Explore our core selection of airport GSE systems designed for unmatched efficiency, safety, and operational reliability.
In the rapidly changing world of aviation ground operations, the demand for high-capacity, safe, and custom aircraft towing tractors has reached an all-time high. Modern airport hubs require GSE (Ground Support Equipment) that operates with absolute precision, minimal downtime, and maximum structural integrity. As a premier aircraft towing tractor manufacturer, our engineering philosophy focuses on providing solutions customized to specific fleet dynamics, extreme weather variables, and strict emissions requirements.
Aircraft towing tractors represent the backbone of tarmac safety and efficiency. Whether performing gate pushbacks, hangar movements, or long-distance maintenance towing, these heavy-duty vehicles must interface seamlessly with aircraft nose gears. This requires complex calculations of drawbar pull, traction control, and steering geometry. Our custom engineering department collaborates directly with airlines, airport authorities, and ground handling teams globally to deliver robust towing configurations that reduce structural wear on aircraft landing gears while ensuring operators maintain complete visibility and control.
A key factor that distinguishes a premium airport towing vehicle manufacturer is the engineering of the powertrain. Our diesel pushback line relies on heavy-duty diesel engines paired with fully automatic power-shift transmissions or hydrostatic drive systems. Hydrostatic drives offer continuously variable speed ratios, allowing smooth, shock-free acceleration that protects sensitive aircraft nose landing gears from sudden shear stresses.
For widebody aircraft movements, our heavy-weight models like the CDT450 and CDT700 deliver massive drawbar pull capacities. These heavy units utilize customized cast steel frames and heavy-duty planetary axles with multi-disc wet brakes, providing the necessary torque multiplication to move aircraft with maximum take-off weights (MTOW) up to 450-600 metric tons. By optimizing weight distribution across all four driven wheels, we maximize traction coefficients even on icy or wet taxiways.
The aviation industry has committed to ambitious net-zero carbon goals. Consequently, the transition from conventional internal combustion engines to electric, hybrid, and hydrogen fuel cell powertrains is moving rapidly. Our research and development department is at the forefront of this green transition, integrating high-performance lithium-iron-phosphate (LiFePO4) battery systems and smart power management architectures into our custom aircraft towing tractors.
Utilizing 400V/800V high-voltage platforms to deliver instant torque, maximum energy efficiency, and compatibility with standard airport DC fast-charging networks.
Integrating LiDAR, ultrasonic sensors, and RTK GPS to enable autonomous aircraft hangar movements and collision avoidance systems (CAS) during gate alignment.
Real-time transmission of vehicle state-of-charge, system temperatures, and hydraulic pressures via 5G networks to prevent unplanned runway delays.
Our roadmap includes next-generation towbarless (TBL) electric tractors. Towbarless operations eliminate the need for shear pins and towbars, significantly speeding up the pushback process. They clamp the nose landing gear directly and lift it slightly off the ground, transferring a portion of the aircraft's weight to the tractor's chassis to improve drive traction. By utilizing electric drive-by-wire controls, these autonomous-ready tractors can calculate precise turning circles and speed profiles, minimizing the potential for operator error.
Direct references to our globally deployed specialized systems, including refueling fleets, dollys, heaters, and catering support.
Consists of a chassis, oil tanks, pumping system, control system, and operating components with filtration, metering, self-circulation, and pressure control.
Heavy-duty, high-capacity non-motorized cargo transport systems featuring robust caster platforms, designed for rapid air freight processing.
Reinforced steel trailers engineered with multidirectional rollers and locks for securing unit load devices (ULDs) across airport ramps.
Protective baggage transportation systems ensuring luggage protection from weather and damage, featuring reliable overrun braking systems.
Precision scissor-lift catering trucks built to service various commercial aircraft cabin doors safely, with advanced interlocking systems.
High-output pre-conditioned air (PCA) units and environmental control systems ensuring passenger comfort and cabin temperature regulation during layovers.
Self-propelled and towable passenger boarding stairways with non-slip treads, safety sensors, and adjustable docking heights.
Supplying continuous 400Hz AC and 28V DC power directly to parked aircraft, reducing reliance on auxiliary power units (APU).
Delivering high-pressure air stream to start aircraft engines under various temperature conditions, with sound-dampened enclosures.
For modern airports, managing ground support equipment (GSE) is no longer just about purchasing individual vehicles. It requires an integrated ecosystem approach where deicing trucks, passenger boarding stairs, cargo loaders, and aircraft towing tractors communicate with a centralized fleet management system. Our macro industry solutions provide airports and ground handlers with a single source for customized engineering, helping to reduce operational complexity and lifecycle maintenance costs.
By integrating advanced telemetry across all our machinery, ground operations managers can monitor exact positions, operational states, and battery charge levels. For example, when a widebody passenger flight lands, our fleet management software tracks the coordination of CDL14000 cargo loaders, CD-SP80 catering trucks, and 90KVA ground power units. This allows the CDT450 towing tractor to align for the pushback exactly when ground service is completed. This level of optimization minimizes gate occupancy times, reduces fuel consumption, and improves airport throughput.
Our manufacturing facility operates under the Factory 4.0 framework, combining automation, digital twins, and lean assembly lines. This ensures we can produce reliable ground support equipment while keeping costs competitive. Located in China’s industrial heartland, our factory leverages a secure local supply chain of certified steel mills, heavy hydraulic valve suppliers, and electric motor manufacturers. This integration helps protect us from international logistics delays and raw material price fluctuations.
Every aircraft towing tractor we manufacture undergoes a multi-stage quality assurance process:
This level of control allows us to provide comprehensive OEM & ODM services. Whether your operation requires modified cabins, specialized hydraulic oil configurations for arctic conditions, or hybrid drivetrains for hot climates, our factory is equipped to deliver customized configurations.
Procuring heavy ground support equipment for international airlines and airport authorities requires strict compliance with international standards. Our systems are built to meet and exceed IATA AHM (Airport Handling Manual) guidelines, CE standards, and CAAC certifications. We design our vehicles with global operations in mind, incorporating off-the-shelf components from world-class brands like Danfoss hydraulic pumps, Deutz engines, Kessler axles, and Curtis electric controllers to simplify local maintenance.
We also support our clients through a localized network of service partners and regional spare parts hubs. This localized framework ensures that wear parts can be delivered quickly, reducing vehicle down-times. From on-site operator training to customized routine maintenance programs, our service teams help ensure your airport operations run smoothly and reliably.
Combining technological innovation, rigorous product quality, and responsive after-sales service globally.
Leveraging advanced engineering and R&D innovation to deliver clean-energy propulsion, telematics, and high safety standards on the tarmac.
Built to handle demanding commercial flight schedules, our systems meet strict regulatory standards to ensure long-term durability.
Efficient supply chain management, integrated manufacturing, and optimized logistics support reliable delivery for large fleet orders.
Providing troubleshooting support, customized maintenance routines, and quick access to critical spare parts to help maintain high fleet uptime.
Tailor-made dimensions, drive configurations, load capacities, and environmental specs built to your airport’s unique requirements.
Modern manufacturing systems that optimize costs and lead times.
Quality standards designed for high-stress airside operations.
Reliable logistics coordination for global shipping.
Ongoing R&D to improve drive control and safety.
Responsive maintenance guidance and technical training support.
Complete your operations with our verified selection of tow tractors, power supplies, deicing trucks, and dollys.
Find technical insights and purchasing support for custom aircraft towing tractors and airport ground support equipment.
We work closely with global airlines, logistics companies, and airport authorities to deliver reliable ground support equipment.
Insights, technology updates, and operational guidelines from the global ground support equipment market.
Understanding boarding stair configurations, hydraulic stabilizers, and structural systems required for safe passenger operations.
Reviewing how battery-integrated towable GPUs reduce carbon emissions and operational fuel costs during gate parking cycles.
An in-depth look at truck-mounted ground power supplies, servicing parked aircraft, and reducing reliance on the aircraft’s main engines.
Chidge Dolly