Explore our premium range of airport pallet dollies, slave systems, and container transporters utilized across major international transport hubs.
In modern aviation hub management, the efficiency, speed, and safety of apron operations dictate overall performance. Aircraft pushback and towing maneuvers represent a critical phase where ground operations intersect with heavy machine dynamics. The CD-T150 Aircraft Towing Tractor is engineered to bridge the operational gap between narrow-body agility and wide-body demands, offering high-durability pushback capability for airline operators and ground handling contractors worldwide.
Designed for multi-class commercial aircraft towing, the CD-T150 features a heavy-duty monocoque steel frame structured to withstand extreme torsional stress during high-drawbar-pull cycles. Equipped with high-torque diesel or advanced hybrid-ready power systems, the tractor ensures continuous power delivery during pushback tasks. Precision mechanical transmissions coupled with heavy-duty drive axles allow the CD-T150 to maintain traction on wet, icy, or debris-littered taxiways.
The steering configuration operates on multi-mode electronic steering (four-wheel, two-wheel, and crab steering), which drastically reduces the turning radius. This is a vital asset for maneuvering around tightly populated concourses and crowded maintenance hangars. Integrated hydraulic braking systems provide absolute control, stopping multi-ton aircraft safely in emergency scenarios without compromising the nose-gear assembly of the aircraft.
Aviation ground equipment fleet managers globally focus on equipment standardisation. Our manufacturing facility designs the CD-T150 in strict compliance with international aviation regulations, including IATA Airport Handling Manual (AHM) 910, 913, and 955. This design alignment ensures that the tractor's towbar attachment mechanics, cabin interface, and safety system profiles interface flawlessly with modern airliner nose gear assemblies, minimizing the risk of operational errors.
Furthermore, sourcing the CD-T150 from our factory means lower Total Cost of Ownership (TCO). By standardizing wear components, hydraulic fittings, and electronic components, we simplify global operations for international terminal operators. Global procurement teams benefit from volume-driven tier pricing, flexible customized OEM configurations, and standardized parts catalogs.
Utilizes cutting-edge simulations to design structural frames capable of bearing intense drawbar pull forces under dynamic loads.
Manufactured using ISO 9001 procedures. Thorough non-destructive testing (NDT) ensures structural weld integrity.
Structured manufacturing schedules, dynamic supply chain planning, and global logistics options guarantee prompt shipment delivery.
24/7 technical hotline, rapid response teams, and localized spare part hubs minimize operational ground delays.
The manufacturing ecosystem in China offers unparalleled manufacturing capacity, direct access to premium industrial raw materials, and streamlined logistics corridors. As an established GSE manufacturer & factory, we consolidate these advantages directly into the production of the CD-T150 towing tractor line. From heavy industrial-grade steel plate forging to high-precision CNC machining for transmission brackets, every process step is completed under a unified quality assurance protocol.
Our raw material network secures direct relationships with major steel mills, maintaining consistent steel quality even during global material supply fluctuations. Vertically integrated assembly structures enable rapid production scaling. When airport operators require fleet upgrades within tight timelines, our factory scales production, delivering multiple tractors without sacrificing testing protocols.
We supply CE, ISO, and CAAC-approved ground support machinery. Our towing units satisfy strict emissions standards (EPA Tier 4 / Euro Stage V) to allow operations in emission-regulated zones.
Supported by a comprehensive network of authorized service providers, we secure on-site maintenance contracts, local training courses, and stocked replacement hubs to minimize grounding time.
Engineered for high-tempo commercial aviation, cargo handling bases, and military operations. Excel under harsh weather conditions, including sub-zero winter temperatures and desert heat.
Original manufacturing specifications detailing our diverse portfolio of ground support units, refueling systems, dollies, and passenger solutions.
Consists of a chassis, oil tank, pumping system, control system, and operational component. Features built-in filtration, high-precision metering, pressure regulation, and self-circulation capabilities.
Features robust high-flow pumps, digital volumetric metering, fuel-water filtration, safety interlocks, and specialized aircraft refueling ports.
Designed for mid-to-large sized commercial aircraft. Built with pressure controllers, deadman controls, and emergency shut-off systems.
Allows efficient multi-directional movement of heavy air cargo containers on warehouse decks and tarmac setups.
Robust steel structure optimized for standard size cargo pallets, featuring dynamic roller beds and manual locking mechanisms.
Specifically engineered with castle-profile stops to secure heavy shipping containers during high-speed taxi towing.
Engineered for standard passenger airlines handling LD3 Unit Load Devices (ULD). Includes dynamic orientation locks.
High load capacity frame designed for large cargo hubs. Built to survive rigorous warehouse and tarmac workflows.
Perfect design fitment for LD6 sized pallets. Smooth rotation tracks guarantee quick cargo transfer cycles.
Features weather-resistant sliding covers to protect passenger luggage and cargo from precipitation and debris.
Rigid canopy design securing baggage bags during terminal transportation. Features dual-side accessibility doors.
Classic structural design with a responsive handbrake mechanism and heavy-duty casters for terminal pathways.
Heavy-duty scissor lift system catering unit designed for servicing mid to wide-body passenger jets.
Eco-friendly, zero-emission catering solution with advanced energy storage batteries for long-lasting daily service.
High-altitude food container delivery system built with safety stabilizer jacks and insulated storage.
Supplies hot, clean air flow to the aircraft interior cabin during cold-weather boarding procedures.
High-efficiency air cooling and filtering unit. Ensures stable, optimal passenger compartment temperatures.
Mobile towable heater unit designed to supply heated airflow for narrow-body plane cabins.
Features electric drive wheels, non-slip steps, and safety lighting for reliable passenger embarkation cycles.
Diesel engine powered mobile stairs. High wind-stability structure tailored to open coastal runways.
Telescopic stair heights accommodating passenger boarding heights ranging from regional jets to jumbo aircraft.
Lithium battery pack supplies clean 400Hz electricity, replacing traditional gas generators on the ramp.
Supplies 400Hz AC and 28V DC power during ground standby, reducing engine fuel consumption.
Solid-state frequency converter designed for hangar installation. Low noise, high-efficiency electrical delivery.
High pressure air compressor system designed to spin turbine starters of primary aircraft engines.
Provides optimal pressure levels for narrow-body aircraft jet starts. High thermal efficiency.
High air-mass flow rate capacity designed for large cargo airliners and jumbo jets.
Super heavy pushback tractor designed to tow commercial passenger jets up to Boeing 747 capacities.
Mid-to-heavy size pushback option, providing balanced control and high wheel traction.
Optimal ground tractor unit engineered for narrow-body configurations and regional aircraft terminals.
High-torque electric motors, designed to tow long baggage cart lines between gates and sorting zones.
High drawbar rating diesel engine designed for heavy bulk baggage loads over steep ramps.
Equipped with computerized battery management. Ensures shifts operate with minimal downtime.
Incorporates corrosion-resistant waste storage, disinfection rinsing pumps, and ergonomic hose couplers.
Employs zero-emission electric motor drives and silent vacuum pump operations for eco-friendly airports.
Provides food-grade stainless-steel water lines to replenish aircraft fresh water reserves cleanly.
Dual-platform hydraulic loader with 14-ton lift capability. Features automated roller alignment sensors.
Heavy-duty, high-deck loader designed to lift double cargo containers up to 35 tons.
Standard 7-ton capacity loader optimized for narrow-body and wide-body lower-deck cargo configurations.
Hydraulic scissor-lift cabin designed to safely board passengers with restricted mobility up to main decks.
Includes safety locks and boarding bridge extenders, providing wheel-chair accessible airport transport.
The ground handling sector is experiencing a significant transition toward green power systems and smart machinery. Industry trends focus on the electrification of high-capacity towing tractors, replacing standard diesel configurations with zero-emission alternatives. Electrified tractors utilize lithium-iron-phosphate (LFP) chemistry, delivering peak torque from zero RPM. This characteristic is optimal for shifting static heavy loads during initial aircraft pushbacks.
Alongside energy developments, telematics integration has become standard. Modern versions of the CD-T150 include IoT diagnostic modules, relaying real-time statistics regarding fuel usage, battery health, hydraulic fluid temperatures, and load stress directly to fleet management platforms. This predictive framework lets airport crews address maintenance needs before component wear leads to unscheduled flight delays.
The application versatility of the CD-T150 extends across various terminal workflows:
Our goal is to secure long-term client confidence by manufacturing reliable machinery that increases operational ROI.
We provide OEM and ODM services. Adhering to client-centered development, we cover system design, testing, and final certification steps to deliver customized machinery that reduces lifecycle costs.
Utilizes modern ERP and automated scheduling platforms to optimize component assembly lines.
Strict quality checklists at each fabrication phase ensure product durability and performance.
Streamlined logistics pathways, seaport access, and reliable cargo partners secure delivery timelines.
Our engineering division designs customized solutions, keeping your ground support equipment up-to-date.
Stay informed with our updates on civil aviation guidelines, ground logistics engineering, and fleet optimizations.
Essential technical information and support guidelines for aircraft towing tractors and ground support fleets.
Explore our additional line of airport equipment designed to optimize turnaround times and ensure passenger safety.
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