ZZW30.

At a glance

Production

1999–2007. Japan to 2007, US to 2005, UK 2000–2006.

Body

Convertible only — no hardtop or T-bar variant

Engines

1ZZ-FE 1794 cc · 2ZZ-GE 1796 cc swap (most common upgrade)

Transmission

5-speed manual to 2002, 6-speed manual or SMT (Sequential Manual Transmission) from 2003 model year

Bolt pattern

4×100 — same as the AW11

Weight

~975 kg (lightest of the three generations)

Toyota's launch figures

Toyota GB's October 1999 reveal positioned the new MR2 as combining "traditional sports car characteristics with modern engineering" — fun to drive, good to look at, affordable to own. The factory headlines from the launch press release:

Engine	1.8 L 16V VVT-i (1ZZ-FE), mid-mounted
Power	138 bhp @ 6,400 rpm
Torque	127 lb·ft @ 4,400 rpm
0–62 mph	7.9 seconds
Top speed	130 mph
Combined consumption	37 mpg
Length	3,885 mm
Wheelbase	2,450 mm
Kerb weight	975 kg
Power-to-weight	~146 hp/tonne
Wheels at launch	15" alloy, 185/55R front + 205/50R rear

Source: Toyota GB factory press releases (15 October 1999 European reveal + 22 March 2000 UK launch). UK figures cite 140 PS (metric) which is equivalent to 138 bhp imperial. Factory documented

UK launch — March 2000

UK sales started 5 April 2000 at £18,495 OTR for a single well-equipped derivative. Toyota projected 2,700 cars in 2000 and a 3,500-units-per-year steady-state run-rate — "substantially higher than the previous generation [SW20] had achieved in a decade", per Toyota GB's own framing.

UK launch options + prices

Air conditioning	£900
Leather upholstery	£500
Colour-coded hardtop	£1,500

UK service intervals at launch

Major service	20,000 miles or 2 years
Intermediate health check	10,000 miles or 12 months
Three-year cost-of-ownership (Toyota's quoted figure)	£1,608.44
Pan-European warranty	3 years / 60,000 miles
Anti-perforation cover	12 years

Source: Toyota GB UK launch press release, 22 March 2000. Factory documented

The September 2002 facelift

On 6 September 2002 Toyota GB announced the 2003-model-year ZZW30. On-sale October 2002. This is the canonical pre-/post-facelift line that defines the ZZW30 buying conversation today — six things changed at once:

1. Transmission: 5-speed manual + 5-speed SMT both moved to 6-speed. SMT controls re-tuned + gained automatic downshift below a certain speed.
2. Suspension: additional rear bracing, refined damping. Steering precision improved via needle bearings in the steering shaft.
3. Wheels + tyres: front stayed 15" / 185/55, rear stepped up to 16" / 215/45. (Pre-facelift was 15" all round.)
4. Differential: Torsen LSD became standard across all variants (was optional / not on all variants pre-facelift).
5. Active safety on SMT: VSC + Traction Control + Brake Assist standard on SMT cars.
6. Styling: dual-bulb headlamps (was single-bulb), red-lens rear lamps with two oval graphics, trapezium front bumper with integrated round fog lamps, big-bore exhaust tailpipe, body-colour-coded side air intakes, redesigned grille. Interior: chrome detailing, redesigned switch layout, sportier gauge graphics.

A car built before September 2002 carries one combination of these traits; a car built October 2002 onwards carries all six. Wheel-size + LSD-standard are the easiest visual cues at distance.

Source: Toyota GB factory press release, 6 September 2002 ("MR2 Roadster — 2003 Model"). Cross-validated against MR2OC community fitment data. Factory documented

TF300 — final edition (2006)

UK production ended in 2006 with a numbered limited edition. Toyota GB's framing: "the last 300 examples to be built for the UK market", each individually numbered with a certificate signed by Toyota GB chairman Shimpei Kobayashi.

Production	300 cars (UK only), numbered
Body colours	Crystal Silver · Astral Black · Sable
Interior	Custom leather + Alcantara, red OR grey
Exhaust	Twin TTE stainless steel sports tailpipes
Engine (NA throughout)	1.8L 1ZZ-FE, 138 bhp
0–62 mph	8.0 sec
Top speed	131 mph
Combined consumption	38.2 mpg
CO₂	178 g/km
Launch price	£18,015 OTR

Buyers could request specific production numbers (Toyota's worked examples: 123, 007, 222). Each seatback was individually stitched with the production sequence number. Spotting one in the wild today: look for the seat stitching first, then the certificate / log book.

Source: Toyota GB factory press release, 31 May 2006 ("Toyota MR2 Roadster TF300: It's The Final Countdown"). Factory documented

Engines

Common problems

• 'Cancer bars' — chassis bracing and rear anti-roll bar corrosion

  Serious

  Enthusiast term (UK-led) for the open-ended mild-steel chassis bracing and rear anti-roll bar that rust from the inside out. The rear ARB in particular corrodes underneath its protective shields near the exhaust. Stamped mild steel with paint coatings that contain cavities to hold water — once rust starts internally, it's very hard to stop. Common preventative fix: replace with stainless or powder-coated braces and inspect the rear subframe for similar corrosion. Period-correct aftermarket replacements available (Cusco side-pillar bars are a popular upgrade).

  Specialist source

• SMT Gear Shift Actuator (GSA) failure

  Widespread

  Sequential Manual Transmission was offered roughly Oct 2002 – 2005 (US final model year 2005, Japan/Europe to ~2007). The Gear Shift Actuator (GSA, Toyota part 33960-0W011) is the dominant failure: the clutch actuator rod rusts internally, destroying the seal — and because the rod and seal aren't separately serviceable, the entire GSA must be replaced. Per Monkeywrench Racing (one of the few specialists who still rebuild them), 70%+ of all SMT 'intermittent' faults — gear light coming on, failure to select a gear, failure to complete the relearn — trace back to a worn or damaged GSA. Toyota's error codes for SMT are notoriously vague; Toyota also used the SMT only in the MR2, so few technicians have real experience with it.

  Specialist source

• Pre-cat catalytic failure (2000–2002 ZZW30)

  Common

  Affects 2000–2002 model-year MR2 Spyders. The pre-cat substrate breaks up; debris can be ingested by the engine on overlap and score the bores. The root cause is not the pre-cat itself — it's oval bores from worn piston rings that let oil enter the exhaust manifold and contaminate the substrate. Toyota redesigned the piston rings on the late-2002 facelift (introduced as a 2003 model year) and reported failures effectively stop. Many owners of 2000–2002 cars delete the pre-cat preventatively as a stop-gap; the proper fix on a high-mileage 2000–2002 is a piston ring replacement.

  Specialist source

• Soft-top mechanism wear and seal failures

  Common

  Roof mechanism seizes; rubber seals harden. Most thorough community coverage on MR2ROC.

  Forum verified

→ Full buyer's guide for inspection-led, weakness-by-weakness deep-dive on the 1ZZ-FE oil consumption, SMT versus manual, and structural corrosion conversation.