanced, Safe and Sporty Interior Space

The Honda CR-V's stylists and engineers sought to create a high-quality, advanced and sporty interior space with the latest technology and innovative storage solutions. For 2007, more standard features and available new features like a navigation system with voice recognition highlight the dedication to taking the interior to an entirely new, upscale level. The inside of the 2007

CR-V blends Honda's industry renowned ergonomics and clever approach to storage integration with fashionable, modern, and appropriately rugged architecture, as demonstrated by the use of richly tactile textures and metallic panel highlights.

Consistent with Honda's Safety for Everyone initiative, extensive safety equipment includes side curtain airbags and front side airbags as standard equipment. New for 2007, active front head restraints are also standard equipment.

CR-V Interior New Technology and Features

* All-new interior appearance with modern and sophisticated architecture
* Available Honda Satellite-Linked Navigation System with Voice Recognition and Rearview Camera (EX-L)
* Dual-deck rear cargo shelf (EX and EX-L)
* Upgraded audio systems (all) with available subwoofer (EX-L)
* Front seat active head restraints
* Standard tilt and telescope steering column
* Wider front seating surfaces
* Instrument panel center-mounted shifter
* Center console (EX-L)
* Conversation mirror with sunglasses holder

CR-V Interior Highlights

* Sophisticated and high quality interior with SUV functionality
* Standard advanced safety equipment includes side curtain airbags, front side airbags
* Retractable center tray table with beverage holders (LX, EX)
* Innovative storage areas with dual glove box and underseat storage

2007 Honda CR-V #6

[dracu777]

Enhanced Design with Improved Style and Premium Features

The increased body width allows the seats to be wider and more supportive, and a newly-designed folding center tray table not only provides the prerequisite beverage holders and sub-tray, but EX and above models also provide an additional 12V power outlet and auxiliary audio jack. CR-V models outfitted with a leather interior (EX-L) now provide a spacious multi-function center console. On EX and above models, a dual-deck cargo shelf provides additional storage options in the cargo area while providing enough clearance underneath for grocery bags or items such as a folded stroller. A sliding underseat storage bin exists under the front passenger seat.

The latest generation of the Honda Satellite-Linked Navigation System is available on the CR-V EX-L trim level and features a 6.5-inch display whose opening and closing motion is operated by an electric motor for access to the internal single-disc CD player and a digital audio card reader that can play MP3 and WMA files from CompactFlash(R) cards (an external 6-disc CD changer is housed in the center console). The navigation system features more than 6 million points of interest and the voice recognition is capable of recognizing and inputting numbers, street names and cities, along with controlling the audio system.

For 2007, all audio systems are more powerful with at least 160 watts. As much as 270 Watts and seven speakers including a subwoofer are available on the EX-L with Navigation. Auxiliary audio input jacks are standard equipment on all trim levels, allowing for portable music device playback through the CR-V's speakers. XM(R) Satellite Radio is standard on the EX-L. The LX trim level has a four-speaker 160-watt audio system with a single-disc CD player. All CR-V audio systems have MP3/WMA CD playback capability and Speed-Sensitive Volume Control (SVC) that automatically adjusts the volume based on vehicle speed.

Ease of Vehicle Entry and Exit

As a benefit from the introduction of the all-new CR-V platform, the side sill step-in height is lower by 1.3 inches (32 mm) so that ingress and egress feels more sedan-like. The lower side sill has larger door openings lower to the ground, so getting in and out of the CR-V is easy and natural. In addition, the seat cushion's height approximates the hip height of an average height adult, so passengers do not have to "climb" in and out of the seats. Door openings feature a durable, non-skid plastic surface that provides a sure footing for standing when accessing the roof. Additionally, the tailgate has a low load-in height to make placing objects in the cargo area a convenient process.

Instrument Panel Design and Meters

The instrument panel meters features efficient and modern architecture with futuristic meter designs set against white and blue backlit gauges. The odometer readout (below the speedometer face) also functions as an extensive information display that shows outside temperature, vehicle mileage and trip mileage, and average fuel economy, and is operated via an illumination controller on the gauge. The information display also shows Maintenance Minder service-related items based on vehicle usage.

The CR-V instrumentation includes the following:

* White and blue backlit gauges (speedometer, tachometer)
* Digital Odometer and Digital Trip meters (2)
* Maintenance Minder System
* Exterior Temperature Indicator (EX, EX-L)
* Door/tailgate Open Indicator
* Instantaneous and average fuel economy
* Miles-to-empty indicator
* Low oil pressure indicator

Maintenance Minder Display

The Maintenance Minder system automatically indicates in the information display when to have standard service performed based on actual driving conditions (tracked by the ECU) and minimizes the guesswork related to whether the vehicle is being used in standard or severe use conditions for maintenance interval purposes. Display items include when to change the engine oil, air cleaner, transmission fluid, rear differential oil, spark plugs, coolant, as well as when to rotate the tires.

Audio Systems

The 2007 Honda CR-V audio systems provide more power and features across the board with added features and a greater diversity of options. Three unique audio systems exist and each provides intuitive contols and knobs designed to make operation quick and conveni