The RWP multifunctional omnidirectional transfer cart is designed for aircraft maintenance and component handling. Its trackless drive system supports forward, backward, lateral, and diagonal travel, as well as in-place rotation, allowing controlled movement in confined hangar spaces.
The integrated hydraulic platform provides lifting, sliding, and tilting functions for aircraft component positioning and handling. An intelligent display, safety interlocks, and protective devices support controlled operation during maintenance tasks.
REMARKABLE offers customized configurations for load capacity, platform dimensions, control modes, and functional modules to match specific aircraft maintenance requirements.
- Model: RWP
- Load Capacity: 0.5 t (500 kg)
- Platform Dimensions: 2100 × 1400 mm
- Table Height: 1200 mm
- Upper Platform Lifting Stroke: ≥1400 mm
- Power Supply: 48 V / 130 Ah Maintenance-Free Battery
What Is a Multifunctional Omnidirectional Transfer Cart?
A multifunctional omnidirectional transfer cart is a battery-powered, trackless material handling vehicle. The RWP configuration is designed for aircraft maintenance and component positioning. It uses a coordinated drive and steering wheel system to move forward, backward, sideways, and diagonally, with 360° in-place rotation. Compared with a vehicle that relies on conventional steering, an omnidirectional transfer cart can move laterally without first turning its chassis. Sufficient clearance is still required for the vehicle and its load.
The RWP model combines an omnidirectional drive chassis with an integrated hydraulic working platform. The platform supports vertical lifting, horizontal sliding, and tilting to adjust the position and height of aircraft components during maintenance, assembly, and installation. Independent platform adjustment allows operators to handle components with different positioning requirements.
With a rated load capacity of 0.5 t (500 kg), the RWP multifunctional transfer cart is designed for aircraft component handling in confined hangars and maintenance workshops. Its battery-powered operation and integrated positioning functions support tasks requiring controlled movement and multidirectional platform adjustment.
Teile
The RWP multifunctional omnidirectional transfer cart consists of five main systems: the drive and steering assembly, hydraulic lifting mechanism, adjustable platform, hydraulic outriggers, and battery-powered control system. Each system supports vehicle movement, platform adjustment, and stable operation during aircraft maintenance.
- Drive and Steering Wheel System: The drive and steering wheel system controls forward, backward, lateral, and diagonal travel, as well as 360° in-place rotation, for positioning in confined working areas.
- Hydraulic Lifting System: The hydraulic lifting system raises and lowers the working platform to the required height for aircraft component handling and installation.
- Sliding and Tilting Platform: The adjustable platform provides horizontal sliding and angular adjustment to align aircraft components with maintenance and assembly positions.
- Hydraulic Outriggers: The hydraulic outriggers extend to support the vehicle during lifting and platform adjustment, reducing movement caused by load shifts.
- Battery and Control System: The battery supplies power to the drive and hydraulic systems, while the control system manages movement, lifting operations, and safety interlocks.
Safety and Control Systems
The RWP omnidirectional transfer cart integrates braking, obstacle detection, hydraulic support, and operating interlocks to control vehicle movement and platform operations during aircraft component handling.
Emergency Stop and Electromagnetic Braking
The emergency stop button stops active operations when required, while the electromagnetic braking system controls vehicle stopping and helps prevent unintended movement.
Hydraulic Outrigger Protection
Hydraulic outriggers provide additional support during platform lifting and adjustment, while the outrigger protection system monitors their operating status.
Laser Obstacle Detection
The laser obstacle detection system monitors the vehicle’s travel path and detects obstacles in the operating area, supporting collision prevention during movement in confined hangars.
Movement and Lifting Interlocks
The electrical control system coordinates driving, steering and hydraulic platform functions through interlocks designed to restrict incompatible operations. The permitted combinations of movement and platform adjustment depend on the approved control configuration.
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Specifications of the Multifunctional Omnidirectional Transfer Cart
| Parameter | RWP reference configuration |
|---|---|
| Modell | RWP |
| Nennbelastbarkeit | 0.5 t (500 kg) |
| Plattformabmessungen (L × B) | 2100 × 1400 mm |
| Tischhöhe | 1200 mm; dimensional reference to be confirmed |
| Bodenfreiheit | 60 mm |
| Verwendet standardmäßige industrielle elektrische Komponenten. | Maintenance-free battery |
| Battery Voltage / Capacity | 48 V / 130 Ah |
| Antriebsmotorleistung | 2 kW × 2 |
| Lenkmotorleistung | 0,75 kW × 4 |
| Anzahl der Räder | 4 |
| Wheel Diameter / Material | 250 mm/polyurethane |
| Movement Modes | Forward, backward, lateral, diagonal and 360° in-place rotation |
| Bremsentyp | Elektromagnetische Bremse |
| Upper Platform Lifting Stroke | ≥1400 mm |
| Horizontal Platform Travel | 400 mm |
| Small Platform Lifting Stroke | ≥1100 mm |
| Tilt Angle | Confirmed for the approved platform configuration |
| Fahrgeschwindigkeit | Confirmed for the selected configuration and operating conditions |
| Betriebsmodus | Wireless remote control + wired handle |
| Display | Intelligent display |
| Speed Regulation | Stepless speed regulation |
| Charger Type | Separate charger |
| Ladezeit | ≤8 h; subject to battery and charging conditions |
| Emergency Protection | Nothalt-Taster |
| Hinderniserkennung | Laser obstacle detection |
| Contact Protection | Safety edge |
| Warning System | Akustischer und optischer Alarm |
| Outrigger Protection | Hydraulic outrigger interlock |
| Elektrischer Schutz | Über- und Unterspannungsschutz sowie Überstromschutz |
| Operating Interlock | Movement and platform function interlocks |
Lifting stroke describes vertical platform travel, not maximum height above the floor. Final working heights, permitted tilt angle, hydraulic motor assignments, and travel speed must be confirmed against the approved equipment drawings and operating conditions
Functions of the Aircraft Maintenance Transfer Cart
The RWP omnidirectional transfer cart integrates omnidirectional travel and hydraulic platform adjustment along multiple axes. Its five main functions support aircraft component handling, positioning, and installation in confined maintenance areas.
Omnidirectional Movement
The coordinated drive and steering wheel system supports forward, backward, lateral, and diagonal travel, as well as 360° in-place rotation. Operators can reposition the cart in confined hangar spaces without conventional turning maneuvers, provided there is sufficient clearance for the vehicle and its load. This supports alignment with aircraft components and maintenance workstations.
Hydraulic Lifting
The hydraulic lifting system provides an upper platform lifting stroke of at least 1,400 mm. Operators can adjust the platform height to align the cart with aircraft components during maintenance, assembly, and installation. Lifting stroke is the vertical distance traveled by the platform; it is not the same as its maximum height above the floor.
Platform Sliding
The upper platform provides a horizontal travel stroke of 400 mm. This movement allows operators to adjust the component position horizontally without repositioning the entire transfer cart.
Platform Tilting
The tilting platform adjusts its angle to accommodate aircraft components with different installation orientations, supporting angled positioning during component assembly and maintenance. The permitted tilt angle and the platform to which it applies must be confirmed against the approved equipment configuration.
Independent Small Platform Adjustment
The small platform operates independently of the main lifting platform, with a lifting stroke of at least 1,100 mm. This allows operators to adjust the height of individual support positions for component alignment and handling.
Applications of the Aircraft Maintenance Transfer Cart
Aircraft Component Handling
The cart transports aircraft components between maintenance stations, supporting controlled movement in hangars and repair workshops.
Aircraft Maintenance, Repair and Overhaul (MRO)
The cart moves components to designated maintenance areas for inspection, repair, and replacement.
Aircraft Component Positioning
The cart uses omnidirectional movement and hydraulic platform adjustment to align components with specified working positions.
Aircraft Assembly and Installation
The cart supports the lifting, positioning, and alignment of aircraft components during assembly and installation.
Customized Omnidirectional Transfer Cart Solutions
For aircraft maintenance, an omnidirectional transfer cart can be configured to suit the component and workshop. REMARKABLE offers RWP configurations based on component weight, dimensions, positioning requirements, and operating conditions.
- Tragfähigkeit: Adjust the rated load according to aircraft component weight and load distribution.
- Plattformabmessungen: Customize platform length, width, and support structure to fit component dimensions.
- Lifting and Sliding Strokes: Specify the required vertical lifting stroke, working height above the floor, and horizontal platform travel separately.
- Tilting Angle: Adjust the platform tilt range to match component orientation and installation requirements.
- Battery Configuration: Select battery voltage and capacity according to operating hours, travel distance, and charging conditions.
- Control and Safety Devices: Configure wired or wireless controls, display systems, obstacle detection, emergency stops, and safety interlocks.
Send REMARKABLE your component weight, dimensions, required lifting height, sliding distance, and tilting angle. Our engineering team can evaluate the operating requirements and prepare a suitable transfer cart configuration.
Kundenspezifische Serienparameter für omnidirektionalen Transferwagen
| Tabelle der technischen Parameter des spurlosen Elektro-Transferwagens RWP | |||||||||||
| Nennbelastbarkeit（t） | 5 | 10 | 15 | 20 | 30 | 40 | 50 | 60 | 80 | 100 | |
| Tischgröße (mm) | Länge | 2400 | 2700 | 2700 | 3000 | 3500 | 4000 | 4500 | 5000 | 6000 | 6000 |
| Breite | 1500 | 1800 | 1800 | 2000 | 2200 | 2000 | 2200 | 2500 | 3000 | 3000 | |
| Höhe | 470 | 550 | 600 | 700 | 700 | 800 | 900 | 1000 | 1000 | 1000 | |
| Bodenfreiheit（mm） | ≥50 | ≥100 | |||||||||
| Wenderadius（mm） | 2200 | 2500 | 2500 | 2800 | 3300 | 6000 | 6800 | 7500 | 9000 | 9000 | |
| Modus Lenkung | Differentiallenkung | Hydraulische Lenkung | |||||||||
| Operation Methode | Fernbedienung & Handbedientes Pendel | ||||||||||
| Weg bewegen | Vorwärts, rückwärts, Drehen während der Fahrt ohne Stopp und eine 360°-Drehung | Vorwärts, rückwärts, Wenden während der Fahrt ohne Halt | |||||||||
| Laufgeschwindigkeit（m/min） | 25 | 20 | |||||||||
| Motor Typ | Niedervolt-Wechselstrommotor (AC) / bürstenloser Gleichstrommotor (DC) | ||||||||||
| Bremsen-Modus | Elektromagnetische Bremse | ||||||||||
| Schützende Maßnahmen | Akustische und optische Alarmlampe+ Not-Aus-Taste+Laser-Hindernisvermeidungssensor (optional)+Kontaktleiste zur Kollisionsvermeidung (optional) | ||||||||||
| Rad Anzahl | 4 | 6 | 8 | ||||||||
| Durchmesser der Antriebsräder（mm） | Ф360 | Ф400 | Ф400 | Ф450 | Ф500 | Ф500 | Ф600 | Ф550 | Ф550 | ||
| Material der Räder | Stahlkern + Polyurethan | ||||||||||
| Batteriekapazität（kW-h） | 5.5 | 8.5 | 10.5 | 14 | 18.5 | 18.5 | 30 | 37.8 | 45.3 | ||
| Akku-Typ | Blei-Säure-Batterie | Lithium-Batterie | |||||||||
| Ausdauer der Batterie | 5h (je nach Bedarf) | 4h (je nach Bedarf) | |||||||||
| Akku-Ladezeit | ≤7h | ≤5h | |||||||||
| Batterieladegerät | AC220V/AC380V | ||||||||||
| Bodenart | Cement Floor, Steel Plate Ground 、Epoxy Floor, Asphalt Floor | ||||||||||
| Steigfähigkeit bei voller Beladung | 5% | 3% | |||||||||
| Arbeitsumfeld | Temperatur: -10°c～40°c; Luftfeuchtigkeit: 20%～80%, keine Kondensation (kundenspezifisch für Hochtemperatur- und explosionsgeschützte Umgebungen) | ||||||||||
| Farbe der Karosserie | Kundenspezifisch | ||||||||||
| Andere Funktionen | Batteriestromanzeige, Überspannungs-, Unterspannungs- und Überstromschutz usw. | ||||||||||
| Anmerkungen: 1) Andere Tischgrößen und Tragfähigkeiten können je nach Benutzeranforderungen angepasst werden. 2) Für die hydraulische Lenkung kann ein duales hydraulisches Lenksystem gewählt werden, um den Wenderadius je nach den Platzverhältnissen vor Ort zu verringern. 3) Der Batterietyp und die Betriebszeit (Batterielebensdauer) können an die Bedürfnisse des Kunden angepasst werden. 4) Das Produkt unterliegt ständigen Verbesserungen und Upgrades; die Spezifikationen in der Tabelle können sich ohne vorherige Ankündigung ändern. | |||||||||||
Multifunctional Omnidirectional Transfer Cart Manufacturer
REMARKABLE manufactures industrial transfer carts and customized material handling equipment. Our production covers structural fabrication, machining, hydraulic assembly, and electrical integration. Each RWP omnidirectional transfer cart is configured according to the required load capacity, platform dimensions, lifting stroke, and operating functions.
Our quality control includes material inspection, welding inspection, component testing, load testing, and final equipment inspection. Documentation can be provided according to the actual certification scope and equipment configuration. ISO 9001 certification concerns the quality management system; it does not certify the cart itself. Where applicable, CE conformity documentation should identify the equipment and configuration covered.
For an omnidirectional transfer cart tailored to your aircraft maintenance requirements, Das umfassende Design des Cleanroom Transfer Cart ermöglicht staubfreie, kreuzkontaminationsfreie und effiziente Materialtransporte in High-End-Fertigungsszenarien wie Elektronik, Medizin und Biologie und ist die Schlüsselausrüstung zur Sicherstellung der Produktausbeute und der Stabilität der Produktionsumgebung. Send us your component dimensions, load capacity, and required platform functions to discuss the equipment configuration with our engineering team.
Warum uns wählen?
- Branchenspezifisches Fachwissen - Wir beliefern die Bereiche Energieerzeugung, Schiffbau, Bauwesen und Luft- und Raumfahrt mit maßgeschneiderten Lösungen für Transformatoren, Windturbinenkomponenten, vorgefertigte Module und vieles mehr.
- Vollständig kundenspezifisch – From load capacity (1–500+ tons) to drive systems (electric, hybrid, or diesel), we meet your exact requirements.
- Fortgeschrittene Kontrollsysteme - Zu den Optionen gehören die manuelle Fernsteuerung, die halbautomatische Bahnplanung oder die vollautomatische Navigation (FTS-Integration).
- Qualität und Langlebigkeit – Robust steel frames, high-torque steering modules, and CE– and ISO-certified.
- Vollständige Projektunterstützung - Von der ersten Beratung bis zum Kundendienst bieten unsere Ingenieure lebenslange technische Unterstützung.
FAQ
Was ist ein Omnidirectional Transfer Cart?
An omnidirectional transfer cart is a material handling vehicle that can move forward, backward, sideways, and diagonally. The battery-powered RWP model can also rotate 360° in place for positioning where clearance allows.
What is an omnidirectional transfer cart used for in aircraft maintenance?
It transports and positions aircraft components during maintenance, repair, assembly, and installation. Its adjustable platform helps align components with designated working positions.
Can an omnidirectional transfer cart move sideways?
Yes. The coordinated drive and steering wheel system supports forward, backward, lateral, and diagonal movement, as well as 360° in-place rotation.
What is the lifting height of an aircraft maintenance transfer cart?
The RWP model has an upper platform lifting stroke of at least 1,400 mm and a small platform lifting stroke of at least 1,100 mm. These values describe vertical travel, not maximum platform height above the floor. Minimum and maximum working heights should be confirmed against the approved equipment drawings.
Can an omnidirectional transfer cart lift and tilt aircraft components?
Yes. The RWP model combines hydraulic lifting, horizontal platform sliding, and tilting functions. The permitted tilt angle and the platform to which it applies must be confirmed against the approved equipment configuration. Custom configurations can be evaluated according to component dimensions and positioning requirements.
What is the load capacity of an omnidirectional transfer cart?
The RWP configuration described on this page has a rated load capacity of 0.5 t (500 kg). Other load capacities can be evaluated through custom design based on component weight, dimensions, and load distribution.
What safety devices are used on an aircraft maintenance transfer cart?
The RWP configuration includes emergency stop devices, electromagnetic braking, laser obstacle detection, hydraulic outrigger protection, and movement interlocks. The final safety system depends on the selected equipment configuration.
Can an omnidirectional transfer cart be customized for aircraft maintenance?
Yes. Custom options include load capacity, platform dimensions, lifting and sliding strokes, tilt angle, battery capacity, control mode, and safety devices. REMARKABLE can develop the configuration based on the aircraft component and maintenance requirements.
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Maßgeschneiderte intelligente Materialtransportlösungen
Um sicherzustellen, dass ein maßgeschneiderter Transferwagen perfekt auf Ihre Bedürfnisse zugeschnitten ist, geben Sie bitte die folgenden Details an:
- Tragfähigkeit: _____ t (1~500 t)
- Tischgröße: _____ × _____ mm/m (z. B. 1500×3000)
- Strom-Optionen:
- ☐ Blei-Säure ☐ Lithium-Ionen ☐ Andere: _____
- ☐ Kabel: _____V/_____A
- ☐ Standard 380V/50Hz/3-Phasen
- Angaben zur Ladung:
- Art: _____ (z. B. Stahlspulen, Maschinen)
- Besondere Anforderungen: _____ (z. B. rutschfest, korrosionsbeständig)
- Optionale Merkmale:
- ☐ Not-Aus ☐ Antikollisionssensoren
- ☐ Schienenführungen ☐ Hebemechanismus ☐ Fernsteuerung