Back to the Frame: The Mitsubishi Pajero Returns to its Rugged Roots

For five years, the off-road world has felt a little less legendary. Since the final fourth-generation SUV rolled off the line in 2021—known globally as the Pajero, as the Shogun in the UK, and as the Montero in North America—Mitsubishi’s lineup has lacked its true north: a flagship that could bridge the gap between Dakar-conquering capability and daily-driver refinement. Mitsubishi recently dropped a visual teaser of the new model on May 29th, confirming what enthusiasts have been crying out for.

Mitsubishi dropped this teaser image of the new Pajero’s front-end, highlighting that distinctive, full-width LED lightbar on May 29th this year. (Image credit: Mitsubishi Motors)

Mitsubishi has officially confirmed what enthusiasts have been waiting for: the icon is returning. Discarding the soft-roader compromises of the past, this new model embraces its heritage as a true, ladder-frame cross-country vehicle built on the robust underpinnings of the latest Mitsubishi Triton. By returning to this body-on-frame architecture, Mitsubishi is making a clear statement of intent: they aren't just looking to compete in the "lifestyle SUV" segment; they are building a machine engineered to reclaim the crown from the Land Cruiser Prado and the Ford Everest. The icon isn't just back—it’s getting back to basics.

Over a 39-year run spanning 4 generations, Mitsubishi manufactured and sold over 3.25 million Pajeros globally across 170 countries. Mechanically, the chassis and drivetrains were incredibly over-engineered, with the 4 cylinder turbodiesels offering durability and the strength to tow heavy loads. The Pajero gained a better reputation than the similarly sized, but more expensive Land Rover Discovery.

What eventually killed off the Pajero was a market shift that saw more consumers drawn to slightly smaller 'soft roaders' that were cheaper to buy and maintain. With the Outlander becoming Mitsubishi's priority, the company continued production of the fourth-generation Pajero from 2006 to 2021 with only minimal updates, instead focusing its research and development budget on the smaller models generating higher sales volumes.

The New Yardstick — Custom Rendering: A visualisation of the upcoming fifth-generation Pajero. Our interpretation combines the confirmed ladder-frame architecture of the new Mitsubishi Triton with design cues from the official manufacturer teaser, capturing how the iconic nameplate is set to evolve. 

The New Yardstick — Custom Design Sketch: The design blueprint behind our fifth-generation Pajero rendering. This illustration highlights the longitudinal mounting of the drivetrain within the Triton-based ladder-frame structure, illustrating the proportions and key architectural elements required for true heavy-duty off-road capability. 

Ever since the previous-generation Pajero ceased production, potential customers have had to face a compromise when selecting a new Mitsubishi: buy the smaller Pajero Sport, which has a cramped third row of seats and lacks both the badge and curb appeal of a full-size Pajero. The other option was to get a full-size Triton pick-up truck, while sacrificing rear-seat space entirely. While both those options are strong contenders within their respective classes, Mitsubishi's lack of a large three-row SUV hasn't gone unnoticed.

While filling this showroom void is one thing, making that solution viable for a global market is quite another. As Mitsubishi prepares to bring its flagship back to the world stage, it faces a brutal reality check. Can a large, ladder-frame off-road vehicle really function as a modern, global model, or is it destined to be an outlier in a world increasingly shaped by emissions regulations?

Ten years ago, Mitsubishi regularly topped 'Plug-in' sales charts in Europe with the original Outlander PHEV. While the new Outlander's PHEV system is strong in isolation, its transversely mounted, front-wheel-drive setup was not designed to fit in a Triton-based vehicle. (Image credit: Mitsubishi Motors)

The challenge of meeting strict CO₂ rules for a heavy, body-on-frame SUV is real and immediate. Mitsubishi’s experience with the Outlander PHEV shows the brand can package electrification effectively, but that system’s transverse, front-drive layout wasn’t designed for a longitudinal, ladder-frame chassis. Integrating a PHEV into a Triton-based platform would demand significant re-engineering or a bespoke solution that balances battery capacity, packaging, and thermal management without undermining the Pajero’s off-road DNA.

Keeping the Pajero's weight under key regulatory thresholds while preserving its towing and off-road abilities will be a delicate balancing act. A successful outcome would pair an efficient electrified powertrain with the Triton’s proven durability and still allow global homologation; a less successful one could force regional rollouts, heavier compromises, or a focus on markets with more lenient emissions rules. Whether the Pajero returns as a global titan or a restricted-market specialist will depend on one thing: can Mitsubishi prove that a rugged, ladder-frame icon can still have a place in an electrified world?

If Mitsubishi gets the formula right, the fifth-generation Pajero could be the company’s most important launch in years. More than a replacement for a discontinued nameplate, it would prove that traditional body-on-frame SUVs can still be relevant in an electrified market. For a brand forged in deserts, rally stages, and remote trails, a successful return would be the clearest possible statement that rugged capability and modern emissions targets can coexist—provided Mitsubishi can marry the Triton’s durability with an efficient electrified powertrain.