The Mallaghan TSU3000 is a high-capacity lavatory service truck developed for safe, hygienic, and efficient servicing of aircraft toilet systems at UK and European airports. Designed to accommodate wide-body and narrow-body aircraft alike, the TSU3000 integrates a vacuum evacuation system to facilitate rapid waste extraction and flushing operations in accordance with airport health and safety standards.

Built on a durable commercial chassis (MAN, Volvo, or Iveco options available), the unit includes a 2,000-litre effluent tank and a 1,000-litre flushing water tank, both constructed of 304-grade stainless steel with internal baffles for stability during transit. The chassis-mount design and aluminium tread-plate platform allow safe access for maintenance staff.

Water and vacuum systems are PTO-powered, and the operator can control all functions from within the driver’s cab. Safety-critical systems include emergency stop, low-level sensors, and optional winterisation features for all-climate readiness. The Mallaghan TSU3000 is a proven solution for ground crews requiring robust and reliable lavatory servicing on high-turnover stands.

Key Features:

Total Capacity – 3,000 litres split into 2,000L effluent and 1,000L flushing water tanks
Tank Construction – 304-grade stainless steel with internal baffles for strength and hygiene
Vacuum System – Rotary lobe roots blower with 100 mm steel-wired vacuum waste hose
Water Pump – Bronze flexible impeller capable of 90 litres/min flow rate
Water Pressure – 2.75 bar (40 psi) for efficient flushing
Safety Systems – Emergency stop, low water level sensors, and reverse buzzer
Chassis Compatibility – Available on MAN, Volvo, Iveco platforms with PTO power
Optional Features – Heated rear platform, winterisation package, digital meter, reverse camera

Applications:

Lavatory Servicing for All Aircraft Types
Long-Haul and Short-Haul Turnaround Support
Ground Operations at International and Regional Airports
Winter-Ready Ramp Support
Fleet Integration for Stand-Alone or Multi-Vehicle Ops

Why Choose Mallaghan:

Proven Airside Performance – Used at major international airports worldwide for high-frequency lavatory servicing
Engineered for Reliability – Durable tank construction and vacuum systems reduce downtime and extend lifecycle
OEM Integration Flexibility – Compatible with common European commercial chassis for easy fleet standardisation

The Mallaghan WSU3000 is a heavy-duty potable water service truck engineered to support daily airside operations at commercial airports, regional facilities, and general aviation terminals. Designed for hygienic and efficient replenishment of aircraft potable water systems, the WSU3000 combines a 3,000-litre stainless steel tank, precision dispensing system, and safety-first operation.

The tank assembly, constructed from 316-grade stainless steel with internal baffles, is securely mounted to a commercial chassis (MAN, Volvo, or Iveco) with vibration-absorbing rubber mounts. The unit features a PTO-powered water pump, delivering consistent water pressure and flow, controlled from within the driver’s cab. An aluminium tread-plate deck allows secure access for ground crew during refilling and inspection.

With integrated low-level sensors, emergency stop controls, and available winterisation packages, the WSU3000 ensures compliance with health and safety requirements while delivering robust water service performance in variable climates.

Key Features:

Tank Capacity – 3,000 litres of potable water for wide-body and narrow-body aircraft
Tank Material – 316-grade stainless steel with internal baffles for hygiene and structural integrity
Water Pump – Stainless steel impeller with up to 90 litres per minute flow rate
Water Pressure – 2.75 bar (40 psi) for consistent and efficient water delivery
PTO System – Power take-off operation with in-cab controls for dispensing precision
Safety Systems – Emergency stop, low water sensor, reverse buzzer
Optional Features – Hydraulic rear platform, winterisation package, rear-view camera

Applications:

Potable Water Replenishment
Wide-Body and Narrow-Body Servicing
Short-Haul & Long-Haul Flight Turnarounds
Remote Stand Operations
Ground Handling Support in Adverse Weather

Why Choose Mallaghan:

Proven Airside Performance – Used at major international airports worldwide for high-frequency lavatory servicing
Engineered for Reliability – Durable tank construction and vacuum systems reduce downtime and extend lifecycle
OEM Integration Flexibility – Compatible with common European commercial chassis for easy fleet standardisation

The TLD WAT-900-E is a fully electric potable water service vehicle engineered to support both narrow- and wide-body commercial aircraft. Designed with operator safety and environmental sustainability in mind, it features a rear lifting platform equipped with a standard inching device for precise aircraft alignment. The front axle’s air suspension system ensures a smooth driving experience comparable to that of a private car.
This model accommodates multiple power sources, including TLD’s iBS Lithium-ion battery and intelligent hybrid iHS systems, offering extended autonomy with zero emissions. When integrated with TLD’s “Link” telematics, the WAT-900-E allows for remote monitoring and fleet management. Customizable options such as an on-board charger, cold weather packages, and a basket safety switch are available to meet specific operational requirements.

The TLD LAV-900-E is a fully electric lavatory service vehicle engineered to support both narrow- and wide-body commercial aircraft. Designed with operator safety and environmental sustainability in mind, it features a rear lifting platform equipped with a standard inching device for precise aircraft alignment. The front axle’s air suspension system ensures a smooth driving experience comparable to that of a private car.
This model accommodates multiple power sources, including TLD’s iBS Lithium-ion battery and intelligent hybrid iHS systems, offering extended autonomy with zero emissions. When integrated with TLD’s “Link” telematics, the LAV-900-E allows for remote monitoring and fleet management. Customizable options such as an on-board charger, cold weather packages, and a basket safety switch are available to meet specific operational requirements.

Electric aircraft towing vehicle with powerful lift cradle and hydraulic winch, suitable for large aircraft.

The JET-16 is a high-performance electric baggage tractor ideal for indoor and outdoor use, with a seating capacity and a powerful drawbar pull for efficient ground operations. Eco-friendly, zero-emission electric baggage tractor with reliable performance and efficient design.

The TLD Airstart Unit ASU-600-270-SCP is a high-performance, reliable solution for aircraft engine start-up in various environments. Designed to meet the needs of modern commercial aircraft, this unit delivers compressed air at 600 ppm and 270 psi, ensuring rapid and efficient engine starts. The ASU-600-270-SCP is built for durability, featuring a robust design suitable for both small and large airports. It operates with advanced fuel efficiency and low noise emissions, minimising its environmental impact. The unit is equipped with user-friendly controls, offering operators ease of use and high operational efficiency. Ideal for airports looking to streamline ground operations, the ASU-600-270-SCP combines performance, reliability, and cost-effectiveness.

The TLD GPU-409 Diesel is a versatile and reliable Ground Power Unit (GPU) designed to provide aircraft with clean and continuous electrical power during ground operations. Powered by an efficient diesel engine, this unit delivers 90 kVA of 400 Hz power, making it ideal for servicing a wide range of aircraft. Its robust construction ensures durability and long-term performance in even the most demanding airport environments. Equipped with user-friendly controls and a compact design, the GPU-409 is easy to operate and maintain. The unit is engineered to meet the latest environmental and noise regulations, providing a fuel-efficient and low-emission solution for powering aircraft systems while on the ground. Whether for routine maintenance, avionics testing, or pre-flight operations, the GPU-409 offers dependable power that enhances ground handling efficiency.

The TLD JCT-60 is a heavy-duty aircraft tow tractor designed to provide efficient towing for a wide range of narrow and wide-body aircraft, including Boeing 777 and Airbus A340 models. Powered by a robust diesel engine, the JCT-60 delivers reliable performance with a maximum towing capacity of up to 60 tonnes. Its advanced hydraulic braking system and ergonomic cabin design ensure safety and operator comfort during extended ground handling operations. Built with a durable chassis and efficient powertrain, the JCT-60 is engineered to meet the demanding requirements of modern airport environments. The unit features excellent maneuverability, allowing for precise aircraft handling, even in tight airport spaces. Ideal for both pushback and extended towing, the JCT-60 enhances ground support efficiency while minimizing downtime.

The Trepel Challenger 280 is a robust and versatile pushback tractor designed to handle the world’s largest aircraft, including the Airbus A380 and Boeing 747. Equipped with a high-performance diesel engine, this tractor delivers up to 280 kN of towing capacity, ensuring safe and efficient pushback and towing operations for wide-body aircraft. The Challenger 280 combines power with advanced safety features, including an ergonomic cabin for operator comfort, excellent visibility, and intuitive controls. Its rugged construction is built to withstand the harsh conditions of airport environments, making it an ideal choice for airports handling high-volume, heavy-duty operations. With its exceptional manoeuvrability and towing strength, the Trepel Challenger 280 ensures smooth ground handling operations for even the largest aircraft.

The Charlatte T135 Neo 25T is a next-generation electric baggage and cargo tractor engineered to support the intensive daily demands of airport ground support. Delivering up to 25 tonnes of towing capacity, this electric unit is optimised for sustainable performance, zero-emissions operations, and low total cost of ownership.

Fitted with a high-efficiency electric powertrain, the T135 Neo is particularly suited for airports transitioning toward net-zero carbon initiatives while maintaining full operational strength and uptime. Its compact frame and 1,521 mm wheelbase enable tight-turn manoeuvrability in constrained apron environments.

For operator comfort, the vehicle features an ergonomic driving position, optional air conditioning, and a customisable cab with sliding window options. Suspension and steering systems are tuned for high-precision handling, and its electric drive reduces vibration, noise, and maintenance needs during round-the-clock deployment.

Key Features:

Electric Powertrain – Zero-emission electric drive for quiet, eco-friendly operations
Towing Capacity – Up to 25 tonnes for baggage carts, cargo dollies, and trailers
Drawbar Pull – 2,900 to 5,000 N, depending on configuration
Wheelbase – 1,521 mm for compact ramp access and precise cornering
Operator Comfort – Ergonomic cab with custom options including sliding windows and A/C
Low Maintenance – Electric system with reduced mechanical wear and simplified servicing
Airport Ready – Compatible with modern GSE electrification initiatives across UK and EU

Applications:

Baggage Cart and Cargo Dolly Towing
Terminal Stand and Remote Ramp Operations
Sustainable GSE Fleet Integration
Low-Emission Ground Handling Programmes
24/7 Towing Operations in Noise-Restricted Zones

Why Choose Charlatte:

Industry-Proven Reliability – Trusted by leading airports and airlines worldwide for electric GSE performance
Zero-Emission Specialist – A pioneer in electric ground handling, supporting sustainable airport transformation
Customisable by Design – Modular components, ergonomic upgrades, and service-friendly systems tailored to operator needs

The Linde P80 is a highly versatile and powerful electric tow tractor, designed for efficient transportation of heavy loads across industrial, warehouse, and airport environments. With an impressive towing capacity of up to 8 tonnes, the P80 offers smooth and precise handling, ensuring reliable performance in various demanding ground support operations. This tow tractor is equipped with an energy-efficient electric motor that delivers consistent power while minimizing environmental impact. The P80 also features an ergonomic driver’s compartment with easy access to controls, providing operator comfort during long shifts. Its compact design and tight turning radius allow for excellent maneuverability, making it ideal for both indoor and outdoor operations. Advanced safety features, such as automatic parking brakes and enhanced visibility, further enhance its usability. The Linde P80 offers a reliable, low-maintenance solution for efficient cargo and baggage handling, reducing operational costs while maintaining high performance.

The Mallaghan Pax Steps provide a safe and efficient solution for passenger boarding and disembarkation, ensuring smooth access to a wide range of aircraft types. These passenger steps are designed for both narrow and wide-body aircraft, offering adjustable height settings to accommodate different boarding door heights and are towable. Manufactured with a focus on durability and safety, the Pax Steps feature non-slip treads, handrails, and robust construction, making them ideal for busy airport environments. The steps are fitted with easy-to-operate hydraulic or electric systems, providing reliable performance with minimal operator effort. With options for customization, including lighting and weather-resistant features, the Mallaghan Pax Steps ensure passenger comfort and safety, even in adverse conditions. Whether for remote stands or direct boarding at the terminal, these steps provide a flexible and cost-effective solution for ground handling operations.

The TLD WC270 Water Cart is a robust and efficient ground support equipment designed to provide potable water to aircraft during ground operations. With a 270-gallon (1,022-liter) capacity, this self-contained unit is ideal for servicing a wide range of aircraft types, ensuring that water supply is delivered safely and reliably. Equipped with a corrosion-resistant tank and an easy-to-operate pumping system, the WC270 offers long-lasting durability in harsh airport environments. The unit is designed for ease of use, featuring intuitive controls and low-maintenance components that reduce downtime. Its compact design allows for easy maneuverability on the tarmac, while meeting stringent hygiene and safety standards for potable water supply. Ideal for both small and large airports, the TLD WC270 ensures efficient water service to keep aircraft operational and passenger services running smoothly.

The TLD LC270 Lavatory Cart is a high-performance solution designed to efficiently service aircraft lavatory systems. Equipped with a 270-gallon (1,022-liter) waste tank, this unit provides a reliable and hygienic method for emptying and refilling aircraft lavatory tanks. Its durable, corrosion-resistant design ensures long-lasting performance in harsh airport environments. The LC270 features an easy-to-operate pumping system for quick and clean waste removal, along with a water replenishment function to ensure lavatories are fully serviced. With user-friendly controls and low maintenance requirements, the LC270 is designed for efficient ground support operations. The unit’s compact design also allows for easy maneuverability in crowded tarmac areas, ensuring minimal downtime between aircraft services. Ideal for airports of all sizes, the TLD LC270 is a versatile and essential piece of ground support equipment for maintaining onboard lavatory systems.

The FMC SMD Aircraft Deicer is a powerful, precision-engineered deicing solution designed for safe and efficient airfield operations in extreme winter environments. Built on a Volvo FL6 chassis with automatic transmission, this unit supports the full cycle of aircraft deicing and anti-icing, using glycol-based fluids compliant with ADF Type I and II standards.

The deicer features dual fluid tanks with a combined capacity of over 4,500 litres, and includes a diesel burner-heater system to maintain optimal fluid temperatures for cold-weather effectiveness. The extendable boom and joystick-controlled precision nozzles allow for full aircraft coverage, including wide-body fuselages and wing sections.

Operators benefit from a fully enclosed, heated ergonomic cab, ensuring safe and comfortable use in sub-zero conditions. The FMC SMD is trusted by airport operations teams requiring extended uptime, high reliability, and compliance with winter safety protocols.

Key Features:

High Fluid Capacity – Dual tanks: 3,780L (Type I) and 757L (Type II) for extended shift coverage
Chassis – Volvo FL6 platform with automatic transmission for reliability and serviceability
Precision Boom – High-reach, extendable design for multi-aircraft compatibility
Heated Cab – Fully enclosed, insulated cab for operator comfort in low temperatures
Heating System – Diesel burner ensures proper fluid temperature in freezing conditions
Joystick-Controlled Spray – Accurate, operator-controlled fluid application via nozzles
Safety Systems – Anti-skid platforms, multiple basket options (open or enclosed), emergency controls
Supports ADF Type I & II – Compliant with ICAO and CAA winter operations standards

Applications:

Aircraft Deicing and Anti-Icing
Wide-Body Aircraft Winter Servicing
Remote Stand Operations in Ice and Snow
Winter Emergency Response
Cold Climate Ground Support Equipment

Why Choose FMC Technologies:

Decades of Airside Proven Use – FMC is a recognised leader in specialised aircraft deicing systems worldwide
Built for Harsh Winters – Designed specifically for reliable performance in snow, ice, and sub-zero climates
Precision-Controlled Performance – From joystick application to boom reach, FMC deicers maximise safety and coverage

The FMC Technologies LMD Aircraft Deicer is a high-performance winter operations vehicle engineered for rapid and effective deicing and anti-icing of aircraft ranging from small regional jets to wide-body commercial airliners. Designed for use in challenging climates, the LMD features a high-reach boom, heavily insulated heating system, and ergonomically enclosed operator basket—supporting reliable and safe operations even in sustained sub-zero environments.

The unit is built on a Freightliner FL80 chassis with automatic transmission and powered by a Cummins B5.9 diesel engine, with hydraulic and heater functions supported by a Deutz auxiliary diesel engine. Fluid systems accommodate 5,300 litres of Type I and 2,270 litres of Type IV glycol-based deicing and anti-icing agents.

Operators benefit from joystick-controlled spray nozzles, anti-skid safety platforms, and an enclosed, heated basket for precision control and crew protection. The system is compliant with all airside deicing standards and is well suited to support continuous airport operations throughout winter.

Key Features:

Boom Reach – 12.8 metres (42 ft) maximum working height for wide-body aircraft access
Fluid Capacity – 5,300 litres (Type I) and 2,270 litres (Type IV) for extended cold weather coverage
Chassis – Freightliner FL80 with automatic transmission, built for airside conditions
Cabin Safety – Enclosed, heated operator basket for protected winter ops
Engine – Cummins B5.9 main engine, paired with Deutz diesel auxiliary engine for fluid and boom systems
Heating – Diesel burner-powered fluid heater with 531 hours logged
Precision Application – Joystick-controlled nozzles for targeted, efficient fluid delivery
Durability – Steel boom structure with high-stability performance in adverse conditions

Applications:

Wide-Body and Narrow-Body Aircraft Deicing
Anti-Icing at Remote and Main Stand Positions
Runway and Taxiway Aircraft Turnaround
Cold Climate Airside Operations
Winter Emergency Ground Support

Why Choose FMC Technologies:

Decades of Airside Proven Use – FMC is a recognised leader in specialised aircraft deicing systems worldwide
Built for Harsh Winters – Designed specifically for reliable performance in snow, ice, and sub-zero climates
Precision-Controlled Performance – From joystick application to boom reach, FMC deicers maximise safety and coverage

The JBT Tempest Aircraft Deicer is a high-performance, versatile deicing unit designed to handle the most demanding winter conditions. Equipped with a powerful fluid application system and extendable boom, the Tempest ensures safe and efficient deicing for various aircraft types. The unit features an enclosed, heated operator cab and advanced joystick controls for precise operation, making it ideal for busy airports requiring quick turnaround times. With its eco-friendly glycol-saving capabilities, the Tempest is a reliable solution for maintaining smooth operations in cold weather.

The Vestergaard Elephant My Aircraft Deicer is a compact yet powerful deicing unit, designed for efficient and precise deicing of a wide range of aircraft. Its advanced boom system provides excellent maneuverability, allowing operators to deice hard-to-reach areas quickly and safely. The unit is equipped with both Type I and Type IV fluid application systems, ensuring full protection against ice formation while optimizing fluid usage for cost-efficiency.

The Elephant My features a heated, enclosed cab for operator comfort, combined with user-friendly controls, allowing for precise deicing in even the harshest winter conditions. Ideal for small to mid-sized airports, the Vestergaard Elephant My delivers reliability, performance, and safety, ensuring minimal downtime and maximum operational efficiency during winter weather.

The Linde P250 Electric Baggage Tractor is a powerful, eco-friendly solution for transporting baggage and cargo in airport environments. With a towing capacity of up to 25 tonnes, this electric tractor offers reliable performance and low operating costs. The P250 features precise steering, a compact design for excellent maneuverability, and long-lasting battery life, making it ideal for both indoor and outdoor operations. Its robust construction and operator-friendly controls ensure efficiency and safety during ground handling tasks.