Explore our tier-one heavy and medium duty support vehicles, optimized for rapid turnaround cycles and high safety index standards.
As modern airports transition to more compressed schedules, higher runway density, and rigid decarbonization protocols, Ground Support Equipment (GSE) sits at the center of operational efficiency. The CD-T150 Airplane Towing Tractor is engineered to meet these precise challenges.
Designed to manage regional, narrow-body, and select wide-body aircraft families, our towing tractor offers optimal drawbar pull (DBP) configurations, highly responsive hydrostatic steering system parameters, and active ergonomic cabs. This ensures safe pushback and towing operations under intense turnaround schedules.
"Aviation GSE must withstand harsh environment thermal stresses ranging from -40°C to +55°C without hydraulic cavitation or drivetrain slip. Every unit we supply is built upon a high-tensile structural steel frame that resists frame deformation under extreme load spikes."
- Chief GSE Development EngineerDynamic distribution preventing tire slippage on wet, deiced, or oil-slicked apron surfaces.
Meets stringent EPA Tier 4 Final / EU Stage V requirements or 100% emission-free Lithium-ion configurations.
Engineering next-generation ground support machinery with state-of-the-art diagnostic networks and alternative propulsion lines.
The CD-T150 platform utilizes a modular chassis structure. While heavy diesel remains the traditional standard for remote locations, our engineering team has finalized a dual-path technology roadmap:
Aircraft damage during pushback is one of the highest cost liabilities for ground handlers. The CD-T150 is engineered to mitigate human error with advanced hardware-based assist systems:
Parking brakes automatically engage if the operator leaves the seat sensor array or during low hydraulic pressures.
Dual-accumulator reserve capacity ensuring emergency power steering is fully operational even with power loss.
Visual and acoustic alerts trigger if the towbar angle approaches maximum allowable design limits.
We design and manufacture a complete ecosystem of ramp support machinery, ensuring full compatibility across diverse fleets.
Equipped with highly optimized filtering, dynamic metering, fast refueling systems, self-circulation, and dual pressure control valves.
A heavy-duty chassis and large oil tank volume model with advanced metering technology for long-range aircraft fueling.
Designed with high-efficiency pump systems, self-circulation flow loops, and digital control panels for commercial airfields.
Heavy-duty transport system designed for modular warehouse-to-apron cargo movements.
High load capacity model with multi-directional roller configuration and reliable parking brake system.
Engineered for robust military or commercial cargo containers with high load stability ratings.
Optimized for widebody container configurations, featuring simplified container lock systems.
Reinforced steel frame designed to absorb high impacts during container loading cycles.
High capacity output designed for thermal maintenance of aircraft cabins during winter operations.
Delivers conditioned air directly to aircraft systems to reduce APU usage, saving airline fuel.
Scissor-lift hydraulic mechanism optimized for servicing narrow and widebody galleys.
Every airport operates inside a unique environmental micro-climate. Ground support machinery must adapt to these specific conditions to avoid service disruptions:
Equipped with electrical block heaters, low-viscosity hydraulic oils, and insulated battery housings to ensure instant startups in temperatures below -30°C.
Specially tuned turbocharged engines with electronic altitude compensation systems prevent power loss during operations at high-altitude airfields.
Galvanized steel components and multi-layer marine-grade epoxy coatings protect the chassis against humidity and salt-spray damage.
We collaborate with international engineering offices and certification agencies to ensure our GSE fleets integrate smoothly into terminal hubs worldwide.
How vertical integration, raw material access, and advanced assembly lines translate to direct economic and reliability benefits for our partners.
Operating from China's industrial manufacturing heartlands, our production facility benefits from direct integration with domestic high-grade steel producers and specialized hydraulics clusters. This concentration of resources minimizes transit delays for critical components and stabilizes pricing.
By employing robotic welding arrays, coordinate measuring systems, and dynamic load testing bays, we maintain strict dimensional accuracy across every frame. This automated manufacturing flow ensures structural reliability while shortening lead times by up to 30% compared to Western competitors.
Tailored ground support equipment built to international technical specifications and airline design standards.
We utilize advanced R&D engineering models and continuous technology updates to optimize the stability and longevity of our tractors.
High-grade raw materials and rigorous stress tests ensure our equipment meets international standards and earns market recognition.
Our optimized supply chain, raw material reserves, and port logistics ensure reliable delivery times, even during tight schedules.
We provide 24/7 technical support and rapid spare parts dispatch to keep your ground operations running smoothly.
Whether customizing cab heights for low-clearance areas or designing custom hitch mechanisms for specific towbar designs, our engineering department provides comprehensive support. We assist from initial CAD layouts to final testing, helping you achieve smooth operations.
ISO 9001:2015 certified assembly facilities.
Tailored chassis and hydraulic configurations.
Meets CE and IATA ground handling standards.
Direct access to our engineering team.
Detailed answers to technical and operational questions regarding the CD-T150 tractor series.
Operational guides and technology updates from our engineering department.
An analysis of modern passenger boarding stairs, focusing on structural stability, safety sensors, and height adjustment ranges.
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Exploring the shift toward battery-based ground power units to reduce fuel use and emissions during aircraft turnaround cycles.
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A review of the role of truck-mounted GPUs in airport ground support, detailing power conversion and cable handling designs.
Read Full ReportHigh-capacity ground support equipment designed for commercial aviation systems.
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