Explore our premium custom aircraft ground handlers, luggages, deicers and start units built for industrial operations.
In high-throughput aviation centers, precision on the ramp is the cornerstone of operational efficiency and safety. Airplane pushback operations represent the crucial transition stage of flight preparation where heavy commercial aircraft must be guided safely away from passenger boarding gates and terminal structures. Any operational delays during this process directly impact turn-times, fuel efficiency, and terminal scheduling, creating cascading delays across international networks.
As a leading manufacturer of Ground Support Equipment (GSE), we design custom tow tractors and pushback configurations engineered to interface seamlessly with modern narrowbody and widebody passenger fleets. Our products are formulated to manage immense structural payloads, varying traction dynamics under wet or icy conditions, and specialized torque curves that ensure smooth acceleration profiles to prevent nose-gear fatigue.
Adhering strictly to IATA Airport Handling Manual (AHM) guidelines and ISO 9001 quality metrics, we ensure that every custom tractor, deicing unit, and auxiliary aircraft service truck operates with total dependability. This engineering background translates to less downtime, longer cycles of service, and reduced operational costs for airlines and third-party ground handlers globally.
Designed and built at our specialized manufacturing facility to meet rigorous ground operation profiles.
Comprising rugged chassis integration, precision pumping manifolds, fuel filtration complying with EI 1581 standards, digital metering systems, and pressure control safety mechanisms.
Featuring precision metering, safety-loop filtration, self-circulation loops, and standard-aligned pressure regulators.
Extended volume tank configuration for widebody service, incorporating highly efficient pumping flow-rates.
Mid-range tactical refueling design engineered for regional airports demanding rapid turnaround capabilities.
High tensile steel welded dollies configured for heavy-duty container and pallet transport on the cargo apron.
Robust operational build optimized for quick forklift staging and container rotation.
Heavy duty structural chassis with specialized roller configurations for smooth pallet transfer.
Castellated guide pins for secure handling of 7-ton cargo structures under high velocity towing.
Tailored layout profiles to interface with international standard unit load devices (ULDs) such as LD3, LD6, and LD8 cargo containers.
Optimized low-profile loading deck containing integrated side guide bars and safety locks.
Reinforced dual-axle suspension system designed for continuous logistics depot cycles.
Large-format container chassis designed with high density rollers and secure manual release brakes.
Advanced hydraulic elevations for passenger entry, coupled with high pressure pneumatic output units for aircraft engine start cycles.
Electrically propelled clean boarding stair system featuring step-illumination and dual hydraulic locks.
Environmentally conscious electric solid-state energy storage GPU for emissions-free power delivery.
Compressor output generating high pressure airflow to initiate turbofan engine ignition stages.
Our core technology portfolio: Heavy push back tractors equipped with custom gear ratios, high-torque diesel or electric powertrains, and multi-steering axles.
Engineered for high mass commercial jets, delivering stable torque vectors and custom ballast weight distribution.
Medium-class configuration optimized for narrowbody line operations and heavy maintenance towing shifts.
Agile, compact structure suited for regional commuter aircraft pushbacks and dense ramp parking maneuvers.
The aviation ground support market has entered an era of rapid transition. Aerodromes worldwide are experiencing heightened density, compressed timelines, and aggressive carbon-reduction policies. Regulatory bodies in both the European Union and North America have established mandates that require major hub airports to reduce carbon footprints on the apron. This regulatory landscape has driven a shift towards the electrification of ground equipment.
Global Supply Chain Resilience: Ground handlers are shifting from transactional purchasing patterns to strategic long-term supply partnerships. With custom equipment, suppliers must manage complex inventory pipelines for specialized components, including planetary axles, hydraulic valves, and electrical battery management systems (BMS). Our factory maintains vertically integrated manufacturing systems to secure timely delivery and protect operations from supply disruptions.
Standardization vs. Customization: While universal standardization reduces maintenance complexity, different runway geometries, climatic challenges, and fleet mixes necessitate tailored configurations. Our OEM/ODM program addresses this need, allowing airport operators to customize drive systems, hydraulic capacities, cabin elevations, and telemetry suites on standard chassis.
Safety & Compliance Frameworks: Under IATA’s Airport Handling Manual (specifically AHM 910 and 913), the emphasis on collision avoidance technology (ASD) has intensified. Modern pushback operations demand integrated sensor suites, automated slowing zones, and operator cabins that offer clear, unobstructed visibility profiles. Our engineering integrates radar, ultrasonic sensors, and visual displays directly into the vehicle architecture to mitigate collision risks and enhance safety.
Ensuring operational reliability, engineering innovation, and post-delivery support for global ground operations.
Our product design utilizes advanced engineering and testing structures to ensure high performance and structural integrity in real-world scenarios.
Every vehicle and component meets rigorous QA certifications, ensuring long-term durability and structural resistance on the ramp.
Our logistics network and production management ensure prompt delivery timelines, minimizing supply chain lag for ground handlers.
We provide comprehensive lifecycle support, replacement parts, and direct engineering guidance to resolve technical issues promptly.
Ground operations face diverse and challenging environments. Standard ground support equipment often struggles when exposed to geographic extremes, leading to component failure, hydraulic fluid degradation, and electrical malfunctions. To prevent these failures, we customize our machinery to withstand the unique environmental demands of each operational site.
High temperatures degrade hydraulic fluid viscosity, leading to seal failures and pump slippage. For these environments, we integrate high-capacity heat exchangers, oil coolers, and advanced cabin air conditioning units (like the CD-ACU-E2) to maintain reliable hydraulic performance and comfortable operator conditions.
Cold weather operations require specialized solutions to prevent freezing. Our cold-weather modifications feature heavy-duty cabin heaters (CD-H02), low-temperature hydraulic hoses rated down to -45°C, block pre-heaters, and deicing truck configurations (CDD8200 and CDD9200) to ensure reliable winter starts and operations.
Coastal airports expose GSE to high humidity and airborne salinity, accelerating corrosion. To combat this, we apply robust protective measures, including hot-dip galvanized structural chassis for our dollies, marine-grade epoxy coatings, and stainless-steel electrical enclosures with IP67 ingress protection.
Collaborative manufacturing pathways to design custom solutions tailored to your operational specifications.
Every airport hub has unique layout configurations, ramp grades, and fleet requirements. Recognizing that standard ground support equipment may not fit every application, we offer structured OEM and ODM services. This service enables clients to participate in the design process, ensuring the final equipment integrates seamlessly into their existing operations.
Our engineering team handles the complete development cycle, including 3D structural modeling, FEA stress analysis, hydraulic calculations, and software coding for vehicle control systems. Once simulated, we manufacture prototypes and subject them to operational load testing. This process allows us to deliver equipment that meets your exact load capacities, safety metrics, and maintenance schedules.
The table below details the technical specifications of our flagship refueling trucks, towing tractors, and pallet systems, illustrating our design alignment with global standards.
| Equipment Model Class | Primary Operational Function | Technical & Capacity Specs | Compliance & Safety Certifications |
|---|---|---|---|
| CD5207GJJ / CD5580GJJ Series | Aviation Fuel Staging & Pumping | Pumping system, filtration, pressure control | EI 1581 Filtration, IATA AHM 920 |
| CDT700 / CDT450 Series | Aircraft Towing & Push Back | 45,000 kg - 70,000 kg GVW capacity | IATA AHM 955, SAE ARP 1247 |
| CDD8200 / CDD9200 Series | Aircraft Deicing Operations | Dual fluid heater, proportional spray boom | SAE ARP 1972, ISO 11075 |
| 7T / 18T Pallet Dolly Series | ULD Container Handling | 7,000 kg - 18,000 kg load capacity | IATA AHM 911, EN 1915 |
| CD-PBS5062E Series | Passenger Boarding & Egress | Hydraulic telescoping range: 2.4m - 5.8m | EN 12312-1, IATA AHM 913 |
Integrated services supporting airport operators and global logistics providers.
Manufacturing and supplying a comprehensive catalog of ground support machinery tailored to airport operational profiles.
Providing custom fleet configurations to passenger airlines and cargo operations to optimize ramp layout efficiency.
Delivering high compatibility across diverse fleets, including narrowbody aircraft and widebody transport jets.
Maintaining QA benchmarks to ensure equipment arrives on schedule and ready to enter active service.
The ground support equipment market is evolving toward sustainability and automation. To support the aviation sector's goal of net-zero emissions, we are continually refining our product lines.
High-Voltage Lithium-Ion Architectures: Traditional lead-acid batteries and diesel engines are being phased out in favor of high-voltage Lithium Iron Phosphate (LFP) power systems. Our new range of electric towing tractors and water trucks (such as the CD5060DQS) utilizes 400V battery architectures. This configuration supports rapid opportunity charging, delivering high torque performance without operational degradation.
Smart Telemetry and Fleet Management: Our modern vehicles feature telematics units that collect real-world engine metrics, hydraulic pressure readings, and battery charge states in real time. This data is transmitted to central control databases, enabling predictive maintenance schedules and reduced equipment downtime.
Autonomous and Remote-Pilot Assistance: As human-resource constraints on the ramp persist, the demand for semi-autonomous operations increases. We are currently testing camera-and-lidar based docking systems for passenger stairs and regional towing tractors. These assistance systems help guide vehicles safely to the aircraft fuselage, reducing collision risks and improving operational speed.
Our mission is to make their choices firm and correct, to create greater value for customers and to realize their own value.
Expert answers regarding custom configurations, certification compliance, and equipment specifications.
A: We customize the torque transfer characteristics and coupling attachments on our tractors to align with specific aircraft nose-gear limitations. This engineering approach protects structural points on narrowbody and widebody fleets during acceleration and deceleration phases.
A: Our refueling trucks meet EI 1581 filtration requirements and IATA AHM 920 standards. Our deicing trucks comply with SAE ARP 1972 guidelines to ensure reliable fluid heating and delivery during winter operations.
A: Our eGPUs utilize high-energy-density lithium battery systems that support opportunity charging. Operators can top up battery reserves during flight turnaround intervals, keeping the equipment ready for consecutive service windows.
A: Delivery timelines depend on system complexity and requested customizations. Standard chassis modifications generally require 60 to 90 days from design approval to factory acceptance testing.
A: We maintain a dedicated inventory of critical spares, including hydraulic valves, pumps, electrical relays, and filters. Our engineering team provides technical support to help operators diagnose and resolve operational issues promptly.
Stay informed on the engineering trends, operational methods, and design advancements shaping ground support operations.
An analysis of structural design, step configurations, hydraulic safety locks, and stability requirements for passenger stairs servicing narrowbody and widebody fleets.
An introduction to emission-free ramp operations using mobile solid-state battery energy storage packs instead of conventional diesel generators.
Evaluating electrical power delivery to aircraft while parked on the ground, facilitating system checks, pre-flight preparations, and passenger boarding without running engines.
Additional custom-engineered solutions for airside logistics and aircraft maintenance operations.
Chidge Dolly