MITSUBISHI SHOGUN (2014-19)

Buyer's Guide & Data from our Checks

The MITSUBISHI SHOGUN (2014-19) is a popular SUV in the UK market, known for its rugged appearance and versatile performance. As a spacious and comfortable vehicle, it appeals to families and those needing reliable off-road capability. The high number of mycarcheck.com lookups—1491 in total—indicates strong interest and confidence among buyers, with a wide range of VINs showing its popularity. The average valuation for this model is around £19,300, and typical mileage is about 61,000 miles, suggesting many owners keep the vehicle for several years. The SHOGUN is often used for family outings, outdoor adventures, and even work purposes, thanks to its durability and practicality. What sets the MITSUBISHI SHOGUN (2014-19) apart is its blend of robust design, proven reliability, and decent fuel economy for an SUV of its size. It offers a comfortable driving experience combined with impressive off-road capability, making it an attractive choice compared to rivals. This model is particularly suited to those who need a dependable vehicle that can handle diverse terrains without sacrificing comfort on the daily commute. Compared to other SUVs, the MITSUBISHI SHOGUN (2014-19) is well-regarded for its longevity and strong build quality. It is often chosen by owners who value reliability and practicality over flashiness. With most owners having only around 1.8 previous keepers and an average annual mileage of 8,000 miles, it suggests that many SHOGUNs are well-maintained and suited for long-term ownership. This makes the model an excellent option for anyone considering a used SUV that combines toughness with everyday usability.

Key Findings

The following statistics are drawn from our checks of 672 different vehicles, run between February 17th 2021 and December 31st 2025. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
1,491
Lookups
69
Hidden Histories
68k
Average Mileage
£19,300
Average Valuation

Model Variants