Mitsubishi Fuso Canter

The Canter 2.0L was introduced in 1983 as part of the first generation. It features a 2.0L inline-4 engine producing approximately 75 hp, paired with a 5-speed manual transmission. This standard truck variant offered a payload capacity suitable for light-duty applications.

The Canter 3.0L was introduced alongside the 2.0L model in 1983, offering enhanced power with its 3.0L inline-4 engine producing around 100 hp. This variant was designed for heavier loads, making it ideal for medium-duty tasks.

The Canter 4.6L Diesel was introduced in 1990 as part of the second generation. It features a 4.6L diesel engine providing around 130 hp, designed for robustness and efficiency in heavy-duty applications, with an emphasis on fuel economy.

The Canter 7.5T was launched in 1998, targeting the heavy-duty segment with a 7.5-ton payload capacity. It is equipped with a powerful 4.9L diesel engine, producing approximately 150 hp, making it suitable for commercial transport.

The Canter Eco Hybrid was introduced in 2006 as Mitsubishi's first hybrid truck. It combines a 3.0L diesel engine with an electric motor, delivering a combined output of 150 hp. This variant aimed to reduce emissions and improve fuel efficiency for urban deliveries.

The Canter 4WD variant was introduced in 2011 to cater to off-road and rugged applications. Featuring a 3.0L engine, it provides enhanced traction and stability, making it suitable for construction and remote area usage.

The Canter 5.0L Diesel variant debuted in 2015, featuring a 5.0L diesel engine that produces up to 170 hp. This model is tailored for heavy-duty applications, offering superior payload capacity and towing capabilities.

The Canter Electric was introduced in 2020, showcasing Mitsubishi Fuso's commitment to sustainability. It features an electric motor with a power output of 150 kW, designed for urban distribution with zero emissions and reduced operating costs.

The Canter 4.9L Diesel was introduced in 2001, featuring a 4900cc diesel engine that produces around 150-170 horsepower. This variant is designed for both urban and long-distance hauling, offering a robust build and good fuel economy.

The Canter 2.5L Diesel was introduced in 1983 as part of the first generation of the Canter model. It features a 2500cc direct-injection diesel engine producing approximately 80-90 horsepower, paired with a manual transmission. This variant is designed for light to medium-duty applications, offering a balance of power and fuel efficiency.

The Canter 3.5L Diesel was introduced alongside the 2.5L variant in 1983. It features a 3500cc diesel engine delivering around 100-110 horsepower, providing enhanced performance for heavier loads. This variant is popular in commercial applications for its reliability and robust design.

The Canter 4.0L Diesel was introduced in 1988 and discontinued in 1995. This variant features a 4000cc diesel engine producing approximately 130-150 horsepower. It was designed for heavier duty applications, offering increased payload capacity and improved torque for challenging driving conditions.

The Canter 3.0L Turbo Diesel was launched in 1995, featuring a turbocharged 3000cc diesel engine producing up to 140 horsepower. This variant offered better fuel efficiency and power compared to its naturally aspirated predecessors, making it a popular choice for urban deliveries.

The Canter 3.0L Common Rail Diesel was introduced in 2006, featuring modern common rail technology for improved efficiency and reduced emissions. This 3000cc engine produces approximately 130-150 horsepower, making it suitable for a variety of commercial applications.

The Canter 3.5L Natural Gas was introduced in 2012 as an environmentally friendly option. This variant features a dedicated CNG 3500cc engine producing around 100 horsepower. It is designed for urban deliveries, providing a cleaner alternative to diesel engines.

The Canter 6.0L Diesel was introduced in 2011 as a more powerful variant, featuring a 6000cc diesel engine that produces around 170-200 horsepower. This variant is optimized for heavy-duty operations, providing increased torque and payload capacity.