Engineered to international aerospace safety standards, offering robust logistics and fleet maintenance support.
In modern high-frequency airport ground support, the turnaround efficiency of narrow-body and wide-body aircraft represents a key metric for airlines seeking to optimize fuel consumption and scheduling. The CD-T150 Airplane Push Back Tractor stands at the pinnacle of GSE engineering, serving as a highly versatile, heavy-duty towing vehicle designed specifically for complex gate maneuvering, long-distance towing, and inter-ramp pushback operations. Able to handle mid-to-large-scale commercial flights with utmost safety, it delivers the necessary drawbar pull to maintain traction under adverse weather conditions.
The core structural design of the CD-T150 combines a heavy ballast-configured structural steel frame with advanced hydraulic systems to manage the intense stresses encountered during heavy aircraft movement. By deploying a low-profile chassis, operators maintain maximum clear line-of-sight visibility, minimizing contact risks with fuselages and ground instrumentation. The vehicle relies on multi-steering geometry—including front-wheel, rear-wheel, crab-steering, and coordinated all-wheel steering—to navigate the confined pathways of Category III airport taxiways.
Provides critical torque performance to move major commercial aircraft in high-wind and sub-zero environments.
Equipped with low-emission diesel engines or optional high-density lithium-ion battery modules to support green airports.
Seamless hydraulic transition between coordinated, crab, front, and rear steering for tight hangar turns.
The global aviation industry faces a dual challenge: skyrocketing passenger demand coupled with strict mandates to reduce carbon footprints. Ground Support Equipment (GSE) is undergoing a major technological shift. Traditional diesel-only pushbacks are yielding to electric-powered variants (e-GSE) and smart-hybrid systems. These advancements eliminate idling fuel consumption at the gate, radically reducing localized particulate emissions.
Furthermore, as airports adopt Airport Collaborative Decision Making (A-CDM) frameworks, GSE operations must align with tight schedule timelines. The integration of IoT telematics into pushback tractors like the CD-T150 enables real-time tracking of battery health, mechanical wear, fuel levels, and spatial location. This level of interconnectivity ensures GSE fleet managers can coordinate arrivals and departures down to the second, reducing gate holding times and mitigating ground taxiing delays.
Explore our extensive line of specialized ground support products. Each is engineered to integrate seamlessly into active ramp workflows, ensuring continuous operational flow and high durability.
Consists of chassis, oil tanks, pumping system, and controls. Features filtration, metering, self-circulation, and pressure control.
High-capacity refueler with precision safety controls, multi-stage filtration, and responsive emergency shut-off valves.
Built for efficient fuel transfer, featuring advanced metering, pressure controls, and rugged industrial performance.
Flexible heavy-load transfer system designed for standard cargo loading decks and ground logistical centers.
Multi-directional roller configuration with reliable manual safety brakes for secure airport terminal operations.
Reinforced high-load capacity chassis offering dynamic cornering stability under challenging weather conditions.
Specially customized for LD1/LD3 aviation containers, featuring a self-locking safety guide rail design.
Delivers high-pressure thermal air directly to aircraft cabins during cold-weather gate stops.
Pre-Conditioned Air system providing optimized cooling or heating, minimizing aircraft APU usage.
Compact cabin-direct climate system offering rapid warming performance for regional commercial aircraft.
Clean, battery-powered static electricity supply reducing operational fuel costs and grid spikes.
Outputs precise 400Hz electricity tailored for aircraft pre-flight diagnostic evaluations.
Generates high-pressure pneumatic airflow required to crank and initiate turbine startup sequences.
Heavy-duty pushback engineered for standard widebody aircraft with active load-sensing hydraulics.
Self-propelled stairs featuring an adjustable platform height to match diverse aircraft models.
Advanced high-lifting capacity platform designed for widebody main-deck cargo operations.
Efficient waste-tank servicing vehicle built with anti-corrosive stainless steel reservoirs.
Zero-emission battery-powered potable water vehicle, providing hygienic replenishment cycles.
Quiet electric service vehicle featuring customized pneumatic pumping and safety overflows.
Different airports face distinct challenges, requiring specialized adaptations for GSE machinery. Ground support vehicles must operate reliably in varied conditions, from sub-zero Arctic runways to extremely hot, sandy desert gates. We design and deliver custom adaptation packages for the CD-T150, matching the exact environmental requirements of localized airport authorities:
For operations in locations like Northern Europe and Canada. Features engine block heaters, hydraulic fluid warmers, double-glazed insulated cabin glass, and localized heating loops to prevent control response lag at temperatures down to -40°C.
For operations in regions like the Middle East. Includes heavy-duty oversized radiators, auxiliary hydraulic cooling systems, dust-proof cab pressurization, and multi-stage sand filters to keep critical engine components clean.
For busy hubs in regions like East Asia and North America. Features 360-degree LiDAR anti-collision systems, real-time telemetry links to dispatch towers, and precision crab steering to maneuver safely in crowded ramp lanes.
We supply off-the-shelf and fully customized GSE equipment for airlines, airports, and ground handling companies worldwide. Our comprehensive workflow spans design, structural calculations, component assembly, quality testing, and support.
Integrated Service Solutions: From early concept planning through prototyping and final certification, we help clients quickly bring equipment to market while keeping manufacturing costs low and build quality high.
We support ground handling operators with robust supply chain logistics, responsive engineering services, and high manufacturing standards.
We focus on innovation, integrating new materials and advanced control systems into our GSE designs to improve ramp safety and efficiency.
Our equipment undergoes testing under simulated load conditions, helping ground teams work confidently with machinery built to last.
We manage lead times through structured supply chain coordination, inventory management, and organized global logistics support.
We help extend equipment service life with fast spare parts delivery, clear maintenance guidelines, and direct technical support.
Our mission is to make their choices firm and correct, to create greater value for customers and to realize their own value
Offering a range of passenger boarding stairs, cargo loaders, and pushback tractors to keep ramps running smoothly.
Customizing ground handling setups to match flight volumes, schedules, and specific fleet requirements.
From cargo loaders and dollies to PCA units and de-icing trucks, we build systems for all aspects of airport operations.
Ensuring compliance with local transportation and customs rules to get critical machinery delivered on schedule.
Operating ground machinery on active runways requires strict adherence to international safety protocols. We align our manufacturing processes with global standards to ensure seamless integration at regional and international terminals:
Our pushback tractors and cargo loaders meet the design safety standards set by the IATA Airport Handling Manual, ensuring safe interactions with aircraft.
All safety circuits, structural components, and high-pressure lines undergo rigorous quality checks to meet European Union and equivalent international safety laws.
Our assembly facilities follow ISO-certified production steps, ensuring uniform build quality and traceablity for every vehicle we ship.
Stay informed with technical analyses, industry developments, and maintenance advice from our engineering team.
An overview of boarding stair designs, focusing on safety steps, auto-leveling mechanisms, and passenger movement efficiency.
Discover how battery-powered towable units help airports reduce gate emissions and minimize peak electrical load demands.
In the complex ecosystem of aviation operations, ensuring an aircraft is flight-ready involves a multitude of support systems. Among the most critical components in this pre-flight preparation is the Aircraft Ground Power Unit (GPU). These units supply the essential electrical power required for aircraft while parked on the ground, facilitating system checks, pre-flight preparations, and passenger boarding without the need to run the aircraft's main engines. While GPUs come in various forms, truck-mounted solutions have emerged as a particularly versatile and efficient choice for modern airports and maintenance facilities.
As aviation moves toward smarter ground handling, our development roadmap focus areas include:
Developing Level 2 semi-autonomous driving assistance to help guide the tractor safely onto the nose gear hitch, reducing human-error incidents during towing setup.
Using cloud telemetry to track system vibrations, oil temperatures, and battery degradation, helping teams schedule maintenance before parts fail.
Researching clean power alternatives, including hydrogen fuel cell drivetrains, to support long-endurance operations at large international hubs.
Explore more of our line of airport GSE equipment designed for reliability and efficient ramp workflows.
Chidge Dolly