About Trackless Transfer Cart (FTC)
Trackless Transfer Carts offer innovative solutions designed specifically for the effective, safe, and precise transportation of loads ranging from 5 to 400 tons within industrial facilities. These carts provide flexibility through remote control and autonomous features. Their ergonomic designs enhance operator comfort and efficiency while ensuring a safe working environment with collision-preventative safety systems. Customizable top table designs cater to various load shapes and sizes, offering suitable transport solutions. The carts feature different wheel options for various surfaces and provide different steering choices. While standard options include front/rear, front axle, and axle steering, additional options, such as steering around the rear wheel or axle, are available for enhanced maneuverability. Optional features like hydraulic lifting systems or self-adjusting rotators for welding processes are also integrated into these carts.
Omnidirectional Transfer Cart (MTC)
The Omnidirectional Transfer Cart (MTC) features the most advanced maneuverability system among all FADA transfer solutions. With fully independent steering on all wheels, the system provides exceptional movement flexibility, allowing the vehicle to operate efficiently even in extremely tight and confined industrial areas.
The MTC can move longitudinally, laterally, diagonally, in crab mode, and can rotate 360° around its own axis or a specific pivot point. This makes it ideal for high-precision positioning and navigation in restricted environments. The omnidirectional steering system is widely used for transporting large, bulky and heavy loads such as tanks, large cooling units, power transformers, prefabricated concrete structures and long cylindrical components.
Many of FADA’s industrial clients from various sectors choose our four-wheel steering technology. These include industries that require heavy-load movement in narrow operational areas, such as oil & gas, transformer manufacturing, cooler and heat exchanger production, turbine and compressor manufacturers, shipyards, prefabricated building manufacturers and nuclear power facilities.
The Omnidirectional Transfer Cart offers exceptional maneuvering control, customizable platform designs, energy-efficient drive systems and advanced safety sensors—providing a high-performance solution for modern factories requiring precision, flexibility and safe heavy-load transportation.
ABOUT RAIL TRANSFER CART (RTC)
Fada Rail Transfer Carts offer innovative solutions specifically designed for the efficient, safe, and precise transportation of heavy and geometrically challenging loads within industrial facilities. These transfer carts, ranging from 1 to 400 tons in carrying capacity, are engineered for optimal and rapid vertical movement between production lines. They facilitate seamless transportation along a straight path where quick and secure material transfer is necessary between production lines. These carts can be personalized with remote-controlled or autonomous options and various motor selections, all designed for durability, ensuring compliance with occupational health and safety standards, and providing a long-lasting solution tailored to customer needs. They find application across a wide spectrum, from coil sheets to wind energy turbines, transformers to molds, and large-scale components. These customizable vehicles, tailored to specific loads, incorporate ergonomic, cost-effective designs while adhering to workplace health and safety regulations. Equipped with laser sensors, they detect obstacles in their path, halting movement to prevent potential accidents.About Custom Transfer Solutions (CTS)
Fada Engineering offers tailored solutions in the field of industrial load transfer, providing practical and efficient transportation options tailored to your needs through its design capabilities. Our vehicles, each designed specifically for the load, offer ideal material transport solutions for various industrial applications.
Throughout our history, we have worked across a wide spectrum of industries, such as Coil and Sheet Handling Cars for the Iron-Steel Industry and Steel Service Centers; Mold Transfer Cars for the Automotive and Logistics Sectors; Concrete Traverse Transfer Cars and Concrete Block Transport Cars for the Concrete Block Production Sector; Tanker Transport Cars and Wagon Transfer Cars for Logistics, Rail System, and Trailer Manufacturing Sectors; Wind Turbine and Blade Transfer Cars for the Energy Sector; Transformer Transport Cars and Transformer Transfer Cars for the Transformer Manufacturing Sector; Ship Parts Transfer Cars for the Shipyard Sector and Yacht/Ship Transport and Transfer Cars.
Each product is designed with high quality and manufactured using high-performance materials. While providing tailored solutions for your load transportation needs, we prioritize flexibility, efficiency, and cost-effectiveness. At Fada Engineering, we specialize in providing customized and effective transportation solutions for every industry and every load.
About Low-Height Heavy-Duty Transfer Cart (LHDC)
The LHDC enables low-profile transportation of heavy and large loads, minimizing the need for high-lifting operations. With its low body height of 350 mm – 450 mm, it is the ideal solution for loads that are risky or impossible to lift high. Ensuring more stable and secure transportation, it is widely used in heavy industry, energy, and shipbuilding sectors.
In operations that require precise positioning, the LHDC accelerates loading and unloading processes. Thanks to its crab movement, diagonal motion, and 360° rotation capabilities, it offers flexible maneuverability in confined spaces and complex in-plant logistics applications. It can be optionally equipped with AGV (Automated Guided Vehicle) or remote control systems, maximizing workplace safety and operational efficiency.
ABOUT HEAVY DUTY TRANSFER CART (HDC)
FADA Heavy Duty Transfer Carts offer innovative solutions specifically designed for the efficient, safe, and precise transportation of loads ranging from 100 to 400 tons within industrial facilities. These vehicles provide versatility through remote control and autonomous control features. Their ergonomic designs enhance operator comfort and efficiency, while a collision-preventive safety system ensures a secure working environment. With customizable upper table designs based on load shapes and sizes, they offer suitable transport solutions for various types and sizes of cargo. The vehicles offer different wheel options suitable for different surfaces and various steering choices. Standard options include front/rear, front axle, and axle steering, while optional steering choices around the rear wheel or rear axle are available for enhanced maneuverability. Additionally, options integrating hydraulic lifting systems or self-adjusting rotators for welding processes are also available.
Self-Propelled Modular Transporters (SPMT)
FADA Self-Propelled Modular Transporters (SPMT) are high-performance platform vehicles designed to transport oversized and heavy loads with maximum precision, flexibility, and safety. Their modular axle configuration allows each wheel unit to be independently controlled and steered, enabling smooth 360° maneuvering and precise positioning even in narrow and restricted spaces.
The modular design of SPMTs allows multiple units to be combined and operated as a single system depending on operational requirements. This scalability provides tailored transport solutions for heavy-duty applications across various industries including energy, shipbuilding, steel construction, wind turbine logistics, petrochemical facilities, and large industrial installations.
FADA SPMTs can be configured with special equipment to operate at full load capacity under low-temperature conditions. Adjustable width configurations provide improved handling and efficiency for loads with high center-of-gravity, enabling stable and cost-effective transport operations.
Advanced control systems allow real-time monitoring of speed, steering angles, hydraulic pressure, load distribution, and wheel alignment, ensuring maximum safety for both equipment and transported loads. Low ground pressure and environmentally friendly operating parameters support sustainable heavy transport operations.
With extensive field experience and engineering expertise, FADA delivers project-specific SPMT solutions tailored to each transport requirement, offering safe, reliable, and high-efficiency performance in heavy industry logistics.
The Self-Propelled Elevating Transporter is an innovative solution that makes heavy-duty transportation safe and efficient in heavy industry, shipbuilding, energy and logistics sectors. From 100 tons to 400 tons, this vehicle offers a wide payload capacity and its modular design adapts to different load types and transport requirements.
The precise electronic steering system offers superior maneuverability in tight spaces, while the advanced suspension systems and robust chassis structure ensure reliable performance even in the most severe conditions. Equipped with intelligent driving systems, this transporter can be customized with different axle configurations, facilitating the handling of large industrial components. The ergonomic control panel and user-friendly interface provide operators with a comfortable and safe operating experience.
Straddle Carrier | Efficient Container & Heavy Load Transportation
The FADA Straddle Carrier (STC) series is designed to transport containers, steel structures, industrial components, and large-scale loads efficiently across production facilities, logistics hubs, and outdoor operational areas. With high maneuverability, reduced ground pressure, and a lightweight structure, STC ensures cost-efficient material handling in demanding industrial environments.
The ergonomic ground-level cabin and remote-control options enhance operational safety and provide a 360° field of vision. Its modular design with standard components simplifies maintenance processes and minimizes downtime, making it easier to integrate into complex intralogistics workflows.
Whether handling containers or transporting heavy industrial components between processes, FADA Straddle Carrier solutions offer maximum operational efficiency, safety, and configurability tailored to the needs of modern facilities.
Rubber Tyred Gantry Crane is a high-performance lifting and handling solution developed for fast, safe, and precise stacking and transportation of containers and heavy loads in terminal yards.
With a safe working capacity ranging from 25 tons to 500 tons, it is suitable for single and twin-lift operations. Thanks to its wide gantry span, high lifting capacity, and direct-drive travel systems, it delivers continuous and stable performance even in intensive operations.
Equipped with advanced anti-sway technology, synchronized movement capability, and automation-ready design, the Rubber Tyred Gantry Crane ensures precise load control, low energy consumption, and high operational safety. Its modular drive systems, remote access, and automation options provide full compatibility with the requirements of modern port and logistics operations.
FADA Boat Hoist is a heavy-duty lifting and transportation solution designed for the safe handling, hauling, and launching of motor yachts, sailboats, catamarans, and high-tonnage marine vessels in marinas and shipyards.
With lifting capacities ranging from 25 to 1500 tons, it adapts to different vessel types and operational requirements. The synchronized lifting system, controlled motion, and remote operation ensure maximum safety during all handling operations.
Engineered with a project-based and customizable approach, the FADA Boat Hoist is optimized according to site conditions, vessel geometry, and operational scenarios, delivering high efficiency in marina and shipyard environments.
FADA Boat Trailer is a heavy-duty industrial transport solution designed for the safe movement, launching, and positioning of motor yachts, sailboats, catamarans, and high-tonnage marine vessels on land.
Capacity options from 15 tons to 300 tons accommodate different types of boats. The self-levelling system ensures maximum load stability, adjustable crossbeams securely support the vessel’s keel, anti-corrosion coating provides long-lasting use, the hydraulic expansion system allows adjustable track width, and tilting support plates make stern positioning easy.
Project-based and customizable engineering approach ensures that the Boat Trailer is optimized according to site conditions, boat geometry, and operational scenarios; delivering high efficiency and reliable performance in marina and shipyard operations.
What Is an Electric Platform Truck and What Are Its Advantages?
Developed to meet the heavy load transportation needs of industries, the electric load carrier offers a sustainable alternative with zero-emission motors, reducing operating costs through energy efficiency. Also known as an industrial platform vehicle, these systems are widely used in industries such as steel manufacturing, automotive, energy, and logistics. Their quiet operation makes factory processes more comfortable, while lithium battery technology ensures long usage times and fast charging capabilities.
With its modular design, the heavy load transport platform can be customized to meet the needs of various industries, providing maximum functionality in confined spaces with high maneuverability. Often referred to as an automatic heavy load carrier, these systems are equipped with laser and ultrasonic sensors, ensuring maximum safety for both operators and loads. Available in both manual and remote-controlled operation modes, they streamline workflows, minimize errors, and reduce labor costs.
Electric Platform Trucks offer an eco-friendly and cost-effective solution, adapting to the dynamic transportation demands of the industrial sector. Compared to traditional forklifts and tractors, these innovative transportation systems are a more efficient and safer alternative, becoming an indispensable part of modern industrial operations.
Air Cushion Vehicles (ACV) | Precision Transport for Heavy & Sensitive Loads
FADA Air Cushion Vehicles (ACV) are engineered for transporting heavy, unbalanced, and oversized loads with minimal surface friction. They offer a reliable solution for applications involving tanks, wind turbine components, industrial motors, pumps, power systems, and large steel structures where conventional wheeled or rail-based transport may be limited.
Compared to cranes, conveyors, and traditional wheeled vehicles, ACVs deliver lower ground pressure, higher maneuverability, and reduced operational cost. Equipped with advanced air cushion technology and dedicated drive systems, they enable operators to move tons of load with millimetric precision and enhanced safety.
ACVs operate on standard flat factory floors and do not require permanent infrastructure. This flexibility allows easy layout modifications, line transitions, and workstation reconfigurations within production environments. Their compact low-profile design ensures safe movement in narrow or complex industrial spaces.
Multiple steering modes, 360° pivoting, controlled acceleration, and stable load response under dynamic conditions enable high maneuverability and operational flexibility. Additionally, ACVs minimize floor wear, reducing costly epoxy surface damage common with wheeled systems.
ABOUT CABLE DRUM & REEL TRANSPORTER (CRT)
FADA Engineering’s Cable Drum & Reel Transporter is an advanced handling system designed for the safe and precise transportation, winding, and unwinding of cable drums. By facilitating the movement of large and heavy reels, this transporter optimizes in-plant logistics and enhances production line efficiency.
Equipped with adjustable indexing arms that lift reels off the ground and motor-driven rollers for controlled winding, this system ensures smooth and safe operations. Optional remote-controlled guidance and autonomous integration further enhance safety and efficiency. With its high load capacity and adaptability to various drum sizes, this transporter eliminates the need for crane-based handling, streamlining industrial processes.
ABOUT COIL HANDLING CART
FADA's Coil Handling Cart is specially designed to safely and precisely lift and transfer coils in industrial applications ranging from 5 to 50 tons. These carts are equipped with single-wheel steering. The vehicle has a ±90° turning capability around the rear axle pivot center, providing high maneuverability and operational flexibility in confined spaces. Options of Vulkolan or Polyurethane wheels ensure effective operation on different surfaces.
Remote-controlled or Autonomous modes provide operational flexibility to operators. An eco-friendly approach is adopted using batteries as the power source. These transfer carts offer an ideal solution for transporting sheet metal coils of varying sizes with customizable loading platforms. Additionally, equipped with laser and ultrasonic sensors, they ensure a secure working environment adhering to high safety standards. They can be manufactured in different sizes based on coil dimensions. The carts are certified according to Occupational Health and Safety regulations, compliant with EN standards, and have CE certification.
Die Change & Transfer Cart (DTC)
The FADA Die Change & Transfer Cart (DTC) is designed to safely and precisely transport and replace dies weighing between 5 and 50 tons in industrial production environments. Equipped with a single-wheel steering system, the vehicle can rotate +90° / -90° around its rear axle center, offering exceptional maneuverability in narrow operational spaces.
Wheel options include Vulkolan and polyurethane tires, ensuring effective performance on various floor conditions. The system can operate via remote control or in autonomous mode, offering flexibility to operators. With a battery-powered drive system, it provides energy-efficient and environmentally friendly operation.
DTC models can be manufactured in customized table dimensions to accommodate different die sizes. Integrated laser and ultrasonic sensors enhance operational safety by minimizing collision risks and ensuring precise movement. All systems comply with EN standards and are certified with CE marking.
Platform Transporter is a high-performance industrial transport solution developed for the safe, balanced, and controlled movement of heavy loads within production sites.
Thanks to its hydraulic lifting system, it ensures loads are lifted safely and stably. Smooth acceleration and deceleration provide maximum control and operational safety during movement. The sliding flatbed platform eliminates the need for overhead cranes, offering operational flexibility.
With a fully electric and zero-emission operation, the Platform Transporter delivers environmentally friendly and energy-efficient performance. It can be custom-designed to meet the specific needs of your operation, ensuring full compatibility with your existing workflows while increasing efficiency.
About the Heavy-Duty Electric Transpallet
FADA’s Heavy-Duty Electric Transpallet is an industrial transport solution designed to move high-tonnage loads safely, efficiently, and in a controlled manner. With a load capacity ranging from 5 to 100 tons, it enables the fast and secure transfer of heavy and oversized loads within factory environments.
The Heavy-Duty Electric Transpallet features an ultra-low platform design, allowing easy access underneath loads, while its liftable platform system enables safe lifting and transportation. This structure reduces the need for cranes or additional lifting equipment, simplifying operations and improving workplace safety.
Its advanced electric drive and steering system allows heavy loads to be transported with minimal operator effort. It offers flexible control options such as a steering handle, pendant push-button control, or remote control, ensuring high maneuverability even in confined spaces. The wheel and chassis structure are optimized to adapt to different floor conditions.
All models are manufactured in accordance with EN standards and are CE certified. With its robust mechanical design, low maintenance requirements, and advanced safety features, the Heavy-Duty Electric Transpallet is a powerful and sustainable solution for the heavy load handling needs of modern industrial facilities.
ABOUT ELECTRIC TUGGER
The Electric Tugger is an innovative solution tailored for modern logistics and production needs. In addition to its excellent maneuverability on various surfaces and in tight spaces, the tugger is engineered with advanced rotation capabilities. This includes specialized rotational movements that allow the vehicle to pivot smoothly, enhancing its ability to navigate confined areas and complex layouts. The system incorporates precision steering mechanisms and dynamic rotation features, ensuring optimal control during both straight-line pulling and turning maneuvers. With an operator-friendly control interface, the Electric Tugger also offers customizable load platforms and dynamic pulling systems designed to meet diverse operational requirements.
Industrial towed trailer is high-capacity transport solution designed to safely, quickly, and efficiently move heavy and bulky loads within industrial facilities or between sites. Offering load capacities ranging from 5 tons to 500 tons, these systems enable the towing and transfer of loads, particularly in production, assembly, and logistics processes. Working in conjunction with towing vehicles, trailers provide excellent maneuverability on both straight and curved routes.
Available in various sizes, axle types, and platform specifications, industrial trailers can be customized to meet specific customer requirements. Their durable steel structures and high safety standards ensure long service life. They can be equipped with special tie-down points for load security, designs that optimize load distribution, and safety-focused braking systems.
Widely used in heavy industry, automotive, energy, steel, railway, and logistics sectors, these transport vehicles play a critical role in moving coils, pallets, containers, molds, and other large-scale loads. Industrial trailers enhance operational efficiency, reduce labor loss, and lower operating costs through energy-saving solutions.
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