Foton Forland BJ5046Z7BE6 Publicity truck (#110)
Foton Forland publicity truck BJ5046Z7BE6 (batch #110) based on BJ1046V8JE6-10 chassis is made in China by Beiqi Foton Motor Co., Ltd. The company is located in Beijing, in Beijing Municipality, China.
BJ5046Z7BE6
Overview
Model | BJ5046Z7BE6 |
Brand Name | Foton Forland |
Bulletin | #110 |
Type of vehicle | Publicity truck |
Country of origin | China |
Chassis | BJ1046V8JE6-10 |
Manufacturer Profile
Manufacturer | Beiqi Foton Motor Co., Ltd. |
A subsidiary of Beijing Automotive Industry Holding Co., Ltd. | |
Brands | |
Type of manufacturer | Automobile manufacturer |
City | Beijing |
Province (Region) | Beijing Municipality |
Country | China |
Number of vehicles* | 10701 models (38870 items total) |
* A number of models manufactured by Beiqi Foton Motor Co., Ltd. found in Auto-che.com vehicle database |
Technical specifications
# | Engine model | Engine displacement | Engine power | Engine manufacturer | |||
---|---|---|---|---|---|---|---|
1 | CA4D32-11 / YZ4102ZLQ | 3168 / 3432 cc | 81 / 81 kW |
Performance | ||||
---|---|---|---|---|
Maximum speed | 95 km/h | 60 mph |
Weights and Ground pressure | ||||
---|---|---|---|---|
Curb weight | 2945 kg | 2.9 t | 6,493 lbs | |
Gross vehicle weight rating | 3925 kg | 3.9 t | 8,653 lbs | |
Axle load distribution | 1452 kg / 2473 kg 1.5 t / 2.5 t 3,201 lbs / 5,452 lbs |
Dimensions | ||||
---|---|---|---|---|
Overall length | 5995 mm | 19′9″ | ||
Overall width | 1890 mm | 6′3″ | ||
Overall height | 3240 mm | 10′8″ |
Undercarriage and Suspension | ||||
---|---|---|---|---|
Number of axles | 2 | |||
Wheelbase | 3200 mm | 10′6″ | ||
Front overhang | 1100 mm | 3′8″ | ||
Rear overhang | 1695 mm | 5′7″ | ||
Angle of approach | 25° | |||
Angle of departure | 22° |
Miscellaneous | ||||
---|---|---|---|---|
Seating capacity | 2 | |||
Steering control | steering wheel |
Additional Information
Advertising bracket cancel, exterior lighting to interior lighting devices. Extension 1695 pilot front wall, the product has reached the second phase noise requirements.