The 1987 Toyota Cressida remains an unexpected engineering milestone from an era when rear-wheel-drive luxury sedans from Japan quietly outbuilt their European rivals. Underneath its conservative, boxy exterior, this sedan shared mechanical DNA with the legendary Supra, packing a smooth inline-six engine and durable running gear that still turns heads among automotive enthusiasts. If you're hunting for a dependable modern classic or wondering why these cruisers earned such a fierce cult following, it's worth looking past the bland styling to see what made them special.
Search intent for this vehicle centers on understanding its reliability, finding authentic maintenance details, and evaluating whether it makes a practical vintage daily driver. Many buyers want to know how the 3M-GE or 5M-GE engines hold up today, where parts are hiding, and how this luxury cruiser compares to modern standards. While casual articles gloss over the specs, we're diving straight into the real-world performance, common mechanical traps, and actual ownership costs of this vintage machine.
The Engineering Foundation
Toyota built the MX73 generation Cressida on a sturdy rear-wheel-drive platform designed for comfort, longevity, and effortless highway cruising. You didn't buy one of these for track days. You bought it because you wanted a quiet cabin, plush velour or leather seats, and an engine that wouldn't complain after three hundred thousand miles. Toyota didn't cut corners on build quality during the mid-eighties, and the heavy-gauge steel body panels reflect a time when factory budgets prioritized durability over weight savings.
The 5M-E Engine Core
The North American specification came equipped with the 2.8-liter 5M-E inline-six engine. It wasn't a powerhouse by modern standards, producing roughly 156 horsepower, but it delivered linear power and buttery-smooth operation. You'll find that maintenance matters immensely with these older powerplants. If previous owners neglected coolant flushes, head gasket issues surfaced due to the iron block and aluminum head combination. We'll outline exact preventative steps later so you don't inherit a steaming headache.
Power routes through a four-speed automatic transmission with overdrive, known as the A43DE unit. It shifts softly, prioritizing comfort over aggressive throttle response. You won't win drag races, but you'll glide down the interstate at seventy miles per hour without straining the mechanical components.
Interior Luxury and 1980s Technology
Step inside a well-preserved 1987 model, and you're greeted by a digital dash, automatic climate control, and power everything. Toyota loaded these sedans with features that felt futuristic in 1987. Power windows, cruise control, tilt steering, and cassette stereos came standard.
The seats deserve special mention. They're often compared to living room armchairs, wrapped in deep velour or optional leather. Drivers frequently report zero back fatigue on multi-hour road trips. However, electronics from this era can test your patience. Power window switches get sluggish, and climate control actuators occasionally stick. You'll need to check every single button during a pre-purchase inspection because sourcing rare interior trim pieces takes real dedication.
Real-World Reliability and Common Failure Points
Reliability is the primary reason enthusiasts chase down these vintage sedans today. When maintained properly, they run forever. Yet, thirty-plus years of aging introduces predictable wear items that demand attention.
- Head Gasket Integrity: The 5M engine family is notoriously sensitive to overheating. Inspect the coolant condition and look for oil leaks around the rear of the cylinder head before buying.
- Electrical Ground Corrosion: Older wiring harnesses develop resistance over decades. Clean your main engine and chassis grounds to prevent erratic gauge behavior.
- Suspension Bushings: Rubber components dry out and crack. Replacing tired control arm bushings transforms loose highway wander into tight, predictable handling.
Don't ignore routine fluid changes. Synthetic oils help protect vintage valve trains, and keeping fresh coolant in the system prevents the dreaded thermal stress that ruins classic inline-six motors.
Sourcing Parts and Maintenance Realities
Finding replacement parts requires patience. While basic wear items like brake pads, spark plugs, and filters remain readily available through standard auto parts stores, specific trim pieces, tail lights, and ECU modules require scouring enthusiast forums and specialized salvage yards.
Many mechanical components cross-reference directly with the Toyota Supra of the same era, which makes brake and suspension upgrades surprisingly straightforward. For official safety specs and vehicle history standards, you can review details archived by the National Highway Traffic Safety Administration. If you want to dive deeper into Toyota's corporate heritage and manufacturing evolution, check out the Toyota Global Site.
Frequently Asked Questions
Is the 1987 Toyota Cressida a good daily driver?
It can be, provided you find a well-maintained example and keep up with preventative maintenance. Because of its age, rubber hoses, alternators, and older wiring require occasional attention, so it helps if you don't mind basic wrenching.
How does it compare to the MK2 Supra?
They share a similar engine architecture and front suspension design, but the Cressida prioritizes luxury, four-door practicality, and a softer ride, whereas the Supra focuses on sports performance and two-door styling.
What fuel economy does the Cressida get?
Expect roughly eighteen miles per gallon in city driving and around twenty-four to twenty-six miles per gallon on the highway, depending on your driving habits and rear differential gear ratio.
Are engine swaps common?
Yes. Many owners eventually swap the original 5M engine for a 1JZ-GTE or 2JZ-GTE turbo motor borrowed from later Japanese domestic market vehicles, transforming the sleepy cruiser into a formidable performance sleeper.
