News & Topics • JDM Rally Legends

Mitsubishi Lancer Evolution IV (1996)
The “AYC revolution” — specs, JDM differences, and why 30 years matters in Europe

The Lancer Evolution IV is a turning point in the Evo story: new chassis generation, a reworked layout, and the introduction of AYC (Active Yaw Control) on the road car. And in 2026, the 1996 models reach the 30-year milestone — a threshold that can unlock “historic/collection” routes in many countries (rules depend on your local regulations).

Year: 1996 (30 years in 2026) Chassis: CN9A Engine: 4G63T 2.0 turbo Key tech: AYC (GSR)
New generation

Evo IV moved to the redesigned Lancer platform and changed layout to improve balance.

AYC introduced

AYC (Active Yaw Control) first appeared on the Evo IV GSR and became an Evo signature.

Evo III vs IV vs V

III = older generation, IV = AYC + new layout, V = widebody & track changes for the evolving rally era.

WRC success

The Evo IV won multiple WRC rallies with Tommi Mäkinen (1997 season highlight).

Mitsubishi Lancer Evolution IV (placeholder image)

1) Why 30 years matters for import & registration in Europe

In many European countries, the 30-year threshold can unlock “historic/collection” routes that may simplify paperwork if the car is in historically correct/original condition. In France, for example, the Service-Public guidance states a “carte grise de collection” is possible for vehicles over 30 years old, no longer produced, and not technically modified. (See Sources below.)

Important

Rules vary by country and by vehicle condition. If you want, we can tailor an Evo IV import plan for your exact destination and intended use.

2) Evo IV specs the quick enthusiast overview

Evo IV (1996–1998) is built on the CN9A platform and powered by the 2.0L turbocharged 4G63T. Output is commonly quoted at the Japanese “gentlemen’s agreement” level (280 PS / 276 hp) depending on source and market references.

ItemTypical Evo IV (JDM reference)Why it matters
Engine4G63T 2.0L turbo (inline-4)Iconic tuning platform with huge parts support
Power / torque~280 PS (JDM cap) / ~353 Nm (varies by listing)Strong mid-range + rally-bred response
DrivetrainFull-time AWDTraction and confidence on road and circuit
Key techAYC standard on GSRYaw control helps rotation and cornering stability
Body width~1690 mm (narrow-body era)V is the “widebody jump” (see below)

Layout change (big Evo IV milestone)

Evo IV rotated the engine/transaxle layout to improve weight balance (often described as a major engineering step compared to Evo I–III).

3) RS vs GSR two characters, one legend

JDM Evo IV is commonly found in RS and GSR. Think of RS as “motorsport base / lighter spec”, and GSR as “road performance with tech”.

  • GSR: AYC-equipped, more comfort/sport interior equipment (street-focused performance).
  • RS: more “competition-minded” spec (weight-saving tendencies depending on exact configuration).

4) Evo IV vs Evo III what changed

Evo IV is the start of the “new generation” evolution: redesigned platform and a different engineering direction.

TopicEvo IIIEvo IV
GenerationEarlier Lancer platform (Evo I–III era)New platform (CN9A) + reworked layout
Signature techTraditional AWD/LSD approachAYC introduced on GSR
Driving feelRaw, mechanical, classic homologation feelMore “modern Evo” rotation and stability thanks to AYC

5) Evo IV vs Evo V widebody and rally-era evolution

Evo V is the “widebody jump” and a response to the changing rally environment of the late 1990s. Mitsubishi Motors’ own WRC history pages explain the motivation: Group A Evo IV was narrower than the new WRC maximum width, so Mitsubishi expanded the production width for the next generation.

TopicEvo IVEvo V
BodyNarrow-body (~1690 mm)Widebody (~1770 mm class)
Chassis focusNew gen platform + AYC launchMore stability/grip from width/track changes
Market identityFirst “modern layout” EvoThe aggressive-looking widebody Evo many people picture instantly

6) What makes JDM Evo IV special why enthusiasts hunt Japan cars

When people say “JDM Evo”, they usually mean:

  • Correct trim mix: RS/GSR configurations that match Japan market lineup.
  • Auction transparency: structured inspection culture (auction sheets, grading, mileage systems).
  • Parts culture: Japan has deep ecosystem for correct maintenance and period parts.

Toprank note

For classic Evos, the biggest risk is not “spec” — it’s condition: rust/structure, tuning quality, and repair history. That’s why we focus on inspection notes and the right evidence before buying.

7) Evo IV vs base Lancer what makes it a true homologation special

Evo IV starts from the Lancer platform, but the Evo is a performance program — engine, AWD hardware, chassis, and aero focus are fundamentally different from a base commuter Lancer.

  • Turbo AWD powertrain built for rally performance
  • Chassis and drivetrain upgrades (including AYC on GSR)
  • Motorsport DNA proven in rally environments

8) Rally history & palmarès Evo IV in the WRC era

Mitsubishi’s official motorsports recap for the 1997 WRC season states Tommi Mäkinen took four wins that year: Rally Portugal, Rally Catalunya (Spain), Rally Argentina, and the 1,000 Lakes Rally (Finland). The same page notes this included Mitsubishi Motors’ first asphalt rally victory (Catalunya, held as all-tarmac for the first time). (See Sources.)

Why this matters for the Evo IV story

Evo IV isn’t just a “cool road car”. It’s part of a championship era where the Evolution line helped win multiple driver titles across 1996–1999.

Want to source an Evo IV from Japan the right way?

Toprank Europe combines Japan sourcing capability with a European company and local communication. We filter by condition first (rust/structure, sheet notes, history), then spec, then budget — so you avoid “cheap cars that become expensive”.

Dream car not in stock? We'll find it in Japan.

Make, model, specs, budget - sourced and quoted within 48h.