The TIANGONG TG180 Motor Grader delivers powerful 180HP performance, with precise and stable hydraulic controls. It adapts flexibly and efficiently to complex terrain, making it ideal for medium-scale projects while offering superior overall cost-effectiveness
A 2011 TIANGONG TG180 Motor Grader retired from a government unit. As supporting equipment for the organization, it saw minimal usage—predominantly stored indoors throughout its service period. With only 267 hours of operation over 13 years, this Cummins-powered machine features six 95%-new tires and exhibits responsive hydraulic operations, presenting in near-new condition
The TIANGONG TG180 Motor Grader is equipped with a 210HP diesel engine delivering robust and reliable power, featuring high fuel efficiency while complying with China III emission standards. Its hydraulic control system ensures precision and stability, supporting all-wheel steering for agile adaptation to complex terrains such as rugged construction sites or confined spaces.
The rugged frame design guarantees exceptional durability and operational efficiency, making it ideally suited for medium-scale projects including road construction, subgrade shaping, and site leveling. With superior overall cost-effectiveness, straightforward maintenance, and proven performance, it remains a*top-tier choice for earthmoving operations
Tiangong TG180 Motor Grader Detailed Specifications
Model: Tiangong TG180
Year of Production: 2011
Engine Model: Cummins QSB6.7
Engine Type: In-line 6-cylinder, turbocharged, water-cooled diesel
Rated Power/Speed: 157 kW / 210 HP
Max. Torque: ≥ 950 N·m @ 1500 rpm
Fuel Tank Capacity: 280 L
Operating Weight: Approx. 16,800 kg
Transport Configuration: Approx. 8.98 m × 2.55 m × 3.35 m
Min. Turning Radius: ≤ 8.5 m
Max. Cutting Depth: 500 mm
Max. Lift Height: 450 mm
Side Shift Range: 850 mm (both sides)
Detail Picture
Daily Maintenance for Motor Grader
1. Fluid Level Check: Check engine oil, hydraulic oil, and coolant levels daily; replenish promptly. Replace hydraulic oil every 250 hours.
2. Cleaning Maintenance: Clean mud from the machine body after operation; focus on cleaning the radiator and air filter. Check tire pressure and blade wear.
3. Lubrication Maintenance: Apply lithium-based grease daily to moving parts like blade hinges and bearings.
4. Function Test: Check lights, brakes, and hydraulic system response before startup; observe dashboard warning lights after operation.
5. Safety & Records: Shut down and disconnect power during maintenance; record operation logs (anomalies, fuel consumption). Increase cleaning/lubrication frequency in harsh environments.
Core Objective: Prevent failures, extend service life, ensure operational safety.