Toyota Urban Series: Cool City Rides with DKU Performance

The Toyota Urban lineup, featuring the popular Urban Cruiser Hyryder and the latest electric model, highlights Toyota's focus on efficient and practical city driving. The Urban Cruiser Hyryder is powered by a 1.5 litre petrol engine producing around 105 horsepower, available with manual and automatic transmissions as well as hybrid and CNG options. These vehicles are designed to deliver a balance of performance and fuel economy, making them ideal for daily urban use.

As part of the work carried out, a DPF Solution 2 upgrade was completed to resolve diesel particulate filter restrictions within the Toyota Urban Exhaust System. This process improves exhaust gas flow by eliminating DPF related limitations, allowing the engine to operate more efficiently. The result is sharper throttle response, smoother power delivery, and more consistent performance in everyday driving conditions.

Electric Buzz in the Toyota Urban Cruiser

The fully electric Toyota Urban Cruiser available in the UK offers battery options of 49 kWh and 61 kWh, delivering up to 400 km of range and up to 172 horsepower. With 0 to 62 mph achievable in as little as 8.7 seconds, it combines efficiency with responsive performance. Dual 10.25 inch displays and modern driver focused technology further enhance the driving experience.

Specs and Market Standing

Across the Urban range, power outputs span from 105 PS to 172 PS, positioning these vehicles competitively within the compact SUV and electric crossover segments. Petrol and hybrid models offer dependable efficiency, while the electric variant delivers instant torque and smooth acceleration. The compact design and versatility make the Toyota Urban a strong choice for city driving and daily usability.

Boosted Performance with DKU Custom Exhausts

A key enhancement on this vehicle was the DPF Solution 2 Toyota Urban Exhaust upgrade. By optimising the diesel particulate filter system and significantly improving exhaust flow, this upgrade reduces back pressure and supports better turbo efficiency. The result is improved engine responsiveness, smoother acceleration, and enhanced overall drivability, while maintaining long term durability and reliability within the exhaust system.