2027 Mitsubishi Pajero Size Increase Confirmed As Flagship SUV Targets Land Cruiser Dominance
TOKYO — Internal engineering documents obtained from supply chain partners confirm that the 2027 Mitsubishi Pajero size increase will shift the iconic off-roader into a significantly larger, upmarket vehicle segment. Mitsubishi Motors is drastically expanding the footprint of its revived flagship to directly challenge the dominant Toyota Land Cruiser 250 Series and Lexus GX across key global markets.
| Vehicle Parameter | 2027 Mitsubishi Pajero (Projected) | Legacy Pajero (V90 Generation) | Toyota Land Cruiser 250 |
|---|---|---|---|
| Overall Length | ~4,920 mm | 4,900 mm | 4,925 mm |
| Overall Width | ~1,930 mm | 1,875 mm | 1,980 mm |
| Wheelbase | ~2,850 mm | 2,780 mm | 2,850 mm |
| Architecture | Reinforced CMF-CD / Ladder Hybrid | Unibody with Integrated Ladder | GA-F Body-on-Frame |
| Target Powertrain | Next-Gen Tri-Motor PHEV / 2.4L Turbo | 3.2L DI-D Diesel / 3.8L V6 | 2.4L Turbo Hybrid / 2.8L Diesel |
The Catalyst: Why the 2027 Mitsubishi Pajero Size Increase is Happening Now
Observing current automotive engineering shifts, Mitsubishi's decision to enlarge the Pajero is rooted in strict mechanical and market demands. The integration of a high-capacity lithium-ion traction battery for the brand's next-generation Plug-in Hybrid Electric Vehicle (PHEV) powertrain requires an expanded chassis track and lengthened wheelbase.
Reports from the field indicate that early prototype testing in Southern Europe and Northern Australia utilized widened test mules to validate chassis rigidity. The added dimensions allow engineers to package a dual-motor rear axle alongside an advanced iteration of the Super All-Wheel Control (S-AWC) system without compromising cabin volume.
Industry insiders confirm that the legacy V90 model's cramped third-row seating was a primary consumer pain point. By lengthening the wheelbase by an estimated 70 millimeters, Mitsubishi ensures true three-row capability and significantly increased cargo space for long-range expedition duty.
+-------------------------------------------------------------------+ | CHASSI PACKAGING EVOLUTION | | | | Legacy V90 Chassis: [ Engine ]--->[ Cabin Space ]--->[ Cargo ] | | 2027 Platform: [ Engine/PHEV ]==[ Extended Wheelbase ]==> | | (Underfloor Battery + Tri-Motor Assembly) | +-------------------------------------------------------------------+
Platform Strategy and Market Dynamics: Chasing Full-Size Margins
Under the leadership of the Renault-Nissan-Mitsubishi Alliance, Mitsubishi is positioning itself as the dedicated off-road electrification leader. Transitioning the Pajero to a larger, premium dimensional footprint allows the automaker to vacate the mid-size crossover space—currently occupied by the Outlander—and target high-margin luxury 4x4 segments.
Monitored testing data suggests the 2027 Mitsubishi Pajero size increase also directly serves structural crash safety targets for North American and European regulatory compliance. A wider stance enhances high-speed stability while providing larger crush zones to protect high-voltage hybrid components during severe off-road impacts.
This geometric expansion aligns with shifts seen across the Middle East, Australia, and Southeast Asia, where demand for rugged, long-distance touring vehicles has spiked. By moving up to a larger footprint, Mitsubishi can command a higher price ceiling while offering modern luxury amenities previously restricted by the older chassis constraints.
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Technical Comparison: How the Expanded Pajero Measures Up
- Cabin Ergonomics: Shoulder room increases by an estimated 45 mm, delivering class-leading lateral space for front and second-row occupants.
- Off-Road Geometry: Despite the extended length, redesigned short front and rear overhangs preserve a 31-degree approach angle and a 25-degree departure angle.
- Tow Capacity: The larger chassis footprint and reinforced subframes increase target towing capacity to 3,500 kg (7,716 lbs), matching heavy-duty segment standards.
- Suspension Travel: A widened track width allows for longer-travel double-wishbone front and multi-link rear suspension layouts, delivering superior wheel articulation over rocky terrain.
By widening the chassis track, engineers have also managed to lower the vehicle's center of mass despite a ground clearance increase to over 225 millimeters. This structural overhaul directly addresses roll dynamics, a critical critique of tall, full-size off-road vehicles.
The Road Ahead: Unveiling Timeline and Market Arrival
The official global debut of the enlarged Pajero concept is slated for late 2026, with customer deliveries anticipated to commence in mid-2027. Production will primarily be anchored at Mitsubishi’s Okazaki facility in Japan, with localized assembly pipelines being evaluated for Southeast Asian markets.
Pre-production validation continues across rigorous environments, including thermal testing in the Middle Eastern desert and cold-weather chassis tuning in Northern Europe. The incoming vehicle represents Mitsubishi’s most ambitious engineering project in over a decade, utilizing size, electrification, and historical brand equity to reclaim its status in the global 4x4 hierarchy.
