1987 Toyota Cressida Specs Common Issues And Restoration
The 1987 Toyota Cressida represents a zenith of rear-wheel-drive sedan engineering, blending dependable inline-four performance with luxury appointments. This article examines the specific technical specifications, chronicling the common mechanical failures associated with high-mileage examples and detailing the methodologies required for a comprehensive frame-off restoration. Through expert insights and component analysis, we provide a definitive guide for owners and enthusiasts seeking to preserve or revive this automotive classic.
The Toyota Cressida, known internally as the MX73, occupied a critical niche in Toyota's North American lineup, serving as a direct competitor to the Nissan Maxima and Mazda 626. Introduced in 1978, the model evolved through several generations before the 1987 iteration, which featured a more angular design and refined interior. For the enthusiast community today, the vehicle is valued not for speed, but for its robust construction and the rewarding experience of maintaining a machine built to last. Understanding the interplay between its factory specifications and inherent design flaws is the first step in ensuring its survival.
1987 Toyota Cressida Technical Specifications
Delving into the 1987 Toyota Cressida specs reveals a machine built for comfort and durability rather than outright performance. The base engine was the 2.2-liter inline-four 22R, producing 103 horsepower and 130 lb-ft of torque, mated to either a four-speed automatic or a five-speed manual transmission. The suspension relied on MacPherson struts in the front and a live rear axle with coil springs, providing a ride quality that prioritized smoothness over sporty handling.
* **Engine:** 2.2L 22R I4 (103 hp / 130 lb-ft)
* **Drivetrain:** Rear-Wheel Drive
* **Transmission:** 4-Speed Automatic or 5-Speed Manual
* **Suspension:** Front: MacPherson Struts / Rear: Live Axle with Coil Springs
* **Brakes:** Front Disc / Rear Drum
* **Dimensions:** 180.3" L / 66.7" W / 53.5" H / 103.1" Wheelbase
Mechanic and classic car restorer, Dave Jenkins, who has worked on over 50 examples of the generation, explains the appeal of these numbers. "The 22R engine is a beautiful thing in its simplicity," Jenkins states. "It might not make a lot of power by today's standards, but the build quality is exceptional. The iron block and heads mean you can practically throw hammers at it, and it will still turn over. The suspension geometry is textbook; it gives you confidence that modern cars sometimes lack." This robust construction is the foundation upon which the car's legendary reliability is built, though it is not without its specific vulnerabilities.
Common Issues In High-Mileage Examples
Despite the Toyota reputation for longevity, 1987 Cressidas that have logged significant miles often present specific challenges. These issues are generally predictable and addressable, but ignoring them can lead to more severe (and expensive) repairs down the line. Potential restorers and daily drivers must be vigilant for these particular failure points.
Perhaps the most universal gripe among Cressida owners is the fate of the automatic transmission. The A40D four-speed automatic, while generally reliable, is susceptible to premature wear in the torque converter clutch and valve body. Symptoms include slipping between third and fourth gears, delayed engagement, or a pronounced shudder during light throttle application. "If the car has the auto trans and hasn't had a fluid flush with a filter change in the last 50,000 miles, assume it needs work," warns Jenkins. "The fluid breaks down and turns to varnish, which clogs the small passages."
Electrical gremlins are also a frequent annoyance in cars of this vintage. The dashboard cluster, particularly the speedometer cable drive and the gauge backlighting, is prone to failure. Corrosion in the connector of the Engine Coolant Temperature (ECT) sensor can cause rough idling and poor fuel economy, as the computer relies on faulty data. Furthermore, the wiring harness near the front strut tower is vulnerable to chafing, which can cause short circuits and various intermittent electrical faults.
The suspension components represent another critical area of concern. The front struts, while effective, house internal shock absorber mechanisms that can leak, resulting in a harsh and bouncy ride. The rear coil springs, subjected to decades of road salt and corrosion, can develop microfractures. If a coil spring breaks, it can severely damage the axle housing and surrounding body structure. The brake system is equally crucial; the rear drum components can rust solid, while the front disc brake calipers are prone to seizing if not regularly maintained, leading to uneven pad wear and reduced braking power.
The Restoration Process: A Methodical Revival
Restoring a 1987 Toyota Cressida to its former glory is a marathon, not a sprint, demanding patience, mechanical aptitude, and a respect for the vehicle's original design. A frame-off restoration is the gold standard, allowing for the inspection and repair of every single component. This process begins with the meticulous disassembly of the vehicle, where every bolt is cataloged and stored according to its origin.
The chassis is the focal point of any serious restoration. Once the body is off, the subframe can be inspected for rust, particularly in the quarters behind the rear wheel wells. "Rust is the silent killer of these cars," Jenkins emphasizes. "You have to check the subframe mounts and the rear crossmember. If the rust has compromised the structural integrity, you are looking at extensive sheet metal replacement or reinforcements." Sandblasting is the most effective method for removing old undercoating and revealing the true condition of the metal.
With the chassis clean and assessed, the critical step of media blasting or sandblasting prepares the surface for a durable new paint job. This is followed by the application of a zinc-phosphate primer, which provides superior corrosion resistance compared to traditional rust-inhibitive primers. The body is then metaled, if necessary, and sanded to a perfect finish before receiving several coats of high-build primer and final color coat. The interior restoration is equally detailed, involving the removal of the dashboard trim, carpet, and seats to address any tears, fading, or woodgrain veneer damage. Reassembling the interior requires careful attention to detail to ensure the vinyl and cloth align perfectly and the dash pods are free of cracks.
Final Thoughts On Ownership
The 1987 Toyota Cressida is a study in contrasts: a luxurious cruiser built with the reliability of a workhorse. While common issues like transmission wear and electrical gremlins require vigilance, the underlying mechanical hardware is exceptionally robust. For the dedicated enthusiast, the process of restoration is as rewarding as the final drive. It transforms a neglected relic into a testament to an era of automotive engineering where durability and comfort were paramount. By respecting the car's specific needs and addressing the known faults proactively, the 1987 Cressida can continue to provide reliable and comfortable transportation for years to come.
