This vehicle is unmatched in terms of value and dependability. The vehicle has AUX. The transmission is both manual and automatic. The LED taillights appear custom-made. This automobile is the ideal size for me because I am 5’9″. Very good traction is present. Perfect for northern winters. It has excellent clearance for a sports car. Speed bumps are no problem for her to navigate. Smoother than glass, the transmission. Additionally, the engine is superb. There is no better engine or transmission than this. In my opinion, the Solara is not only the best value of any car, but it is also the most dependable car ever made.
In This Article...
The best Toyota Solara year was?
Despite the fact that huge, front-wheel drive convertibles have long been a mainstay of local vehicle lineups, imports have mainly kept to smaller, compact car based drop tops. The unapologetically large 20042007 Camry Solara has the same length and breadth as the Camry sedan and offers a delightful platform for top-down cruising in a cozy environment. The body shape that was redesigned for 2004 works well in convertible mode, with the vehicle lines maintaining their superb flow and grace.
The Camry Solara convertible is a large, heavy vehicle that requires a strong engine to keep it from feeling sluggish. Toyota recognizes this and only offers a 225 horsepower, 3.3 liter V6 engine as an option. The Solara can merge with ease even in congested traffic thanks to its 240 lb-ft of torque and 4-speed automatic transmission. In 2006, a 5-speed automatic transmission replaces the preceding transmission, enhancing driving comfort. When coping with the additional weight of the convertible’s frame, the car’s suspension is well-tuned, and the body holds together nicely while cornering. However, when pushed, the Solara will complain of understeer, making it better suited to leisurely driving than high-speed slaloms. The Solara convertible rewards careful drivers with outstanding comfort and little roughness.
All things considered, the Toyota Camry Solara from 2004 to 2007 is a great car. It’s also a car that’s sacrificed the drama and passion of an engaging driving experience to produce a dependable but somewhat uninteresting car that’s a lot more useful than some of the other old convertibles on the market. For drivers looking for a used car they never have to think about and one that always answers their call when it’s time to head out into the summer sunset, the Camry Solara convertible is ideal.
How many miles can a 2004 Toyota Solara travel?
You want to take care of your car but are unsure about the right time to get certain services performed.
It can be confusing, but fortunately there is a tool that makes routine Solara maintenance simple.
It’s as simple as adhering to the maintenance program created just for your 2004 Toyota Solara!
Toyota has created your automobile, so they know it inside and out. Because of this, they have created this timetable with your car’s particular needs in mind.
Scheduled maintenance can change based on the weather, road conditions, and other variables;
rotation of the tires, inspection and replacement of critical fluids, filter changes, brake pad replacements, and oil changes.
Maintaining regular maintenance appointments is an excellent method to extend the life of your Solara.
and assist you in avoiding subsequent costly repairs brought on by issues with your 2004 Toyota Solara.
How durable are Toyota transmissions?
Transmissions can last anywhere from just over 10,000 miles to over 200,000 miles. However, routine car maintenance is typically the biggest element affecting a transmission’s longevity, and good maintenance can make it run even longer.
Why did Toyota stop the Solara?
For the 2004 model year[16], the second version of the Camry Solara was totally redesigned (design approval in 2001; JPO patent number 1218292) and released to the public in August 2003[1]. It had a curvier body and had the option to install XM radio and/or a navigation system.
[7] The Gen 2 body is heavier than the Gen 1.5 body since it is built on the same basis as the 2002 Camry sedan[17]. The optional 3.3 L V6 engine had a revised rating of 225 net horsepower at 5,600 rpm (168 kW) and 240 lbft (325 Nm) of torque at 3,600 rpm, while the four-cylinder engine was carried over from the previous version. The V6 was only available with a five-speed U151E automatic transmission, whereas the four-cylinder engine could be mated to either a five-speed manual or four-speed automatic transmission. The VVT-i technology from Toyota was used in both engines.
For the second generation vehicle, the Solara was shifted to Toyota Motor Manufacturing Kentucky. For the coupe, production commenced in July 2003, while for the convertible, it did so in February 2004. [14] Only the 3.3 liter V-6 and the 5-speed MMT automatic transmission were available for the convertible. [1] [18] Instead of being converted from the coupe like the first-generation vehicle, which was criticized for having a lackluster level of structural rigidity [19]Toyota asserted that the second-generation convertible was made with a more solid body construction expressly to reduce noise and vibration levels. [18] [19]
The four-speed automatic transmission on four-cylinder versions was replaced by the five-speed MMT automatic transmission in late 2005 for the model year 2006, and minor adjustments were made to the optional motorized driver’s seat.
[1]
[20]
A revamped 2007 Solara featuring new LED tail lights, a revised rear bumper, and a new front fascia was unveiled in June 2006.
[1] The interior has been updated with Optitron gauges, blue backlighting on the rest of the controls, a new steering wheel that resembles the recently updated Camry SE steering wheel, a revised shifter, MP3 and WMA CD playback functionality, Bluetooth connectivity, and voice-activated navigation on the SLE V6 models. The engines remained the same, but thanks to new SAE-Certified testing procedures, the 4-cylinder model was now rated at 155 horsepower (116 kW) and 158 lb-ft (214 Nm), while the V6 was now rated at 210 horsepower (157 kW) and 220 lb-ft (298 Nm). [Reference needed]
Due to the second-generation Solara’s inherited uninspiring handling from its parent Camry, sales of the vehicle fell short of expectations.
[21] Despite the structural overhaul, the convertible was nonetheless criticized for its severe body shake and soft handling that did not seem sporty.
[18] Sales decreased from about 50,000 units annually between model years 2005 and 2008 to barely over 20,000.
[10] Due to poor sales after the 2008 model year, the coupe was discontinued[8], but the convertible, which sold the majority of cars, was still made. [9]
Despite claims that the convertible may remain on the market through at least 2010, production was covertly halted in December 2008, with sales continuing to measure demand from inventory. Toyota announced that production would not continue since sales had fallen short of expectations in June 2009. [8] [10]
Toyota Solara and Camry are equivalent.
The Camry Solara is a sportier, two-door variation of the Camry sedan that is offered in coupe and convertible body styles.
The ride is smooth and controlled, but it is notably tighter than the four-door.
Over the years, customers had the option between reliable four-cylinder engines and a powerful, smooth V6.
The Solara’s interior is tastefully furnished, serenely quiet, and its front seats are supportive and pleasant.
Although the top of our tested convertible had considerable body movement, it is sufficiently insulated.
What is the 2007 Toyota Solara’s blue book value?
The Manufacturer’s Suggested Retail Price (MSRP) for the Camry Solara Convertible SE is $27,810, while that of the Sport is $30,080, and that of the opulent SLE is $31,080.
What volume of fuel can a Toyota Solara hold?
Comparison of gas tank sizes: Toyota Solara, 18.5 gallons. Mid-Size Sedan, 2020 Toyota Corolla XLE CVT: 13.2 gallons (50 liters).
ZF 5HP 24/30
was mostly utilized in BMW luxury class 8 and 12-cylinder automobiles. Additionally, these
A6, A8, and Volkswagen (4motion) vehicles. The ZF’s torque capability
Modifications 24 and 30 are frequently possible with high-quality ZF transmission components.
GM 5L40-E / 6L50
The GM 5-speed 5L40-E automatic transmission is intended for engines with displacements ranging from 1,8 to 3,6 liters and a maximum torque of 340 Nm. It was created between 1998 and 2007. Initially, rear-wheel drive vehicles with longitudinally positioned engines were designed to use this automatic transmission (RWD). This transmission was used in BMW vehicles, specifically the e46 series 323i and 328i models. GM released the all-wheel drive (AWD) car modification in 2000. This transmission was included with the initial BMW X5 cars. In 2001, GM engineers created the 5L50 variant, which could run under difficult conditions in vehicles up to 2300 kg in weight and 422 Nm in torque. Additionally, since 2004, GM’s less potent rear-wheel drive (RWD) vehicles, including the Cadillac CTS, Pontiac Solstice, and Holden Commodore, have been equipped with this automatic transmission.
The 5L40 was intended to be replaced by the 6-speed automatic 6L50. However, it should be noted that these transmissions are nearly identical when reliability and durability metrics are compared. The 6L50 is noted by its soft and smooth functioning and can easily travel 400500 thousand kilometers.
Toyota A340
This 4-speed automatic transmission is intended for front-engined vehicles with either RWD or AWD. Since 1986, Toyota has been producing the A340 transmission model, sometimes known as the AW30-40LE or -70LE in accordance with Aisin classification. This transmission is well known for its dependability and toughness. This automatic transmission may need the worn-out friction clutches and seals replaced in order for it to last 300400 thousand kilometers. The transmission may go the same number of miles after some modest repairs. Only after covering 700,000 kilometers may the initial overhaul be necessary. For example, Toyota Runner, Supra, Lexus GS, and LS all had this transmission. This series of transmissions was successfully utilized for SUVs such as Jeep, Montero, Terracan, Volvo, Lexus, Pajero, minibuses, and small pickup trucks all around the world under Aisin names such as AW30-40, 30-41, AW30-43LE / LS, AW31-41, and AW31-81. All of Toyota’s non-Japanese assembly plants continue to produce new transmissions for this model (from Vietnam, Indonesia, the Philippines to Argentina and the USA). For rear-wheel drive (RWD) Lexus cars built on the A341E platform, Aisin designed its first 5-speed automatic transmission 350 in 1995 as a competitor to ZF and Mercedes for market dominance in automatic transmissions. However, after a year in production, the A650 replaced this transmission.
Toyota A750
Large SUVs and off-road Lexus and Toyota cars are the principal applications for this 5-speed automatic transmission. This automatic transmission has been made by Toyota since 2003. The operational speed of the A750 is not what sets it apart. Even though the A750 operates under tremendous loads on a continual basis, it is one of the most reliable transmissions. For instance, a Toyota Land Cruiser with this transmission typically functions in difficult and intense driving circumstances. Finding a car with an A750 transmission that needs repair before 400,000 kilometers is difficult. Toyota transmission components are very dependable and long-lasting. Only solenoids in the Toyota A750 transmission may run out of service resources quite quickly (during the first years), however this issue can be readily fixed by replacing the solenoids. This transmission is still reliable even after several hundred thousand miles.
Mercedes 722.4
This automatic transmission is no longer manufactured today. This Mercedes transmission is renowned for its extraordinary toughness. Since the 1980s, Mercedes-Benz has developed this 4-speed automatic transmission for use in the 190-series, W124, and C-class models of automobiles. Regardless of the engine type, this transmission consistently performed with outstanding reliability (4-, 5-, or 6-cylinder). The design of 722.4 is essentially unbreakable. When the transmission is put under difficult operating conditions, certain specific Mercedes transmission parts may experience issues.
Jeep A904
Released in 1960, this automatic transmission worked with 6-cylinder engines. All Chrysler transmissions are thought to have been inspired by this Jeep transmission. The transmission from the 1950s of the previous century is updated in the 904 model. These Jeep models received this transmission: the Cherokee XJ, Wrangler YJ, and TJ. For this automatic transmission, numerous aftermarket manufacturers have up until this point produced torque converters, shift kits for valve bodies, repair kits, and friction clutches. Even American pickup trucks with V8 engines were fitted with this transmission, which undoubtedly attests to the A904’s robustness. The Jeep transmission’s straightforward design makes it easy to rebuild, albeit it might be necessary after 600,000 miles.
Mazda / Ford FN4A-EL / 4F27E
Engineers from Ford and Mazda collaborated to create this automatic transmission. This transmission is referred to by distinct designations by both companies (Mazda-FN4A-EL/Ford-4F27E). This transmission, which was created in 2000, only has four speeds, and that is thought to be its one flaw. The torque converter can be locked within a wide range of revolutions per minute (RPM), which helps to lower the amount of gasoline consumed during gear shifting. The biggest benefit of this automatic transmission is how infrequently it experiences issues. Only very rarely does this automatic transmission need to be repaired before it has traveled 500,000 kilometers.