Better pickup in fifth gear, due to a different gear ratio (manual only)
Much quieter interior
Elimination of noise from frameless windows and exhaust donut (due to elimination of frameless windows and exhaust donut)
Better wind, water, and noise sealing
A little more room inside, a lot more room in the trunk, similar handling and performance
Better reliability and durability
Many "standard options" - this car comes pretty well loaded!
Here are some things you won't find:
A four-speed automatic transmission. The three-speed automatic is being retained, at least for the time being. [This is no longer true - the 2002 models brought in a four-speed automatic]
A larger or substantially more powerful engine, at least this year [150 horsepower DOHC in 2001, 205 horsepower turbo in 2003]
A supercharger or turbocharger [until 2003]
The four-inch-shorter wheelbase previously rumored. Though DaimlerChrysler (DC) has not told us anything about the uses of the 1.4 and 1.6 liter engines developed in conjunction with Rover, it is possible that there might be a short-wheelbase export Neon planned which would use these engines. We have suspected that a minicar might be in the works but haven't heard a single rumor about one. We frankly don't know.
The goofy climate controls are still intact... which means that roughly half of all Neon owners will keep their air conditioners active all year without realizing it.
The Second Generation Neon - Overview
With the second generation, Chrysler sought to address design problems of the first generation, to make the car more comfortable, and to keep the handling and acceleration of the first generation intact. It was designed "with substance," to feel solid, provide "unexpected delights," yet stay fun to drive.
Allpar photo
In short, the second generation has substantially reduced noise, vibration, and harshness, a larger interior and much larger trunk, and in general a higher quality feel. At the same time, the two major problems of the Neon, frameless windows and the noisy exhaust donut, were eliminated.
Substantially reduced noise, vibration, and harshness.
Smoother, more controlled ride
Maintained agility, driving fun of first-generation Neon
A manufacturing process designed for easier assembly
Design Process
Goals of the design process were to address design issues (such as the troublesome frameless windows), and to increase the use of technology (such as three-dimensional computer modeling), electronic linking of designers, engineers, suppliers, and manufacturing plants, and virtual reality. The benefits of these technologies include increased quality, higher precision, reduced trial and error, shortened development time and lower cost, and computerized crash testing.
This time around, Chrysler is claiming to have conducted extensive endurance testing worldwide, along with race course testing.
Suppliers were involved earlier in the design process, and "hands on" user group evaluations were conducted at all stages of design.
Body Structure
Bending stiffness increased by 37% from first-generation Neon, torsional stiffness increased by 26% for a smoother, quieter and more controlled ride even under heavy loads
Framed doors to reduce wind noise, create tighter seal of door to body
One-piece body-side aperture panels for better fit/finish
Enhanced sill and center pillar reinforcements
Strengthened engine compartment structure
Revised floor pan and instrument panel stiffening beads
Additional silencers with use of bake-on mastic
Expandable foam baffles to reduce body noise transmission
Steering/Suspension
Steering column isolation added to reduce transmission of power steering hydraulic noise
Redesigned suspension to improve ride quality
Increased front and rear suspension jounce travel by 15% and 30%, respectively, for smoother ride, less chance of bottoming under heavy loads
Ride height raised slightly, lower-rate springs and premium shock absorber valving for more comfortable ride
More effective front sway bar and standard rear sway bar to maintain handling and balance
Brakes
Improved pedal feel, maintaining low-metallic front linings for quieter operation
Disc/drum system standard; disc/disc system with ABS, electronic brake proportioning and traction control available
Teves Mk 20e ABS has less pedal pulsation, and is simpler than the prior system. In addition, it has an electronic system for distributing rear brake pressure to prevent lockup, so it can adjust the rear brake bias to match current conditions. It was first used by DC in the 1999 Grand Cherokee. The optional traction control is actually a very similar system to the ABS: an integrated traction control/ABS system, very similar to that on the 300M. It uses the brake to control spin on the front wheels (from startup to 35 mph, after which it does not activate).
Exhaust
New exhaust system with larger muffler for quieter engine operation
Exhaust flex joint replaces sealing ring for lower noise and emissions. In particular, this will address the old "exhaust donut noise."
Engine (2.0 liter)
Webmaster note: This engine will only be available in North America, at least at first, according to the DC press release. We expect that export vehicles will be available with the new Rover/CC 1.6 or the downsized-2.0 (1.8).
Power remains at 132 hp (98 kW) at 5600 rpm, torque increases slightly to 130 ft-lb (177 Nm) at 4600 rpm. (66.2 bhp per liter) - but you seem to get more torque at lower engine speeds, making for faster takeoffs.
New air induction and intake manifold systems increase peak torque while maintaining peak power and providing quieter engine operation and increased efficiency
New exhaust manifold, cylinder head cover and timing belt cover for quieter engine operation
Double Start Override feature disengages starter to prevent double starting
Four-point engine mount system to reduce idle vibration
Revised idle speed for better quality and fuel economy
Increased cooling capacity for engine, transaxle and power steering
Manual transaxle revised for improved fifth gear performance - presumably this means that pickup is higher in fifth gear (but peak fuel economy is lower).
Exterior
Rear floor pan lowered 1.0 inch, adding to increased trunk space (13.1 cubic feet vs.11.8)
Base of windshield moved forward three inches
New jewel-like headlamps and front fascia design for more unified appearance
Designed for improved wind and water management
More pronounced wheel arches for crisper appearance
Overall length increased 2.6 inches to 174.4; wheelbase increased by 1.0 inch to 105.0; overall width increased by 0.2 inches to 67.4. Track increased 0.6 inch to 58.0
Ground clearance raised by 0.3 inches to 6.1 to accommodate longer suspension travel
New rear end and tail lamp design for smoother, refined appearance
Full-frame doors for reduced wind noise and water leaks, improved door fit and window function
Triple-sealed doors with heavy-gauge silencers provide highly protective barrier against door cavity and wind noise
Interior
A 60/40 split rear folding seat with head restraints means that you can use an aftermarket child seat (or have two passengers) without losing trunk access. There is easier rear-seat access, as well as more shoulder room (0.9 inches front, 1.5 inches rear), hip room (1.6 inches front, 2.3 inches rear) and rear head room (0.3 inches).The higher front seat (0.5 inches) improves visibility. Cool interior layout despite the lame HVAC controls.
Increased interior volume (103.4 cu. ft. vs.101.7) for more usable space throughout
Easier rear seat entry and exit, 60/40 split rear folding seats with head restraints
Upgraded materials and fabrics, including 'soft touch' on instrument panel and premium door trim
New taupe interior color
Revised front seat position (0.5 inch higher, track rearward by 0.4 inch)
Added contouring for improved appearance, comfort
More shoulder room (0.9 inch front, 1.5 inch rear)
More hip room (1.6 inch front, 2.3 inch rear)
More rear head room (0.3 inch)
Power switches repositioned on the door for easier access
All-new instrument panel with circular gauges
More robust, dimensionally stable instrument panel structure
Hydroformed steel cross-car beam with magnesium steering column support
PC ABS base panel, self centering passenger air bag module
Safety features:
Next-generation air bags with less forceful inflators
Seat belts with constant force retractors and adjustable turning loops
Standard adjustable, locking front head restraints
Adjustable, locking rear head restraints (optional)
Head impact countermeasures in hard and soft trim
Standard Equipment
Two major packages, fewer options
AM/FM cassette, six-speaker sound system
Self-dimming interior lamps, for those easily impressed by goofy features
Cup holders: Four that include two can holders, a cup holder with Big Gulp capability and juice boxes. Flip-back armrest for a rear seat cup holder
Storage: Front compartment for coins, cellular phones, sunglasses. Integrated CD and tissue holder under center armrest. Storage bag hook on back of armrest
Front map pockets
Locking glove box with pen and tire gauge holders molded in
Chime to indicate system malfunctions including a turn signal that is left on
Battery saver feature turns off the dome light if left on accidentally
Optional Equipment
Air conditioning
Four wheel disc brakes and ABS with traction control
15-inch wheels and tires
Aluminum wheels
Illuminated power lock, window and mirror buttons for easier nighttime driving
Programmable door locks which automatically engage at 18 mph
Two-way adjustable, locking head restraints for increased comfort and safety.
Sentry key, remote keyless entry, new anti-theft alarm - one system available with tamper alert
Cruise control
Tilt steering
Environmental Impact
Like the first generation, the second was designed to minimize its environmental impact. Aside from the obvious, an efficient engine (ULEV and LEV where applicable) and aerodynamic design, it uses waterborne paint and molded-in color fascias, asbestos-free brakes, plastic fuel tanks for on-board vapor recovery, and door water shields made from recycled plastic. Even the processes were examined: nearly all containers at the assembly plant are returnable.
Design and Manufacturing
The new Neon cost $703 million, a fairly small amount for a new car (or a redesign). It only took 28 months to develop. A single plant in Belvidere, Illinois (the current main plant) will produce about 260,000 Neons per year. The Toluca plant will presumably be dedicated to other functions.
Specifications
Engine
2.0 liter SOHC 16-valve in-line four cylinder
Construction
Cast iron block & bedplate, aluminum alloy head, structural aluminum oil pan
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