Mitsubishi Engelberg Tourer: A Glimpse Into the Future of Plug-In Hybrid SUVs

The Bold Concept That Could Redefine Mitsubishi's SUV Lineup

The Mitsubishi Engelberg Tourer concept represents a significant evolution in plug-in hybrid SUV design, potentially previewing the next generation of the Outlander PHEV. This striking concept combines rugged SUV styling with advanced electrified powertrain technology, addressing many of the limitations of the current Outlander while introducing innovative features that could appeal to modern families and adventure seekers alike.

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Design Language: Rugged Sophistication Meets Functionality

The Engelberg Tourer concept showcases Mitsubishi's evolving design philosophy, featuring:

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Exterior Styling

The concept's squared-off proportions and upright stance follow the current trend established by popular SUVs like the Kia Telluride, offering both aesthetic appeal and practical interior packaging. The distinctive front grille with chrome accents and slim LED lighting signature creates a bold face for the vehicle.

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Controversial Roof Pod

Perhaps the most debated design element is the floating storage pod that extends over the windshield. While visually striking, this feature presents questions about:

• Aerodynamic efficiency impacts on electric range
• Practical storage capacity limitations (currently only suitable for snowboards)
• Potential production feasibility and cost considerations
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Production-Ready Potential

Beyond the concept-specific elements like the roof pod and oversized wheels, the Engelberg Tourer's fundamental design appears production-viable. The clean lines, balanced proportions, and functional elements suggest Mitsubishi could transition this concept to showrooms with minimal modifications.

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Powertrain and Performance: A Significant Upgrade

The Engelberg Tourer concept builds upon Mitsubishi's successful plug-in hybrid technology with several important improvements:

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Advanced All-Wheel-Drive System

The concept retains Mitsubishi's innovative Super All-Wheel Control (S-AWC) system, which uses:

• Independent electric motors on each axle
• No mechanical connection between front and rear wheels
• Advanced torque vectoring capabilities
• Selective braking for enhanced cornering stability
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Range and Efficiency

While official EPA figures aren't available for the concept, Mitsubishi estimates approximately 43 miles of range on the more lenient WLTP cycle. When adjusted for U.S. testing standards, this would likely translate to about 40 miles of electric-only range - a substantial improvement over the current Outlander PHEV's 22-mile rating.

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Interior and Practicality: Addressing Current Limitations

The Engelberg Tourer concept appears to solve several practical shortcomings of the current Outlander PHEV:

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Third-Row Seating

One of the most notable potential improvements is the addition of a third-row seat, made possible by:

• More efficient battery packaging under the floor
• The boxier shape providing additional interior volume
• Strategic placement of hybrid components
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Cargo Capacity

The concept's design prioritizes cargo versatility with:

• Fold-flat seating configurations
• Thoughtful storage solutions throughout the cabin
• The controversial but innovative roof pod for specialized gear

Production Prospects and Market Potential

While concept cars often bear little resemblance to production models, the Engelberg Tourer appears to be a relatively realistic preview of Mitsubishi's future plans:

Likelihood of Production

Industry analysts suggest this concept has strong potential to reach production because:

• The basic platform and powertrain already exist in current Mitsubishi models
• The design, while bold, doesn't incorporate impossible production elements
• Mitsubishi needs to refresh its aging Outlander lineup to remain competitive

Competitive Landscape

If produced, the next-generation Outlander PHEV would compete with:

• Kia Sorento Plug-in Hybrid
• Ford Escape Plug-in Hybrid
• Toyota RAV4 Prime
• Subaru's upcoming electric and hybrid SUVs

Potential Timeline

While Mitsubishi hasn't announced official production plans, industry observers speculate we could see a production version within the next few model years, potentially as:

• A next-generation Outlander PHEV
• A new standalone model in Mitsubishi's lineup
• A global vehicle with regional variations

Complementary Technology: The Dendo Drive House System

Alongside the Engelberg Tourer, Mitsubishi unveiled its innovative Dendo Drive House charging system, which could revolutionize home energy management for PHEV owners:

Key Features

• Integrated solar panels for renewable energy generation
• Home battery storage system
• Bidirectional charging capability
• Vehicle-to-home (V2H) power supply during outages

Potential Benefits

This system could provide owners with:

• Reduced charging costs through solar power
• Emergency backup power capabilities
• More efficient energy utilization
• Potential grid services participation

Consumer Considerations: Is This the Right Plug-In Hybrid SUV?

For shoppers considering the current Outlander PHEV or waiting for a potential production version of the Engelberg Tourer, several factors deserve consideration:

Current Outlander PHEV Advantages

• Proven technology with years of refinement
• Immediate availability
• Potential dealer incentives on current model

Potential Engelberg Tourer Benefits

• Significantly improved electric range
• More powerful gasoline engine
• Likely third-row seating option
• Modernized styling and technology