AUTO-CHE

Foton Foton BJ5253JSQ-1 Truck mounted loader crane (#240)

Foton truck mounted loader crane BJ5253JSQ-1 (batch #240) based on BJ5253JSQ-1 chassis is made in China by Beiqi Foton Motor Co., Ltd. The company is located in Beijing, in Beijing Municipality, China.

Foton BJ5253JSQ-1 truck mounted loader crane

BJ5253JSQ-1

Foton logo Overview
ModelBJ5253JSQ-1
Brand NameFoton logoFoton
Bulletin#240
Type of vehicleTruck mounted loader crane
Country of originChina
ChassisBJ5253JSQ-1
Manufacturer Profile
Manufacturer
 A subsidiary of Beijing Automotive Industry Holding Co., Ltd.
Brands
Type of manufacturerAutomobile manufacturer
CityBeijing
Province (Region)Beijing Municipality
CountryChina
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
Foton logo Technical specifications
#Engine modelEngine displacementEngine powerEngine manufacturer
1SC9DK240Q3B18820 cc8.8 L539 cu in177 kW241 hp
Performance
Environmental standardNational III / Euro 3
Maximum speed85 km/h53 mph
Weights and Ground pressure
Curb weight15750 kg15.8 t34,723 lbs
Gross vehicle weight rating25000 kg25 t55,000 lbs
Axle load distribution7000 kg / 18000 kg
7 t / 18 t
15,000 lbs / 40,000 lbs
Dimensions
Overall length12000 mm39′5″
Overall width2495 mm8′3″
Overall height3820 mm12′7″
Cargo body
Cargo body length8000 mm26′3″
Cargo body width2300 mm7′7″
Cargo body height550 mm1′10″
Undercarriage and Suspension
Number of axles3
Wheelbase5700+1350 mm18′9″+4′6″
Front overhang1532 mm5′1″
Rear overhang3418 mm11′3″
Angle of approach25°
Angle of departure
Miscellaneous
Seating capacity3
Steering controlsteering wheel
Additional Information

SQ12S model cranes quality 4200kg, crane maximum lifting load of 12000kg. Side guards material: hot plate Q235A; rear protective device materials: cold B-3.0/20; rear protective device section size: 100 × 50mm, the protective ground clearance: 540mm; side guard Connection: bolt connection, after guard Connection: bolt connection, according to the position of spray parameters around policy changes