AUTO-CHE

Chunlan NCL5201CPYB Soft top box van truck (#133)

Chunlan soft top box van truck NCL5201CPYB (batch #133) based on NCL1201DBPL1X chassis is made in China by Nanjing Chunlan Automobile Manufacturing Co., Ltd. The company is located in Nanjing, in Jiangsu Province, China.

Chunlan NCL5201CPYB soft top box van truck

NCL5201CPYB

Overview
ModelNCL5201CPYB
Brand NameChunlan
Bulletin#133
Type of vehicleSoft top box van truck
Country of originChina
ChassisNCL1201DBPL1X
Manufacturer Profile
Manufacturer
Brand
Type of manufacturerCommercial vehicle manufacturer
CityNanjing
Province (Region)Jiangsu Province
CountryChina
Number of vehicles*204 models
(205 items total)
* A number of models manufactured by Nanjing Chunlan Automobile Manufacturing Co., Ltd. found in Auto-che.com vehicle database
Technical specifications
#Engine modelEngine displacementEngine powerEngine manufacturer
1EQB210-20 / CA6110 / 125Z / CA6DF2D-18 / SC7JA190Q2 / SC7JA210Q25883 / 7127 / 6557 / 7127 / 7127 cc155 / 155 / 132 / 140 / 154 kW
Performance
Maximum speed85 km/h53 mph
Capacity
Load factor (the ratio of the payload of a vehicle to its weight)1.01
Weights and Ground pressure
Curb weight10030 kg10 t22,112 lbs
Gross vehicle weight rating20175 kg20.2 t44,478 lbs
Axle load distribution4450 kg / 4450 kg / 11275 kg
4.5 t / 4.5 t / 11.3 t
9,811 lbs / 9,811 lbs / 24,857 lbs
Dimensions
Overall length11940 mm39′3″
Overall width2487 mm8′2″
Overall height3960 mm13′0″
Cargo body
Cargo body length9500 mm31′3″
Cargo body width2320 mm7′8″
Cargo body height2400 mm7′11″
Undercarriage and Suspension
Number of axles3
Wheelbase1900+5300 mm6′3″+17′5″
Front overhang1260 mm4′2″
Rear overhang3480 mm11′6″
Angle of approach26°
Angle of departure10°
Miscellaneous
Seating capacity3
Steering controlsteering wheel
Additional Information

The vehicle compartment floor to ceiling pole across a distance of 2500mm. The optional high roof cab models, optional in the new front cover and bumper. The car accelerates to exercise outside noise meets GB1495-2002 standard second phase limits.