Nissan Skyline R33 GT-R
AWD RB26 icon; strong import demand; usable prices
Buyer's guide
15 min read
Buyer's guide & specs
Background
The Toyota Supra ran across four original chassis — A40/A50, A60, A70, and A80 — from 1978 to 2002, then returned as the BMW-co-developed A90 J29/DB. The A70 (1986) split from the Celica line and introduced the turbocharged 7M-GTE and later the 1JZ-GTE; the A80 (1993–2002) brought the 2JZ-GTE sequential twin-turbo rated at 280 PS JDM and 320 hp for the US Turbo. A Getrag V160/V161 six-speed manual paired with that drivetrain is now one of the most sought-after transmission combinations in the collector market. Stock A80 long-blocks have been documented handling 800 to 1,000+ hp with supporting modifications, a capability floor that has driven sustained auction demand.
The 2JZ-GTE that arrived in the A80 in 1993 was a closed-deck iron-block, aluminum-head 3.0L inline-six with sequential twin Hitachi CT20A/CT15B turbochargers. Toyota built the bottom end for motorsport and luxury-sedan duty — Aristo/GS300, Lexus — with a forged crank, oil squirters, and a main-bearing girdle that far exceeded what the 280 PS JDM gentleman's-agreement figure required.
The result is a power floor most tuners never approach: bolt on a single turbo, upgrade injectors and fuel pump, and a stock long-block reliably handles 600–800 hp. With stronger head studs and a built fuel system, 1,000+ hp on pump gas plus methanol is routine.
That overengineering — never officially marketed by Toyota at launch — became its own brand asset by the late 1990s. By 2026, low-mile US Turbo cars cross the block on Bring a Trailer at six figures, with the strongest unmodified 6MT examples breaking $250,000.
Toyota stopped selling the A80 in the US in 1998 as coupe demand fell; the A90 returned in 2019 only because Toyota partnered with BMW for the chassis and the B58 inline-six. In the 25-year gap, three forces kept demand alive: the Fast and Furious franchise (the orange Mk4 in the 2001 original), drift culture's adoption of the 1JZ/2JZ as a default donor engine, and Japan's 25-year import rule turning 1993-build A80s legal in the US from 2018.
The A80 also benefited from Toyota's reluctance to release the J29/DB as a true mechanical successor. Enthusiasts who wanted a Toyota-engineered straight-six coupe had no factory option but a used A80, which compressed demand onto a shrinking supply of clean Twin Turbo 6MT cars.
That supply scarcity is the documented reason A80 auction results separated from the rest of the JDM market between 2019 and 2022 and have held a premium since. The production numbers explain why: US Turbo 6MT cars were never plentiful, and attrition over 30 years has thinned the supply further.
Editorial notes
Quick read
Constants
Chassis history
The Supra ran from 1978 until 2002 across four generations, and then Toyota brought it back as the J29 in 2019. Each generation feels like a different car. The A40 and A60 are Celica based grand tourers. The A70 is where the Supra became its own model and got serious about turbocharging. The A80 is the 2JZ icon everyone thinks of when they hear Supra. The A90 is the BMW co-developed return that the purists are still arguing about.
Second generation — A60 (1981–1986)
Third generation — A70 (1986–1993)
Buyer's call
The Supra is the rare JDM car where the strengths and the weaknesses are well known before you even start looking. You're buying into an icon with a massive parts network and a 2JZ engine that takes abuse, and you're also buying a car that thieves know about and that gets punished hard at resale for any compromise. Read the cons before you fall in love with the photos.
Reliability
The Supra is mechanically tough, but the issues are real and they're chassis specific. On the A70 the 7M-GTE has a head gasket problem that comes from improperly torqued head bolts at the factory, and the only real fix is doing the head bolts properly with the right torque sequence. On the A80 the V160 6-speed manual gets expensive when 2nd and 3rd synchros wear out, and parts are getting hard to find. Across all generations the JDM headlight lenses haze badly from UV damage, and the coil pack clips break from heat. Imported cars also tend to have age related rust and weatherstripping problems that the photos won't show you.
| Issue | Cause | Solution | Est. cost |
|---|---|---|---|
| V160 2nd/3rd synchro grind | Hard shifts, old fluid, worn synchros | Rebuild w/ synchros; correct fluid; avoid power shifts | $3500-9000 |
| V160/V161 parts scarcity | NLA gears/synchros; limited rebuild parts | Source used parts early; consider Getrag specialist | $1000-6000 |
| Clutch master/slave leaks | Aging seals; heat; old fluid | Replace master/slave; flush; inspect hard line | $250-700 |
| Throwout bearing noise | Worn bearing; heavy clutch pressure plates | Replace TOB; inspect fork/pivot; clutch service | $700-2000 |
| Rear main seal leak | Age, crankcase pressure, poor prior install | Replace seal during clutch; check PCV/breather | $900-2200 |
| Turbo oil seal smoke | Worn CHRA; coked oil; high EGT; age | Rebuild/replace turbos; improve oiling/cooldown | $1200-4500 |
| Sequential turbo hesitation | Cracked vac lines, bad VSV, stuck actuator | Refresh hoses/VSVs; test actuators; proper routing | $200-1200 |
| Boost creep on stock twins | Exhaust mods reduce backpressure; wastegate limits | Port wastegates or go single; tune boost control | $300-4500 |
| Overheating in traffic | Old radiator, fan clutch weak, air in system | New rad, fan clutch, thermostat; bleed properly | $400-1200 |
| Head gasket failure (abuse) | Overheat, detonation, high boost on poor tune | MLS gasket, studs, machine head; fix tune/cooling | $2500-6500 |
| Rod bearing damage (rare) | Oil starvation, low oil pressure, track abuse | Inspect bearings; rebuild bottom end if needed | $4000-12000 |
| Oil pump/front seal leaks | Age; crank seal wear; timing service neglect | Replace seals during timing belt; inspect pump | $900-2200 |
| Timing belt overdue | Deferred maintenance; unknown history | Timing belt kit w/ water pump, idlers, seals | $900-2000 |
| Water pump bearing/weep | Age; cheap aftermarket pump; old coolant | OEM/Aisin pump; fresh coolant; proper bleed | $500-1200 |
| Heater core leak | Corrosion; old coolant; age | Replace heater core; flush system; new hoses | $900-1800 |
| Radiator plastic tank crack | Heat cycling; old cap; age | Replace radiator/cap; inspect hoses and clamps | $300-900 |
| Valve cover gasket leaks | Hardened gaskets; crankcase pressure | Replace gaskets/grommets; check PCV/breathers | $250-700 |
| Cam seals leaking | Age; heat; timing belt overdue | Replace cam seals during timing service | $700-1800 |
| Power steering pump whine | Aeration from leaks; worn pump; old fluid | Fix suction leaks; rebuild/replace pump; flush | $300-900 |
| PS hose seep/leak | Aging rubber; heat near turbo/downpipe | Replace hoses; add heat shielding; proper clamps | $200-700 |
| Steering rack leaks | Worn seals; contaminated fluid; age | Rebuild/replace rack; flush system; new tie rods | $700-1800 |
| Front lower ball joint wear | Age; lowered cars increase load; torn boots | Replace LBJs; align; avoid cheap parts | $300-900 |
| Rear subframe bushing collapse | Age; torque; oil contamination | Replace bushings; inspect mounts; align afterward | $800-2200 |
| Rear toe arm wear/bend | Curb hits; lowered alignment stress | Replace arms; set toe; check knuckles | $400-1400 |
| Seized brake calipers | Old fluid; corrosion; sitting long periods | Rebuild/replace calipers; new fluid; new pads/rotors | $600-2000 |
| Warped/cracked rotors | Track heat; cheap rotors; stuck caliper | Quality rotors/pads; fix caliper; bed properly | $400-1500 |
| ABS wheel speed sensor faults | Broken wiring; sensor gap; corrosion | Diagnose per corner; repair wiring; replace sensor | $200-900 |
| Targa roof water leaks | Shrunk seals; clogged drains; misadjusted latches | Replace seals; clear drains; adjust latches | $300-1500 |
| Hatch area water leaks | Old hatch seal; tail light gasket leaks | Replace seals/gaskets; reseal tail lights | $200-800 |
| Window regulator failure | Aging cables; dry tracks; motor wear | Replace regulator; lube tracks; check switches | $250-900 |
| AC weak/not cold | Leaks, tired compressor, old condenser | Leak test; replace drier/valve; recharge properly | $400-1800 |
| Cluster/odometer issues | Capacitors/gear wear; prior tampering | Cluster repair; verify mileage via records | $150-600 |
| Idle hunting/stalling | Dirty IACV, vac leaks, bad TPS, boost leaks | Smoke test; clean IACV; set TPS; fix leaks | $150-800 |
| Misfire under boost | Old coils, wrong plugs gap, weak igniter, tune | New coils/plugs; check igniter/grounds; retune | $200-1500 |
| Fuel pump failure | Age; running low fuel; ethanol exposure | Replace pump/filter; rewire if needed; check FPR | $250-900 |
| Injector seal fuel leaks | Hardened o-rings; disturbed during mods | Replace seals/insulators; torque rail properly | $150-500 |
| Detonation from bad tune | Boost raised w/o fuel/ECU; poor fuel quality | Proper ECU+tune; knock monitoring; upgrade fuel | $800-6000 |
| Cracked exhaust manifold | Heat cycling; high EGT; age | Replace manifold; check studs; manage EGT | $500-2500 |
| Exhaust stud/nut breakage | Rust/heat; repeated removals | Extract studs; replace hardware; use anti-seize | $200-1200 |
| Differential whine | Worn bearings; low fluid; abuse | Fluid service; rebuild diff if noise persists | $150-1800 |
| Center support bearing noise | Aged rubber carrier; driveline angles | Replace CSB; inspect driveshaft; correct angles | $400-1200 |
| Interior trim NLA costs | Discontinued plastics; sun damage; age | Source used/JDM; refurbish; protect from UV | $200-3000 |
Market
The A80 sold concurrently in Japan, the US, and Europe between 1993 and 1998, with JDM production continuing alone through 2002. Mechanical differences are smaller than reputation suggests but meaningful: the JDM 2JZ-GTE was rated 280 PS to honor the gentleman's agreement (real output measured higher), the US 2JZ-GTE was published at 320 hp with revised ECU mapping and a different intake, and the EU spec rated at 330 PS with another calibration variant. The Getrag V160 six-speed was standard on USDM Turbo and most EU Turbo cars; the JDM RZ paired the V161 (closely related, market-specific final drive). RHD JDM cars came with the SZ and SZ-R naturally-aspirated grades that USDM never received, a 6MT-optional SZ-R variant, and JDM-only trim packages. Today, USDM LHD A80 Turbo 6MT cars typically trade higher than equivalent JDM RHD imports in the US market, primarily on title, financing, and insurance friction — JDM cars carry stronger collector premium in Japan and Europe.
Toyota Supra - Old vs. New
Specs
Every Supra except the A40 base and a few JDM 2.0 liter variants runs an inline six. The A70 introduced the 7M-GTE single turbo and later got the 1JZ-GTE twin turbo in Japan. The A80 is where the 2JZ-GTE sequential twin turbo showed up, and that's the engine that built the Supra's reputation. US A80 Turbo cars are rated at 320 hp, JDM and EU cars at 280 to 330 PS. The 4-speed automatic is fine, but if you want the tuning ceiling and the resale, you want the Getrag V160 6-speed manual.
| Chassis | Engine | Displacement | Power | Boost | Notes |
|---|---|---|---|---|---|
| A40/A50 | 4M-E | 2.6L | 110hp @ 4800rpm | N/A | SOHC 12V, EFI |
| A40/A50 | M-EU | 2.0L | 125PS @ 5600rpm | N/A | SOHC 12V, EFI (JP) |
| A60 | 5M-GE | 2.8L | 145hp @ 4800rpm | N/A | DOHC 24V (US early) |
| A60 | 5M-GE | 2.8L | 160hp @ 5600rpm | N/A | DOHC 24V (US late) |
| A60 | 1G-GEU | 2.0L | 140PS @ 6400rpm | N/A | DOHC 24V (JP) |
| A60 | 1G-GTEU | 2.0L | 185PS @ 6200rpm | N/A (twin turbo) | Twin turbo (JP) |
| A70 (MA70) | 7M-GE | 3.0L | 200hp @ 6000rpm | N/A | DOHC 24V (US) |
| A70 (MA70) | 7M-GTE | 3.0L | 232hp @ 5600rpm | 6.8 psi | CT26 turbo, intercooled (late) |
| A70 (MA70 Turbo A) | 7M-GTEU | 3.0L | 270PS @ 5600rpm | N/A | Turbo A homologation (JP) |
| A70 (GA70) | 1G-GTE | 2.0L | 185PS @ 6200rpm | N/A (twin turbo) | Twin turbo (JP) |
| A70 (JZA70) | 1JZ-GTE | 2.5L | 280PS @ 6200rpm | N/A (twin turbo) | Twin turbo (JP) |
| A80 (JZA80) | 2JZ-GE | 3.0L | 220PS @ 5800rpm | N/A | NA (JP spec) |
| A80 (US) | 2JZ-GE | 3.0L | 220hp @ 5800rpm | N/A | NA (US spec) |
| A80 (JZA80) | 2JZ-GTE | 3.0L | 280PS @ 5600rpm | N/A (twin turbo) | Sequential twin turbo (JP) |
| A80 (US) | 2JZ-GTE | 3.0L | 320hp @ 5600rpm | 11.8 psi | Sequential twins, intercooler |
| A80 (EU) | 2JZ-GTE | 3.0L | 330PS @ 5600rpm | N/A (twin turbo) | EU spec, sequential twins |
| A90 (2019-2020) | B58B30 | 3.0L | 335hp @ 5000-6500rpm | Turbo | Single twin-scroll turbo |
| A91 (2021-2025) | B58B30 | 3.0L | 382hp @ 5800-6500rpm | Turbo | Revised output (most mk5) |
| A90/A91 | B48B20 | 2.0L | 255hp @ 5000-6500rpm | Turbo | Single twin-scroll turbo |
| Type | Ratios | Availability | Notes |
|---|---|---|---|
| 5-speed Manual (W50/W58 family) | 3.287/1.894/1.275/1.000/0.783 | A40/A50, A60 (varies) | Ratios vary by market/year |
| 4-speed Automatic (A40/A43/A340 family) | 2.804/1.531/1.000/0.705 | A40/A50, A60, A70, A80 (NA/TT) | A340 series; lock-up (varies) |
| 5-speed Manual (R154) | 3.251/1.955/1.310/1.000/0.753 | A70 Turbo, JZA70 1JZ-GTE | Heavy-duty; turbo applications |
| 5-speed Manual (W58) | 3.285/1.894/1.275/1.000/0.783 | A70 NA, some A80 NA | Common NA gearbox; ratios vary |
| 6-speed Manual (Getrag V160/V161) | 3.827/2.360/1.685/1.312/1.000/0.793 | A80 Twin Turbo (most markets) | V161 for some markets; final varies |
| 8-speed Automatic (ZF 8HP) | 5.000/3.200/2.143/1.720/1.314/1.000/0.823/0.640 | A90/A91 2.0 & 3.0 | Paddle shift; integrated launch control |
| 6-speed Manual (iMT) | 3.154/2.060/1.404/1.000/0.802/0.673 | A91 3.0 MT (2023+) | Rev-matching; 3.0 only |
Lineup
The trim that matters most on the A80 is RZ vs SZ. RZ gets you the 2JZ-GTE twin turbo. SZ is the 2JZ-GE naturally aspirated car, and SZ-R is the better equipped NA with the 6-speed manual. On the A70 the Turbo is what you want, and the 1JZ-GTE 2.5GT Twin Turbo R is the late JDM hero. On the A60 the P-Type was the performance version with fender flares and the manual gearbox, and the L-Type was the luxury automatic. On the A90 the 3.0 with the B58 engine is the real Supra and the 2.0 is the budget version.
| Generation | Trim | Engine | Key features |
|---|---|---|---|
| A40/A50 (1st gen, Celica Supra) | Supra (US) | 4M-E 2.6L I6 | RWD, EFI, 5MT/4AT, liftback |
| A40/A50 (1st gen, Celica Supra) | Supra (JP) | M-EU 2.0L I6 | RWD, EFI, 5MT/4AT, liftback |
| A60 (2nd gen) | L-Type | 5M-GE 2.8L I6 | P-type wheels optional, luxury focus, 5MT/4AT |
| A60 (2nd gen) | P-Type | 5M-GE 2.8L I6 | Fender flares, wider tires, sport suspension, LSD opt |
| A60 (2nd gen) | 2.0GT (JP) | 1G-GEU 2.0L I6 | DOHC NA, RWD, 5MT/4AT, sport trim |
| A60 (2nd gen) | 2.0GT Twin Turbo (JP) | 1G-GTEU 2.0L I6 | Twin turbo, RWD, 5MT, Japan-only |
| A60 (2nd gen) | 2.8GT (JP) | 5M-GEU 2.8L I6 | DOHC NA, RWD, 5MT/4AT, Japan-only |
| A70 (3rd gen) | 3.0i (MA70) | 7M-GE 3.0L I6 | NA, RWD, 5MT/4AT, ABS optional |
| A70 (3rd gen) | Turbo (MA70) | 7M-GTE 3.0L I6 | Turbo, RWD, 5MT/4AT, intercooler (late) |
| A70 (3rd gen) | Turbo A (MA70) | 7M-GTEU 3.0L I6 | Homologation, CT26, 5MT, limited build |
| A70 (3rd gen) | 2.0GT Twin Turbo (GA70) | 1G-GTE 2.0L I6 | Twin turbo, RWD, 5MT/4AT, Japan-only |
| A70 (3rd gen) | 2.5GT Twin Turbo R (JZA70) | 1JZ-GTE 2.5L I6 | Twin turbo, RWD, 5MT/4AT, Japan-only |
| A80 (4th gen) | SZ (JZA80, JP) | 2JZ-GE 3.0L I6 | NA, 5MT/4AT, smaller brakes, Japan-only |
| A80 (4th gen) | SZ-R (JZA80, JP) | 2JZ-GE 3.0L I6 | NA, 6MT, sport brakes, LSD, Japan-only |
| A80 (4th gen) | RZ (JZA80, JP) | 2JZ-GTE 3.0L I6 | Twin turbo, 6MT/4AT, big brakes, LSD |
| A80 (4th gen) | RZ-S (JZA80, JP) | 2JZ-GTE 3.0L I6 | Twin turbo, 6MT/4AT, revised equipment, late JP |
| A80 (4th gen) | Base (US) | 2JZ-GE 3.0L I6 | NA, 5MT/4AT, US equipment, airbags |
| A80 (4th gen) | Turbo (US) | 2JZ-GTE 3.0L I6 | Twin turbo, 6MT/4AT, big brakes, rear spoiler |
| A80 (4th gen) | Turbo (EU/UK) | 2JZ-GTE 3.0L I6 | Twin turbo, 6MT, EU spec, larger rear fog |
| A90/A91 (5th gen, GR Supra) | SZ (JP) | B48B20 2.0L I4 | 2.0T, 8AT, smaller brakes, Japan-only name |
| A90/A91 (5th gen, GR Supra) | SZ-R (JP) | B48B20 2.0L I4 | 2.0T, 8AT, adaptive dampers, sport brakes |
| A90/A91 (5th gen, GR Supra) | RZ (JP) | B58B30 3.0L I6 | 3.0T, 8AT/6MT, active diff, adaptive dampers |
| A90/A91 (5th gen, GR Supra) | 3.0 | B58B30 3.0L I6 | 3.0T, 8AT/6MT, active diff, Brembo (varies) |
| A90/A91 (5th gen, GR Supra) | 3.0 Premium | B58B30 3.0L I6 | 3.0T, leather, JBL, HUD (market), 8AT/6MT |
| A90/A91 (5th gen, GR Supra) | 2.0 | B48B20 2.0L I4 | 2.0T, 8AT, lighter front end, smaller brakes |
| A90/A91 (5th gen, GR Supra) | Launch Edition (2020) | B58B30 3.0L I6 | 3.0T, unique wheels/trim, numbered (market) |
| A90/A91 (5th gen, GR Supra) | A91 Edition (2021) | B58B30 3.0L I6 | 3.0T, special color/graphics, limited (US) |
| A90/A91 (5th gen, GR Supra) | A91-CF Edition (2022) | B58B30 3.0L I6 | 3.0T, carbon fiber aero, limited (US) |
| A90/A91 (5th gen, GR Supra) | A91-MT Edition (2023) | B58B30 3.0L I6 | 3.0T, 6MT only, special color, limited (US) |
| A90/A91 (5th gen, GR Supra) | 45th Anniversary Edition (2024) | B58B30 3.0L I6 | 3.0T, decals/spoiler, 6MT/8AT, limited (US) |
Production
Toyota built a lot of A60 and A70 Supras in the 1980s, peaking at around 34,000 units in 1986. Production fell off a cliff in the 1990s as coupe demand collapsed in North America, and by 1996 Toyota was building under 900 a year. The A80 sold in Canada through 1996 and the US through 1998, then continued in Japan until 2002. The numbers below tell you why finding a clean A80 is hard. There just weren't that many built in the later years.
| Year | Total | Notes |
|---|---|---|
| 1979 | 26,207 | First full year of A40/A50 production |
| 1980 | 21,542 | |
| 1981 | 16,146 | Final year of A40/A50; A60 transition |
| 1982 | 34,048 | A60 launch year |
| 1983 | 26,972 | |
| 1984 | 29,871 | |
| 1985 | 23,568 | |
| 1986 | 33,823 | A70 launch; Supra becomes its own model line |
| 1987 | 29,907 | |
| 1988 | 19,596 | Turbo A homologation special released in Japan |
| 1989 | 14,544 | |
| 1990 | 6,419 | 1JZ-GTE JZA70 introduced |
| 1991 | 3,623 | |
| 1992 | 1,193 | Final year of A70 production |
| 1993 | 2,901 | A80 launch year; 2JZ-GTE Twin Turbo introduced |
| 1994 | 3,405 | |
| 1995 | 2,266 | |
| 1996 | 852 | Toyota pulls A80 from Canada |
| 1997 | 1,379 | |
| 1998 | 1,232 | Final year of USDM A80 sales |
| 1999 | 24 | JDM-only run-out; trickle production |
| 2019 | 2,884 | A90 GR Supra launch year; BMW-co-developed J29/DB |
Pricing
Today's market range: $12,000 to $250,000 (median ~$65,000). Source: JDMBUYSELL / USS Auction.
A80 TT 6MT remains blue-chip; top originals stay firm while average/modified cars soften. A70/A60 are climbing on scarcity. A90 prices normalize with depreciation, but 6MT/low-mile cars hold best; documentation and originality drive premiums.
Inspect
Walk the checklist with the seller and take your time. The Critical items mean walking away if there's no paperwork, especially on a 7M-GTE car where the head gasket history is the whole deal. The High severity items can be priced into the offer. Run the engine cold from the first start, drive it for 30 minutes, and watch the temperature gauge the whole way. A Supra that drives well at temperature usually is what it looks like.
Cross-shop
If the Supra ends up out of budget or just not the right car, the Nissan Skyline GT-R is the AWD answer with the RB26. The Mazda RX-7 FD3S gives you the same era and the same sequential twin turbo idea with a lighter rotary engine and higher upkeep. The Toyota Soarer JZZ30 is the cheapest way to get a 1JZ or 2JZ Toyota grand tourer, and the Nissan 300ZX Twin Turbo is the cheaper 90s twin turbo GT alternative.
AWD RB26 icon; strong import demand; usable prices
90s TT GT rival; cheaper entry; tighter engine bay
Tech-heavy AWD TT; value play; complex maintenance
1JZ/2JZ grand tourer; cheaper Toyota I6 platform
Compare
Against the R34 GT-R the Supra is RWD instead of AWD, and against the FD3S the Supra is heavier but more tunable and easier to live with. The 2JZ-GTE is what wins this comparison. Nothing else in the segment takes 600 to 800 hp on stock internals the way the 2JZ does.
| Feature | Toyota Supra | Nissan Skyline R34 GT-R | Mazda RX-7 FD3S |
|---|---|---|---|
| Stock power | A80 US TT: 320 hp | 276 hp (JDM claim) | 320 hp |
| Engine layout | 3.0L I6 twin-turbo | 2.6L I6 twin-turbo | 1.3L twin-rotor TT |
| Drivetrain | RWD (A80) | AWD (ATTESA) | RWD |
| Transmission | Getrag V160 6MT | 6MT (Getrag) | 5MT (most markets) |
| Curb weight | ~3,450 lb (US TT) | ~3,400 lb | ~2,800-2,900 lb |
| Tuning headroom | Very high (2JZ) | High (RB26) | High but heat-sensitive |
| Reliability baseline | Strong if maintained | Strong; AWD adds upkeep | More fragile; rotary care |
| Collector premium | Top-tier (A80 TT 6MT) | Top-tier (V-Spec) | High (Spirit R peak) |
| Parts cost | Rising; V160 pricey | High; AWD/ATTESA parts | Moderate-high; rotary parts |
| US availability | 1993-1998 USDM | Import only (25-year) | 1993-1995 USDM |
| Driving character | GT feel; stable at speed | Grip/traction focus | Light, sharp, edgy |
| Modern rival power | A90 3.0: 382 hp | 400 hp | 382 hp |
| Modern tuning | Strong; ECU locked varies | Strong; VR30 support | Strong; B58 ecosystem |
| Modern value curve | Holds if low-mile/spec | Early demand strong | Depreciates like BMW |
Gallery
Drivetrain
Editorial
The pragmatic entry in 2026 is an A70 Turbo with documented head gasket work, or an unmodified A80 SZ-R 6-speed if A80 Twin Turbo prices are out of reach. An A70 Turbo with proven head bolt history runs substantially less than an A80 and still delivers a turbocharged Toyota inline-six. The SZ-R gives you the A80 chassis and the V160 6-speed manual without the twin turbo premium; a single turbo conversion remains an option later.
If budget allows and you want the collector-grade car, the target is a stock 1993 to 1998 A80 Twin Turbo with the Getrag V160 6-speed, complete OEM aero, and original paint. Stock 2JZ-GTE cars with documented mileage are what the market prices highest. Cars that look like deals at or under $15,000 typically have non-original turbos, replaced gearboxes, or accident history under a cheap respray.
For modern ownership, the A90 with the 382 hp B58 engine — 2021 and later — is the daily-driver path, and the 2023-plus 6-speed manual is the variant with the clearest long-term appeal. The car to avoid at any price is a rough A70 with undocumented 7M-GTE head gasket history. A head gasket job done incorrectly twice costs more than the car is worth, and correct parts are getting harder to source. The same caution applies to any A80 with a non-original drivetrain, a V160 with synchro wear, or a heavily modified build someone is describing as street-ready.
FAQ
Citations
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