India’s First Indigenous Runway Cleaning Vehicle Delivered to Noida International Airport

Bengaluru-Built Indigenous Runway Cleaning Vehicles Delivered to Noida Airport

In a breakthrough to the aviation infrastructure and the Make in India project, the Minister of Large and Medium Industries, Karnataka, M. B. Patil, officially delivered to Noida International Airport Limited (NIAL) two runway cleaning vehicles manufactured domestically on 5 January 2026. They were designed and manufactured by Bengaluru-based Anlon Technology Solutions Limited in partnership with Bucher Municipal in Switzerland.

These are specialised vehicles that help in improving the safety of runway surfaces by removing foreign object debris (FOD). This is in the form of nails, metal components, dust, and algae that would jeopardize aircraft activities. Such specialised runway cleaning systems have not been manufactured domestically and installed in an Indian airport previously, so the handover has provided the facility with less dependence on imported equipment and contributed to the aviation safety and autonomy of operations.

Technical Abilities and Operational Effects

The cars are designed under the Make in India programme of the Government of India and are assembled in the Adinarayanahosahalli industrial area near Doddaballapur, designed specially to maintain the airfields. The machines have a superior vacuum system and powerful debris removal mechanisms, which are designed to suit the airport conditions, and therefore any dangerous items that may harm the tyres of an aircraft or lower runway friction are cleared systematically according to official statements.

Runway contamination, be it in the form of construction waste, old rubber pads from aircraft landing, or vegetation, can greatly contribute to skidding and other safety accidents during landing and take-offs. Such vehicles have built-in vacuum conditions that collect the particles and contaminants at the point of origin, which allows the vehicles to provide quick cleaning services and thus restore the runway surfaces to their safe working conditions with minimum downtime.

Key Details at a Glance

(Source: The Economic Times of India)

Policy Alignment and Strategic Significance

The supply of these aircraft follows the larger strategic focus of India on sourcing domestic manufacturing of important aviation infrastructure equipment. As reported by ETInfra, in the past, these specialised runway maintenance equipment were procured internationally, which had exposed the airport operators to long lead times, as well as variable foreign exchange rates and increased capital expenditure. The birth of locally manufactured systems contributes to affordable procurement, a robust local supply chain, and increases the level of self-reliance in the field of aviation engineering, which is projected in the national industrial and aviation policies.

In addition, the Industrial Policy 2025-30 of Karnataka seeks to develop engineering MSMEs such as Anlon by offering incentives for quality certification and also export support, which will act as an opportunity to produce globally competitive aviation equipment in India to serve both the domestic and export markets.

The news makes the Indian aviation industry less reliant on the high price of imported ground support equipment. Historically, the cost of specialised runway cleaning equipment manufactured by international vendors like Bucher Municipal or Aebi Schmidt has ranged between 400 000 and 800 000 (3.3 crore to 6.6 crore) per unit, with some more advanced models being priced even higher because of tailor-made vacuum and debris-removal systems.

In comparison as reported by CMV360, locally assembled cars in India, as designed and manufactured by the local company Anlon Technology Solutions as part of Make in India, should reduce the cost of procurement by a substantial margin (local industry sources estimate between 20 and 30% in cost savings versus imported models), and meet international runway safety standards by clearing foreign object debris and contaminants easily endangering the flight operations. This is a reduction in cost in addition to favorable industrial policies and the building of an Indian domestic supply chain highlights the maturity of the Indian aviation equipment manufacturing environment.