XMQ 6122 CYW2
The XMQ 6122 CYW2 is a front engine bus. Built from a truck chassis, the coach has a higher ground clearance.
Designed for domestic and international travel, tourism transport, it is available in two versions: 51 seats (2 +2) 63 places (3+2).Download the specifications (pdf)
Powerful & touch
King Long’s range uses only the best components and engine technology. All buses are equipped with a Cummins engine, giving the customer a reliable and sustainable clean, efficient solution.
Cummins version respect as possible the emission regulations and develops a range of engines that excels in all areas. Equipped with a full range of technology options, the Cummins engines can meet all the needs in terms of global emissions.
For a comfortable trip
Despite its compact size, a clear sense of space and generosity emerges inside the XMQ 6122 CYW2. Its warm atmosphere contributes to the well-being of passengers and quality tourism seats allow them to travel comfortably.
Passenger comfort and convenience of the driver are at the forefront of all designs King Long, elegant and refined transmissions, a luxury cabin and quality contribute to a comfortable journey for all.
King Long offers spacious luggage compartment, accessible from both sides, in addition, it is also an excellent engine access.
The Ultimate workspace
Optimized ergonomics, roominess worthy of coaches / buses much more spacious, everything is designed to help your driver to carry out its mission.
All controls are within easy reach, while the visual and instruments are positioned so that the driver can see them easily. Spacious storage is provided for personal belongings. The cockpit can even benefit from air conditioning.
Safe and Secure, Always
King Long vehicles are designed around the customer in order to deliver a vehicle that will provide years of reliable service.
Vehicle design is targeted to specific performance in the following key areas:
- Regulatory Compliance
The design philosophy addresses the client's specifications, market requirements and regulatory design using the latest methods, materials and technologies available.