Engineered to support seamless apron logistics, from pallet Dollies to multi-ton container transports.
Heavy-duty steel construction pallet dolly rated for ultra-high load capacity, optimized for 20ft ULD cargo operations.
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High durability container dolly specifically configured for standard LD3 units. Featuring reliable swivels and locks.
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Precision-manufactured LD6 container dollies with reliable roller tracks and reinforced chassis structure.
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Industrial-grade airport baggage cart designed for rapid sorting, high-impact durability, and ergonomic manual towing.
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Engineered for medium-to-heavy widebody ULD operations, featuring dual-steered axles and heavy-duty rollers.
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Optimized for cost-effective mass procurement. High corrosion resistance and compliance with regional airport requirements.
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Versatile and heavy-duty airport pallet dolly built for standard ULD container processing on the flight line.
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Designed for customized deck heights, specialized weight distribution systems, and specific warehouse interfaces.
Learn More →In the highly demanding and safety-critical ecosystem of international airports, Ground Support Equipment (GSE) acts as the operational heartbeat. Among these, the Diesel Aircraft Towing Tractor stands out as the ultimate powerhouse, responsible for maneuvering massive, multi-million dollar commercial airliners. As global air traffic recovers and expands, airports require robust towing systems that guarantee performance under every condition.
While electrification is transforming light-duty GSE, diesel propulsion remains indispensable for heavy-duty pushbacks (especially for wide-body aircraft like the Boeing 777, 787, or Airbus A350 and A380). The requirements for continuous torque, immunity to freezing temperatures, and immediate availability without long charging cycles keep diesel aircraft tractors at the center of airport procurement strategies.
Delivering maximum drawbar pull from standstill to initiate pushback safely.
Unaffected by battery degradation in extreme sub-zero or scorching environments.
Engineered for extreme reliability, maximum tractive effort, and ergonomic control cabins.
Designed for wide-body commercial aircraft pushback operations. Heavy-duty chassis, 4-wheel drive, and custom diesel configurations to maximize pull capacity on wet or dry tarmac.
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The workhorse for medium-to-large single-aisle and regional wide-body aircraft. Highly maneuverable, featuring integrated safety sensors and comfortable, sound-insulated driver cabins.
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Compact design with heavy-duty capabilities, ideal for narrow-body aircraft and regional airports. Provides excellent visibility, low maintenance cost, and high parts commonality.
Specifications →Understanding how engineering choices translate directly to ground safety and operational efficiencies.
The fundamental rating of an airport tractor is its Drawbar Pull. Calculation is based on the tractor’s mass, tyre adhesion, and ground conditions: DBP = μ × W_tractor. For slick, wet, or icy ramps, maintaining a high weight distribution across all four wheels is critical to prevent slipping while moving a 300-ton aircraft.
Modern engines (e.g., Cummins, Deutz, or Perkins) equipped with electronic common rail injection deliver peak torque at low engine RPMs (typically 1200-1500 RPM). This ensures smooth initiation of aircraft motion, reducing the stress on landing gear structures during pushback operations.
Towing an aircraft requires braking systems that handle both vehicle masses. Dual-circuit, wet-disc brakes with hydro-pneumatic accumulators provide independent braking lines, ensuring reliable deceleration and preventing jackknifing under emergency conditions.
From fuel systems to passenger access, our products comply with international aviation standards.
Consists of a chassis, oil tanks, pumping system, control system, and operating elements. Functions include high-precision filtration, metering, self-circulation, and pressure control.
Designed for high-capacity refueling loops. Built-in security interlocks prevent truck movement while hoses are connected, complying with international JIG standards.
Mid-range refueler offering excellent maneuverability on crowded aprons. Equipped with electronic fuel registration systems for real-time data transmission.
Scissor-lift type catering truck with insulated van bodies. Accommodates standard galley trolleys and fits narrow and wide-body airplane cabin door heights.
Zero-emission electric vehicle solution for green airports. Long-range battery packs paired with intelligent lift stabilization and control systems.
Heavy-duty diesel chassis catering truck built for fast turnaround operations. High wind stability scissor-lift and reliable safety limits.
Leverages advanced lithium iron phosphate (LFP) battery technology to supply clean 400Hz and 28.5V DC power to parked aircraft without running engines.
Delivers fresh, cooled, or heated air directly to aircraft cabins, ensuring passenger comfort while reducing auxiliary power unit (APU) usage.
Supplies high-pressure pneumatic air to start jet engines on all commercial aircraft. Heavy-duty compressor technology guarantees instant startup.
High-capacity main deck cargo loader. Featuring dual-platform lifting, automated orientation controls, and reliable load sensors.
Self-propelled, electric passenger stairs with telescopic steps. Provides a safe boarding passage for various aircraft doors (up to 5.8m).
Vacuum extraction type lavatory service truck with corrosion-proof tanks, high flow rates, and digital volume control systems.
Why elite airlines and international ground handlers trust our industrial equipment.
Advanced mechanical engineering and structural analysis tools ensure optimized weight distribution and tractive effort coefficients for heavy pushbacks.
Strict compliance with ISO 9001 and IATA AHM regulations. Every towing tractor undergoes rigorous static and dynamic load testing before delivery.
Strategic sourcing of international engines, axles, and transmissions (Cummins, ZF, Allison) paired with robust domestic metal fabrication lines.
Global engineering support, comprehensive parts catalogs, digital manuals, and on-site training ensure maximum fleet availability and minimal downtime.
The manufacturing of Ground Support Equipment requires high structural integrity. Our state-of-the-art Chinese manufacturing facilities leverage Industry 4.0 paradigms, including robot-assisted precision welding, advanced CNC machining centers, and automated inventory systems.
By maintaining vertical integration of sheet metal fabrication, chassis welding, assembly, and testing within a single ecosystem, we eliminate supply chain bottlenecks common in fragmented setups. This integration allows us to deliver heavy-duty GSE equipment, such as aircraft tractors and loaders, at competitive prices without compromising on technical quality.
Whether customized hydraulic components, specialized driver cabin positions, cold-weather package installations (engine pre-heaters, cabin insulation), or integration of proprietary remote diagnostic software, our design team adapts to meet regional operating requirements.
From sub-zero Siberian operations to high-humidity tropical aprons, our equipment functions globally.
Features auxiliary block heaters, high-output glow plugs, and special low-viscosity hydraulic oils designed to keep the pushback operating at temperatures as low as -40°C.
Upgraded cooling packages with oversized radiators prevent engine overheating on the hot tarmac, while tropicalized electrical wiring prevents corrosion from condensation.
Turbocharged diesel engines automatically adjust air-fuel ratios to compensate for lower air density, preserving the tractor's engine power and rated drawbar pull.
Critical engineering answers for airport planners, technical buyers, and GSE fleet managers.
Stay updated on international ground support equipment updates, technologies, and guides.
An in-depth look at mobile aircraft steps, safety features, height ranges, wind load stabilities, and passenger transfer safety designs.
Evaluating battery-powered GPU designs. Reducing noise pollution, operating costs, and carbon footprints on modern airport aprons.
Understanding why clean 400Hz electricity is critical for modern aircraft avionics and how power output matches different airframe types.
Collaborating with global airlines, freight handlers, and airport authorities to deliver reliable ground logistics.
High durability baggage carts, container dollies, and handling gear for busy airports.
Designed with castle-style orientation frames, 360-degree rotation capabilities, and heavy duty tires for quick sorting.
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Optimized 18-ton handling capacity for 20ft air cargo pallets, combining reliable braking and heavy-duty chassis design.
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Equipped with reliable rainproof curtains and side doors to protect passenger baggage in wet and tropical conditions.
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Standard 10-foot platform dolly featuring multi-directional rollers and safety lock-stops for air cargo pallets.
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Lightweight, ergonomic baggage trolleys for passenger use inside terminals. Features automated safety brake handles.
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A cargo handling workhorse. Designed for standard pallets with a durable galvanized finish and heavy-duty casters.
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Fully enclosed metal panel structure protecting loose cargo and luggage from weather conditions during runway transit.
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High-strength towbar-steered container dolly designed to transport standard LD1, LD2, and LD3 air cargo containers.
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Chidge Dolly