AUTO-CHE

Sitom Sitom STQ1161L14Y4D3 Cargo truck (#183)

Sitom cargo truck STQ1161L14Y4D3 (batch #183) based on STQ1161L14Y4D3 chassis is made in China by Hubei Tri-Ring Special Vehicle Co., Ltd. The company is located in Shiyan, in Hubei Province, China.

Sitom STQ1161L14Y4D3 cargo truck

STQ1161L14Y4D3

Sitom logo Overview
ModelSTQ1161L14Y4D3
Brand NameSitom logoSitom
Bulletin#183
Type of vehicleCargo truck
Country of originChina
ChassisSTQ1161L14Y4D3
Manufacturer Profile
Manufacturer
 
Brands
Type of manufacturerSpecial purpose vehicle manufacturer
CityShiyan
Province (Region)Hubei Province
CountryChina
Number of vehicles*1480 models
(4367 items total)
* A number of models manufactured by Hubei Tri-Ring Special Vehicle Co., Ltd. found in Auto-che.com vehicle database
Sitom logo Technical specifications
#Engine modelEngine displacementEngine powerEngine manufacturer
1YC6J190-306500 cc6.5 L397 cu in140 kW191 hp
Performance
Maximum speed90 km/h56 mph
Capacity
Load factor (the ratio of the payload of a vehicle to its weight)1.03
Weights and Ground pressure
Curb weight7905 kg7.9 t17,428 lbs
Gross vehicle weight rating16050 kg16.1 t35,384 lbs
Axle load distribution3730 kg / 3730 kg / 8590 kg
3.7 t / 3.7 t / 8.6 t
8,223 lbs / 8,223 lbs / 18,938 lbs
Dimensions
Overall length10995 mm / 10895 mm36′1″ / 35′9″
Overall width2490 mm8′3″
Overall height2880 mm / 3490 mm9′6″ / 11′6″
Cargo body
Cargo body length8700 mm / 8500 mm28′7″ / 27′11″
Cargo body width2295 mm7′7″
Cargo body height550 mm / 800 mm1′10″ / 2′8″
Undercarriage and Suspension
Number of axles3
Wheelbase1850+5050 mm6′1″+16′7″
Front/rear overhang1275 mm / 2820 mm,
1275 mm / 2720 mm
4′3″ / 9′4″,
4′3″ / 9′0″
Approach / departure angle25 / 13, 25 / 14 deg.
Miscellaneous
Seating capacity3
Steering controlsteering wheel
Additional Information

With the optional chassis cab, the same type of optional high roof cab; parameter corresponds to the relationship (the dimensions (length) / cargo box length / overhang / departure angle): a .10995/8700/2820/13; II. 10895/8500/2720/14. mass change was less than 3%, so that only one set of quality parameters.