Engineered to meet international flight safety specifications, optimizing ramp turnover rates globally.
Modern airport operations require unprecedented levels of precision, safety, and velocity. Aircraft push-back operations represent the critical link between terminal gating and taxi-out phases. Any delay or equipment failure at this stage reverberates across regional flight networks, yielding massive economic penalties and operational bottlenecks.
As leading global designers of Ground Support Equipment (GSE), we implement advanced hydrostatic drive architectures and fail-safe safety control parameters in our towbar and towbarless tractor fleets. Our systems comply strictly with standard IATA AHM (Airport Handling Manual) standards, offering global carriers and airport management corporations an uncompromised path to zero-emission ground logistics.
Optimizing airport turnarounds across different traffic densities, climatic zones, and operating constraints.
Designed for tier-1 international hubs with continuous flight rotations. Focuses on towbarless quick-connection mechanisms to minimize gate occupation times and speed up dispatch sequences.
Engineered for high-latitude airports. Deicing systems feature specialized heaters and spray telemetry to keep ground support running smoothly, even under severe sub-zero weather conditions.
Turnkey transition plans for airports aiming for zero ground emissions. We supply matching electric ground power units (GPUs) and tow tractors with custom charging infrastructure.
| Operating Class | Typical Aircraft Model Compatibility | Recommended GSE Configuration | Primary Power Type Options |
|---|---|---|---|
| Heavy Hub Duty (F class) | A380-800, Boeing 747-8 | Towing Tractor CDT700 / High Flow Deicing Systems | Heavy-Duty Clean Diesel / Dual Engine Hybrid |
| Standard Widebody (D & E class) | B777, B787, A350, A330 | CDT450 Towing Tractor / CD-ACU-E2 Climate Unit | Lithium Battery Electric (Li-FePO4) / Stage V Diesel |
| Narrowbody Operations (C class) | A320 Neo, B737 Max, C919 | CD-T150 Tow Tractor / CD5060DQS Potable Water | Full Zero-Emission Battery Electric / Hybrid Drive |
Integrating smart manufacturing, automated welding systems, and strict testing protocols to deliver GSE within competitive lead times.
Our state-of-the-art production facility incorporates advanced robotic welding centers, computerized laser-cutting systems, and digital hydraulic testbeds. By digitalizing the assembly process, we ensure structural steel frames and steering geometry are aligned to within a fraction of a millimeter. This precision directly translates to consistent straight-line towing track performance and a service life exceeding 15 years on the ramp.
Our vertical integration covers structural metallurgy, hydraulic design, and programming of proprietary software in PLC safety boards. This enables us to maintain strict quality control, adapt designs to customer specifications, and complete shipments much faster than traditional manufacturers.
Supply Chain Security: We source key components—like hydraulic pumps, diesel engines, and drive axles—exclusively from globally recognized brands. This guarantees that replacement parts are readily accessible worldwide, minimizing potential downtime.
Before leaving the factory, every ground handling unit undergoes simulated operational testing. This includes maximum drawbar pull verification, overload lifting trials, and thermal endurance tests in specialized hot and cold chambers.
Engineering the future of smart ground support systems.
Transitioning from low-voltage platforms to unified 800V silicon carbide drive systems. This change reduces heat generation, increases energy efficiency, and enables ultra-fast charging capability on the ramp.
Developing steer-by-wire and sensor arrays (using LiDAR and radar) to enable autonomous taxiway repositioning. These systems will assist operators during complex docking procedures.
Real-time CAN-bus system monitoring allows operators to track battery state-of-health, hydraulic pressures, and mechanical loads remotely, facilitating predictive maintenance strategies.
How our engineering and logistics workflows align with the compliance demands of airlines and ground handling teams.
Our equipment meets CE, ISO9001, and SGS standards, conforming to all CE machinery directives and IATA AHM functional safety requirements.
We provide tailored chassis lengths, custom cabin arrangements, and localized hydraulic setups to meet specific fleet configurations and operating rules.
We offer secure parts logistics and dedicated engineering support to ensure operational continuity for global service networks.
Consistently delivering reliable ground support technology to aviation and logistics partners worldwide.
Our company emphasizes advanced technology, continuous product design innovation, and research and development in all production operations.
High-quality construction ensures our equipment meets operational expectations, standing out in competitive aviation markets.
Our supply chain logistics, inventory control, and emergency response planning guarantee reliable equipment delivery dates.
Dedicated technical support helps operators resolve usage issues quickly, extending equipment lifespan and building long-term trust.
We build refueling trucks configured with specialized filtration, flow metering, pumping, self-circulation, and dual pressure control systems (featuring models like the CD5207GJJ, CD5580GJJ, and CD5341GJJ).
Our dolly systems (Slave Pallets, Pallets, and Container Dollies like the LD3 and LD6) are hot-dip galvanized and built to handle heavy cargo loads day after day.
We supply air conditioning and cabin heating systems (such as the CD-ACU-E2 and CDH-60) designed to maintain target temperatures during ground operations.
Our passenger boarding stairs (CD-PBS5062E, CD-PBS5062D) feature slip-resistant steps and smooth-operating hydraulic stabilization platforms to ensure safe passenger boarding.
Tailored Ground Support Engineering: We welcome OEM and ODM partner requirements. Our engineering team designs custom equipment configurations to meet specific site layouts and operational rules.
From initial design draft and mechanical layout to structural testing, manufacturing, and local certifications, we provide a unified workflow. This collaborative approach helps clients deploy ground equipment quickly while controlling development costs.
Common questions about ground support equipment engineering, safety standards, and procurement options.
Technical updates, design reviews, and articles covering the ground handling sector.
A breakdown of modern passenger step structures, focus points on stability mechanisms, and safety rules for high-wind conditions.
Published: 2026-05-27
Evaluating hybrid battery energy storage systems designed to supply clean electrical power during gate turnaround sequences.
Published: 2026-05-19
A technical review of solid-state converters and truck-mounted GPUs, detailing how they meet clean energy goals for modern airport operations.
Published: 2026-05-18We deliver reliable ground equipment to airlines, airports, and cargo logistics operators worldwide.
Ensuring safety and efficiency across all ground servicing activities.
Chidge Dolly