Engineered for structural durability and rapid deployment, our high-capacity dollies are built to streamline airside cargo flows under extreme operational conditions.
The aircraft pushback and towing segment demands uncompromising power, precise control systems, and structural reliability. The Cd-T150 Aircraft Towing Tractor is designed to bridge the gap between heavy duty operation requirements and absolute ramp safety. Capable of handling narrow-body and medium-sized regional aircraft, this heavy-duty tractor is engineered with a high-torque drivetrain system, delivering exceptional drawbar pull (DBP) under varying weather conditions.
Equipped with state-of-the-art hydrostatic steering and intelligent weight distribution mechanics, the Cd-T150 ensures smooth acceleration and deceleration curves. This protects the landing gear assemblies of critical aircraft assets during operations. The tractor design centers on a robust chassis structure built from high-tensile steel, offering optimal ballast capabilities and resistance to severe environmental stress.
| Parameters | Specifications / Engineering Values |
|---|---|
| Towing Capacity Range | Up to 150 Metric Tons (Maximum Gross Weight) |
| Drawbar Pull (DBP) | Up to 120 kN (Depends on ballast configuration) |
| Drive Configuration | 4WD (4-Wheel Drive) with Hydrostatic/Automatic Transmission |
| Compliance Standards | IATA AHM 910, 913, 955, SAE ARP, CE Certification |
Towing Capacity (Tons)
Global Port Partnerships
On-time Turnaround Efficiency
Engine Emission Compliant Options
Aviation ramp efficiency relies on multiple interconnected support systems. Explore our comprehensive line of specialized ground equipment built to the same rigorous standards as the Cd-T150.
Complete refueling truck system built on premium chassis with high-capacity filtration, precision metering, self-circulation, and safety bypass valves.
Heavy duty aviation fuel transport unit featuring active pressure controls, high-speed pumping arrays, and compliance with global environmental standards.
Advanced airport ground support vehicle with optimized chassis design, integrated telemetry flow control, and fail-safe safety features.
Clean, low-carbon solid-state energy storage system designed to deliver consistent electrical support for pre-flight testing and passenger boarding operations.
Dual-voltage 400Hz frequency converter providing stable power output, thermal overload protection, and high-efficiency electrical delivery.
Engineered for high-latitude and extreme cold weather airport zones, providing steady, filtered air temperature management inside cabins.
Electric self-propelled passenger boarding steps with anti-slip platform surfaces, visual alignment cameras, and automated interlocking stability jacks.
Zero-emission scissor-lift catering system designed for multiple aircraft deck heights, featuring insulated compartments and wind-resistant stabilizers.
Pioneering smart, sustainable, and connected ground handling infrastructure to meet tomorrow's carbon-neutral airport demands.
Following international zero-emission initiatives, the Cd-T150 roadmap features advanced transition options from diesel-hydraulic systems to pure-electric and hydrogen fuel cell drive systems. Our latest high-capacity lithium iron phosphate (LFP) battery chemistries support fast-charging cycles, yielding higher thermal efficiency, minimal maintenance, and zero airside emissions.
Real-time vehicle health analysis is crucial for busy hub operators. The next-generation Cd-T150 is integrated with smart telematics modules. Using CAN-bus architectures, terminal control rooms monitor engine load profiles, hydraulic system oil temperature, brake wear indexes, and battery health, facilitating predictive fleet maintenance cycles.
To mitigate human error during high-precision alignment operations, the tractor integration path incorporates LiDAR scanners, Ultrasonic sensors, and high-precision GNSS positioning. These assist ramp agents during docking sequences, automatically reducing traction speed within defined safety zones around the aircraft landing gear.
For modern tier-1 international airports, handling ground congestion is directly tied to profit margins. Operating under tight flight schedules means even five minutes of turnaround delay ripples through global networks. Our solutions focus on minimizing aircraft dwell times through highly resilient ground systems.
By coordinating towing tractors, dollies, cargo loaders, and ground power systems under a centralized maintenance schedule, airports improve their A-CDM (Airport Collaborative Decision Making) compliance scores. Standardizing on our structurally resilient tow tractors and high-capacity dollies limits the risk of mechanical downtime on active taxiways, ensuring smooth airside movement.
Combining heavy industry manufacturing capability with dynamic digital QC control pipelines to construct reliable, cost-efficient ground support vehicles.
Our state-of-the-art manufacturing facility leverages advanced automation technology, from high-precision robotic laser cutting systems to CNC machining complexes. By controlling the complete design, welding, machining, and stress-relieving process in-house, we eliminate reliance on third-party structural fabrications. This guarantees that every chassis leaving our plant matches our strict design parameters.
Additionally, our geographic location provides strategic access to first-tier industrial component supply chains—ranging from heavy hydraulic pumps and advanced steering gears to rugged industrial engines. This robust supplier ecosystem allows us to achieve shorter production lead times, maintain stable pricing, and offer customizable OEM/ODM configurations compared to typical European or North American manufacturers.
Our production line is monitored by ISO 9001 quality assurance processes, with each finished aircraft towing tractor undergoing simulated full-load drawbar pull tests, grade climbing evaluations, and continuous hydraulic stress routines before shipping.
Ensuring seamless airside integration through strict adherence to regional safety protocols and expert maintenance training.
All units comply with IATA Airport Handling Manual (AHM), CE directives, and SGS testing protocols. The electrical layout complies with IP65/IP67 ingress ratings to safeguard critical controls from intense rainfall and glycol de-icing fluids.
We deploy factory-certified field technicians to assist during commissioning. We provide on-site operational instruction, system maintenance training, diagnostic software familiarization, and safety audits to maximize fleet longevity.
We guarantee 10-year parts support for every vehicle series. Through key parts warehousing hubs in major geographic regions, critical hydraulic cylinders, control units, and brake parts can be dispatched via express air freight within 48 hours.
Expert answers addressing the configurations, structural metrics, and delivery pipelines of the Cd-T150 tractor series.
Stay updated with our research papers and developments regarding ramp safety standards and ground service equipment engineering.
An in-depth look at structural design, anti-tipping hydraulics, wind stability calculations, and active safety interlocks designed to safeguard passengers during boarding under extreme wind shears.
Exploring the shift toward zero-emission solid-state battery power plants on the ramp, demonstrating how modular power packs reduce carbon footprint and diesel fuel storage costs.
Analysis of truck-mounted 400Hz frequency converter design, voltage stability during generator start sequences, and methods to lower flight line turnaround delay.
Optimized for high-capacity freight handling and ramp integration. Browse our high-capacity dollies constructed for wide-body loading systems.
Chidge Dolly
