Golden Dragon XML6105J28C City bus (#187)
Golden Dragon city bus XML6105J28C (batch #187) based on XML6105D28C chassis is made in China by Xiamen Golden Dragon Bus Co., Ltd. The company is located in Xiamen, in Fujian Province, China.
XML6105J28C
Overview
Model | XML6105J28C |
Brand Name | Golden Dragon |
Bulletin | #187 |
Type of vehicle | City bus |
Country of origin | China |
Chassis | XML6105D28C |
Manufacturer Profile
Manufacturer | Xiamen Golden Dragon Bus Co., Ltd. |
Brand | |
Type of manufacturer | Automobile manufacturer |
City | Xiamen |
Province (Region) | Fujian Province |
Country | China |
Number of vehicles* | 2074 models (5947 items total) |
* A number of models manufactured by Xiamen Golden Dragon Bus Co., Ltd. found in Auto-che.com vehicle database |
Technical specifications
# | Engine model | Engine displacement | Engine power | Engine manufacturer | |||
---|---|---|---|---|---|---|---|
1 | YC6J245-42 / YC6J220-42 / ISBE4+225B | 6500 / 6500 / 6700 cc | 180 / 162 / 165 kW |
Performance | ||||
---|---|---|---|---|
Maximum speed | 90 km/h | 56 mph |
Capacity | ||||
---|---|---|---|---|
Passenger capacity (including driver) | 71/24-40 |
Weights and Ground pressure | ||||
---|---|---|---|---|
Curb weight | 10830 kg | 10.8 t | 23,876 lbs | |
Gross vehicle weight rating | 15500 kg | 15.5 t | 34,200 lbs | |
Axle load distribution | 5500 kg / 10000 kg 5.5 t / 10 t 12,100 lbs / 22,000 lbs |
Dimensions | ||||
---|---|---|---|---|
Overall length | 10480 mm | 34′5″ | ||
Overall width | 2500 mm | 8′3″ | ||
Overall height | 3200 mm | 10′6″ |
Undercarriage and Suspension | ||||
---|---|---|---|---|
Number of axles | 2 | |||
Wheelbase | 5000 mm | 16′5″ | ||
Front overhang | 2310 mm | 7′7″ | ||
Rear overhang | 3170 mm | 10′5″ | ||
Angle of approach | 8° | |||
Angle of departure | 7.6° |
Miscellaneous | ||||
---|---|---|---|---|
Steering control | steering wheel |
Additional Information
1 optional side windows sliding sash structure; 2 optional another mirror; 3 optional front and rear lamps and surrounded another local modeling.