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The Airport Runway Sweeping Vehicle is a purpose-built vacuum sweeper designed specifically for runway cleaning. It provides an effective and reliable solution for airport operations, featuring a front-mounted magnet system that spans the full width of the vehicle, as well as optional air-blowing systems deployable on both the left and right sides.
A sweeping width of 3,500 mm is achieved through the simultaneous operation of 1,000 mm diameter side brushes on both sides, significantly enhancing cleaning efficiency.
In the KRS series vacuum sweepers, the brush and suction units are offered as standard with bi-directional push-type side brushes and suction systems (mounted on both the right and left sides). However, depending on customer requirements, it is also possible to configure the vehicle with a suction and brush system on only one side (either left or right). As an alternative to the push-type configuration, pull-type side brushes are also available in our product range.
When the vehicle is shifted into reverse gear, all brushes and suction systems automatically lift and stop operation. When the vehicle resumes forward movement, the system automatically returns to its previous working position.
In case of a collision with an obstacle, the side brushes automatically retract inward, preventing damage to the brush mounting system or suction plates.
Additionally, to allow the suction of large debris, both suction inlets are equipped with pneumatically operated access covers, which can be controlled from the operator control panel inside the cabin.
These can be either mechanical or vacuum-based.
They remove dust, stones, metal fragments, and FOD (Foreign Object Debris) from the runway surface.
They operate quickly to minimize runway downtime.
Used to remove rubber deposits from the runway surface.
Rubber streaks, especially from aircraft tires during landings, can accumulate over time and reduce surface friction.
These vehicles use high-pressure water jets to break down and remove such deposits.
Capable of performing both wet and dry cleaning.
Primarily used for chemical spills or liquid contaminants on the runway.
Used for plowing snow, spreading de-icing agents, and melting ice.
Essential for keeping runways operational and safe during winter conditions.
Measure the runway surface’s coefficient of friction after cleaning.
Ensure that the runway meets safety requirements for aircraft operations.
High-speed and efficient operation (minimizing the time the runway is out of service).
Excellent maneuverability.
Wide working coverage (typically with broad brushes or spraying systems).
Equipped with operator cabins and advanced control systems.
Foreign objects on the runway can damage aircraft engines (FOD hazard).
Slippery surfaces can cause aircraft to overrun the runway during landing.
Regular cleaning and surface testing are mandatory for compliance with aviation safety standards.
