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23 February 2023Karsan Hydrogen Fuel Cell Bus e-ATA Hydrogen
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17 July 2024Small City Buses: The Eco-Friendly Choice for Urban Commutes
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23 September 2024Different Bus Sizes in Urban Transportation
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02 October 2024What is a Shuttle Bus? How is it Used in Urban Transportation?
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21 September 2026What Is Transit-Oriented Development (TOD)?
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14 September 2026What Makes a Bus Truly Autonomous? The Sensors and Systems Behind Karsan's e-JEST
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07 September 2026Measuring Sustainability in Public Transport: Which KPIs Matter Most?
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28 August 2026Karsan × Toyota: Building the Hydrogen Bus of the Future
THE DEPOT DILEMMA — PLANNING FOR BATTERY ELECTRIC VEHICLE (BEV) CHARGING FOR BUSES
A practical guide for planning your depot’s BEV charging needs, including AC/DC charging strategies and how Karsan BEVs integrate seamlessly into d...
A CASE STUDY: THE PRIVATE TRANSPORT OPERATOR’S PLAYBOOK FOR BATTERY-ELECTRIC VEHICLES (BEVS) FLEET INTEGRATION
How private transportation companies cut costs and increased passenger satisfaction through the implementation of Karsan’s BEV fleet solutions
THE ONLY EMISSION IS WATER: THE ROLE OF FCEVS IN ACHIEVING TOTAL URBAN AIR QUALITY
For decades, cities have paid the price of running transportation systems on fossil fuels. Urban air has been choked by nitrogen oxides (NOx) and f...
HYDROGEN: THE FAST TRACK TO DIESEL-LEVEL UPTIME
Why hydrogen buses like Karsan e-ATA HYDROGEN outperform batteries with 15-minutes refueling and 500+ km range.
SPOTLIGHT ON AUTONOMY: HOW THE AUTONOMOUS E-ATAK IS REDEFINING PUBLIC TRANSPORT EFFICIENCY
Karsan’s Autonomous e-ATAK leads the new era of driverless public transport — efficient, safe, and ready for real-world operations.