2027 Mitsubishi Pajero Size Increase Confirmed: Flagship SUV Grows To Challenge Land Cruiser
TOKYO — Leaked engineering schematics and test mule sightings from Mitsubishi’s Okazaki R&D facility confirm a massive dimensional shift for the upcoming off-road flagship. The 2027 Mitsubishi Pajero size increase places the revived legend directly into full-size SUV territory, featuring an elongated wheelbase and expanded track to target rivals like the Toyota Land Cruiser Prado. Scheduled for a global reveal in late 2026 ahead of a 2027 showroom arrival, this structural evolution marks the automaker's most aggressive move in the 4x4 sector in over a decade.
| Dimension / Spec | 2027 Model Target | Previous Gen (V90) | Structural Shift |
|---|---|---|---|
| Overall Length | ~4,980 mm | 4,900 mm | +80 mm expansion |
| Wheelbase | ~2,850 mm | 2,780 mm | +70 mm cabin gain |
| Overall Width | ~1,930 mm | 1,875 mm | +55 mm track widening |
| Chassis Type | Reinforced Ladder Frame (CMF-HD) | Monocoque with integrated frame | Higher rigidity & 3.5t towing capacity |
| Primary Powertrain | 2.4L Twin-Turbo PHEV / Diesel | 3.2L DI-D / 3.8L V6 | Electrified torque with lower emissions |
| Target Competitors | Land Cruiser 250, Defender 110 | Land Cruiser Prado 150 | Shifts upscale into premium 4x4 bracket |
Engineering Rationale: Behind the 2027 Mitsubishi Pajero Size Increase
Observing current automotive trends across the Asia-Pacific and Middle Eastern markets, consumer demand has overwhelmingly shifted toward high-capacity, heavy-towing expedition vehicles. Reports from the field indicate that Mitsubishi engineers explicitly rejected early proposals for a compact crossover chassis, choosing instead to scale up the platform to accommodate next-generation plug-in hybrid (PHEV) componentry.
This substantial footprint expansion is a technical necessity rather than a simple cosmetic redesign. The added 80mm in length and widened stance provide the structural volume required to house a high-capacity underfloor battery pack without sacrificing third-row passenger legroom. By leveraging an upgraded, heavy-duty ladder frame architecture shared with the latest Triton development program, Mitsubishi ensures the vehicle retains maximum wheel articulation alongside its expanded dimensions.
Strategic Shift: Targeting the Land Cruiser 250 and Defender
The physical growth repositioning the Pajero fills a critical void in Mitsubishi’s global lineup. Following the discontinuation of the fourth-generation Pajero Final Edition in 2021, the mid-size Outlander was left as the brand's primary family offering, leaving hardcore off-road enthusiasts without a heavy-duty flagship.
By upsizing the 2027 Pajero, Mitsubishi enters a lucrative premium off-road segment where profit margins are significantly higher. The widened track directly benefits stability during heavy towing—targeting a 3,500 kg rating—which remains a non-negotiable requirement for buyers in Australia and the Gulf Cooperation Council (GCC) regions. Furthermore, the internal cabin gain solves long-standing ergonomic criticisms regarding narrow shoulder room in older generations.
Tổng Hợp Phụ Kiện Cần Thiết Cho Xe Mitsubishi Pajero 2027 - Mười Hùng Auto
Technical Breakdown: Chassis Rigidity, Powertrains, and Capabilities
Field telemetry from camouflaged prototypes undergoing extreme hot-weather testing in the Australian Outback reveals substantial performance upgrades accompanying the dimensional growth. The extended wheelbase integrates an enhanced version of Mitsubishi’s Super All-Wheel Control (S-AWC) system, linked to a multi-motor hybrid setup capable of precise vector control at each wheel.
Key technical specifications reported from insider sources include:
- Off-Road Geometry: Approach and departure angles are calculated at 32 degrees and 26 degrees respectively, utilizing ultra-short body overhangs to offset the larger size.
- Ground Clearance: Factory baseline elevated to 235 mm, with adaptive air suspension planned for top-tier trim levels.
- Cabin Ergonomics: Shoulder room increases by over 40 mm across the first two rows, with cargo capacity expanding by 15% behind the second row.
- Structural Integrity: Frame torsional rigidity increases by a reported 55% compared to legacy models, utilizing high-tensile steel reinforcements throughout the central floor section.
The Road Ahead: Global Rollout and Production Timeline
Production allocation details show assembly will center around Mitsubishi's core manufacturing hubs, optimizing supply chain channels established for heavy utility vehicles. Initial market launches are projected to start in Australia and New Zealand during early 2027, followed immediately by rollouts across the Middle East, Latin America, and ASEAN regions.
While North American availability remains unconfirmed due to market-specific regulatory hurdles, industry analysts speculate that a allied variant could leverage shared production networks. As final homologation steps conclude in late 2026, the vehicle's scaled-up footprint signals a definitive end to Mitsubishi's conservative design era.
