AIRFIELD GROUND LIGHTING IN INDIA
Systems, products, testing and services for runway and taxiway lighting, approach lighting, PAPI, CCRs, transformers, cables, photometry, commissioning and maintenance at Indian airports.
A practical guide to the Indian AGL market and engineering scope — consultants, contractors, manufacturers, photometry specialists and project support across the complete airfield lighting lifecycle.
AGL in India at a Glance
Airfield Ground Lighting (AGL) systems are critical visual aids used at airports for runway, taxiway, approach and aircraft movement operations.
In India, AGL projects involve multiple engineering disciplines including lighting design, electrical infrastructure, series circuits, Constant Current Regulators (CCRs), isolating transformers, cables, connectors, light bases, airfield signs, PAPI, photometry, testing, commissioning and maintenance.
The Indian airport sector includes a wide range of AGL requirements, from runway and taxiway lighting upgrades to CAT I/CAT II/CAT III approach systems, PAPI installations, photometric testing, control and monitoring systems and long-term maintenance contracts.
Airports Authority of India procurement records show continuing demand for specialist AGL services in India, including photometric testing and annual maintenance of AGL systems. For example, AAI published a 2026 annual maintenance contract for AGL and related E&M installations at Thoothukudi Airport, while other AAI tenders have covered field photometric testing at airports including Rajkot, Kushinagar and Surat.[1]
India's aerodrome regulatory framework is based on DGCA requirements together with applicable ICAO Standards and Recommended Practices. The Ministry of Civil Aviation reported that amendments were made during 2025 to CAR Section 4, Series B, Part I, Aerodrome Design and Operations, incorporating changes proposed by ICAO and requirements arising from airport development projects.[2]
This guide explains the AGL market and engineering scope in India, including AGL products, consultants, contractors, manufacturers, photometry, testing, maintenance and project execution.
AGL Systems in India
Airfield Ground Lighting systems in India can range from a small regional airport lighting installation to complex systems supporting high-capacity international airports and low-visibility operations.
Indian AIP data illustrates the diversity of installed systems. Published aerodrome information includes combinations of PAPI, CAT I and CAT II approach lighting, runway centreline lighting, runway edge lighting, touchdown-zone lighting and taxiway lighting at different airports.[3]
Runway, Taxiway & Approach Lighting in India
Runway lighting is one of the most important parts of an airport's visual-aid infrastructure. The exact system depends on runway classification and operating requirements.
Runway Lighting
Indian AIP publications show runway lighting configurations varying between airports, including PAPI, CAT II approach lighting, centreline and touchdown-zone lighting.[3]
- Runway edge lights — define the lateral limits of the runway
- Threshold lights — identify the threshold for arriving aircraft
- Runway end lights — required visual indication at the runway end
- Runway centreline lights — longitudinal guidance where enhanced guidance is needed
- Touchdown zone lights — guidance in the touchdown area
Taxiway Lighting
Supports safe aircraft movement between runways, aprons, terminals and other manoeuvring areas. Arrangements vary with airport layout and operational requirements.[4]
- Taxiway edge lights
- Taxiway centreline lights
- Stop bars
- Runway guard lights
- Turning/curve lighting where applicable
- Associated signs and guidance systems
Approach Lighting
Gives visual guidance in the final stages of approach. For low-visibility operations the serviceability of specific elements can directly affect whether operations continue.[5]
- Elevated approach lights
- Inset approach lights
- Crossbars
- Centreline lighting
- Sequenced lighting
- PAPI and associated approach guidance equipment
Taxiway lighting may also be integrated into the airport control system so that operators can select the required circuits and intensity levels according to operational conditions.
PAPI in India
PAPI — Precision Approach Path Indicator — is one of the most widely searched and commercially important airport lighting systems. A standard PAPI provides visual approach-slope guidance through five combinations of white and red lights.
4 White
Well above the slope
3 White + 1 Red
Slightly above
2 White + 2 Red
On the approach slope
1 White + 3 Red
Slightly below
4 Red
Well below the slope
Indian AIP publications routinely identify PAPI installation data, including side of runway, nominal approach angle and MEHT information. For example, current Indian aeronautical information records PAPI installations using a nominal 3° indication at multiple aerodromes.[3]
PAPI is a specialised product category. Do not select a PAPI purely on price and number of units — the complete optical and installation system must be evaluated.
AGL Electrical Systems, CCRs, Transformers & Cables in India
The electrical system behind AGL is as important as the visible light fixtures. A typical series-circuit arrangement is shown below.
Airport Electrical Supply
Constant Current Regulator
Primary Series Cable
Primary Connector
Isolation Transformer
Secondary Connector
AGL Light Fixture
Constant Current Regulators (CCR)
A CCR regulates the current in many airport series lighting circuits: it controls the series-circuit current while the output voltage varies with the connected load. For FAA-based equipment, AC 150/5345-10H is the current specification for CCRs and regulator monitors. For Indian projects, the equipment requirement should be set by the approved project specification, the applicable DGCA/ICAO framework and purchaser requirements.
- Multiple intensity steps
- Local and remote control
- Monitoring and fault indication
- Circuit protection
- Integration with ALCMS
Airport Isolating Transformers
Isolation transformers are used extensively in series-circuit AGL and form the interface between the primary series circuit and each individual light fixture. For FAA projects, L-830/L-831 classifications apply according to frequency; for Indian projects, the approved project and authority requirements govern product selection.
- 6.6 A and 20 A applications
- 20/6.6 A configurations
- Various wattage ratings
- 50 Hz / 60 Hz requirements according to system
- Environmental protection and watertight construction
- Approved connector arrangements
AGL Cables & Connectors
Cable systems form the electrical backbone of airport series lighting. A cable that is electrically continuous but has degraded insulation is not necessarily acceptable — so commissioning should include both continuity and insulation integrity where required.
- Primary and secondary cable
- Primary and secondary connectors
- Cable assemblies and terminations
- Junction boxes
- Circuit length and insulation requirements
- Environmental exposure, mechanical protection and routing
- Water ingress and connector accessibility
Airfield Signs in India
Airport signs are another important part of the visual guidance system.
For FAA projects, airport sign standards are covered by dedicated FAA publications; Indian projects should follow the applicable DGCA, ICAO and airport requirements.
AGL Control, Monitoring & Secondary Power in India
Modern airport lighting increasingly depends on centralised control and monitoring. A simplified architecture is shown below.
ATC / Airport Operations
AGL Control System
CCR / Circuit Controllers
Series Lighting Circuits
Runway / Taxiway / Approach Lights
Status Feedback
An Indian AGL supplier, for example, publicly lists ALCMS, CCRs, circuit selectors, remote-control desks and junction boxes among its airfield-lighting products.[10]
Secondary power is critical for lighting systems supporting low-visibility operations. Airport power architecture may include:
The required switch-over performance depends on the airport's operational category and applicable standards. Indian AIP material shows that airports may distinguish between lighting systems requiring very fast transfer and other systems with longer permitted switch-over periods.[6] This is an important design consideration for CAT II/CAT III airport lighting projects.
AGL Photometry & Photometric Testing in India
AGL photometry gives objective measurement of the optical performance of installed lighting — and it is one of the strongest specialist-service requirements in the Indian airport sector.
What a visual inspection tells you
A visual inspection can tell an engineer: "The light is operating."
What photometry tells you
Photometry can answer: how much light is being produced, where it is being directed, what its optical performance is, and how that compares with the applicable requirement or previous baseline.
AAI procurement records show that specialist field photometry is an active airport requirement in India. Recent AAI procurement examples include photometric testing at Rajkot, Kushinagar and other airports, and a current 2026 AAI tender for AGL photometric testing and reporting at Thoothukudi Airport.[1] Indian airport procurement also shows photometric testing frequently bought as a specialist service rather than simply as part of equipment supply.[11]
Field measurement
Measurement of installed fixtures using calibrated photometric equipment.
Alignment measurement
Determination of fixture orientation and optical beam alignment.
Colour / chromaticity
Evaluation of the applicable colour characteristics.
Intensity measurement
Light output measured under the specified operating condition.
Beam measurement
Evaluation of the applicable angular distribution and coverage.
Reporting
Preparation of traceable technical reports.
Corrective support
Identifying fixtures that need cleaning, adjustment, repair or replacement.
Retesting
Verification after corrective action.
AAI tender specifications illustrate the breadth of Indian AGL photometric requirements, including field measurement of intensity, beam spread, orientation and chromaticity and the submission of test reports.[7]
Runway photometry
For airports undertaking rehabilitation or regulatory observations, field photometry provides the objective evidence needed to identify deficient fixtures.
- Runway edge, threshold and end light testing
- Centreline and touchdown zone testing
- Approach lighting testing
- Alignment, colour / chromaticity and intensity
- Data collection, report generation
- Corrective recommendations and retesting
Taxiway photometry
Scope runs: Measurement → Evaluation → Identification → Corrective Support → Retest → Report.
- Taxiway edge lights
- Taxiway centreline lights
- Stop bars
- Runway guard lights
- Other taxiway visual aids
Assessing a photometry company
The ability to sell airport lights does not automatically mean an organisation can perform professional runway photometry.
- Calibrated photometric equipment
- Mobile measurement capability
- Trained personnel
- Runway/taxiway and PAPI testing experience
- Alignment and colour/chromaticity capability
- Data management, reporting and retesting
Photometry is valuable for commissioning, DGCA observations, periodic inspection, maintenance, rehabilitation, acceptance and troubleshooting. AAI's ongoing procurement of field photometric services is practical evidence that this is an active requirement across Indian airports.[1]
Airport Lighting Testing & Commissioning in India
Airport lighting testing can be divided into several stages, from pre-commissioning checks to final acceptance and handover.
Pre-commissioning testing
- Visual inspection
- Cable identification
- Continuity
- Insulation resistance
- Transformer inspection
- Connector inspection
- Circuit checks
Electrical commissioning
- CCR
- Circuit current
- Circuit resistance / impedance
- Control
- Monitoring
- Standby power
Functional testing
- ON / OFF
- Brightness steps
- Interlocks
- Control-system response
- Emergency operation where applicable
Optical testing
- Photometry
- Alignment
- Colour
- Intensity
- Beam coverage
Final acceptance
- Punch-list closure
- Retest
- Final report
- As-built documentation
- Handover
Airport lighting testing company
The key question is whether the company can test the complete AGL system, rather than one isolated component.
- Cable, insulation and continuity testing
- Transformer and CCR testing
- Circuit measurements
- Brightness-step and functional testing
- Photometry, PAPI and sign testing
- Control-system testing and commissioning
AGL Maintenance & Troubleshooting in India
Airport lighting maintenance is a recurring requirement rather than a one-time project activity.
Preventive maintenance
- Visual inspection
- Cleaning
- Connector, transformer and cable inspection
- CCR inspection
- Control-system inspection
Corrective maintenance
- Failed lights and low intensity
- Intermittent lights
- Transformer and connector failures
- Cable faults
- CCR faults
- PAPI faults
Periodic testing
- Electrical testing
- Photometry
- Alignment
- Control testing
- PAPI verification
AAI's procurement records demonstrate that airport operators continue to procure dedicated AGL maintenance services in addition to one-time installation and testing work. For example, AAI currently lists a 2026–28 annual maintenance contract for AGL and E&M installations at Thoothukudi Airport.[1]
When airport lighting fails, the cause may be the fixture, transformer, connector, cable, CCR, control system, optical alignment, contamination or water ingress.
Symptom
Visual Inspection
Electrical Measurement
Circuit Isolation
Root-Cause Analysis
Repair
Functional Test
Photometric Test Where Required
Report
AGL in CAT I, CAT II and CAT III Operations, and Low-Visibility Operations
AGL requirements become increasingly demanding as runway operations move toward lower visibility.
Systems supporting CAT II/III operations may involve
- Precision approach lighting
- Runway centreline lighting
- Touchdown-zone lights
- Enhanced runway edge lighting
- Stop bars
- Taxiway centreline lighting
- Rapid power transfer
- Monitoring and redundancy
Why maintenance focus matters
- Serviceability
- Redundancy
- Fault detection
- Rapid repair
- Periodic testing
- Photometric condition
- Accurate asset records
Indian AIP information identifies serviceability restrictions for critical lighting during low-visibility operations at airports operating CAT II/CAT III procedures. Examples include operational restrictions linked to the unserviceability of approach lights, runway edge lights, centreline lights and touchdown-zone lights.[12] In low-visibility operations, unserviceable lighting can affect whether certain operations can continue. This creates additional requirements for design, power, controls, maintenance, testing and availability.
AGL Project Lifecycle, Site Survey & Design in India
A typical airport AGL project runs from requirement definition through operations and eventual rehabilitation. This lifecycle creates opportunities for specialist consultants, contractors, manufacturers and testing organisations at different stages.
Site survey
For rehabilitation projects, the survey should distinguish the existing as-built condition from the approved design requirement. This avoids designing an upgrade from inaccurate legacy drawings.
- Runway coordinates and threshold coordinates
- Runway dimensions and taxiway geometry
- Existing lighting and cable infrastructure
- CCR and transformer locations
- Light-base condition
- PAPI location / elevation
- Existing control system and secondary power
- Drainage and physical obstructions
AGL design coordinates
- Optical: light locations, types, beam orientation, PAPI geometry, photometric requirements
- Electrical: CCR selection, series circuits, cable sizing, transformers, connectors, voltage/current calculations
- Control: local and remote control, ALCMS, monitoring, interlocks
- Civil: foundations, ducts, trenches, drainage, light bases, pavement interfaces
- Operational: runway availability, low-visibility procedures, switch-over, maintenance access, redundancy
AGL Rehabilitation & LED Upgrades in India
Many airports contain lighting equipment installed at different stages of airport development.
Condition Survey
Electrical Testing
Photometry
Failure Analysis
Design Review
Replacement Strategy
Implementation
Commissioning
This is generally more effective than replacing components solely based on age.
LED technology can provide reduced energy consumption, longer light-source life, reduced lamp replacement, improved reliability and improved monitoring. However, an LED upgrade should not be treated as a simple lamp replacement. The project should consider:
The complete system should be tested after the upgrade.
Airport Lighting Project Support & Documentation
A full-service AGL engineering partner can support different project stages — and a professional project should produce a complete documentation package.
| Project Stage | Typical AGL Support |
|---|---|
| Planning | Site survey, condition assessment |
| Design | Runway, taxiway, approach, PAPI |
| Electrical | CCR, cable, transformer, connector |
| Procurement | Product selection, technical compliance |
| Installation | Civil / electrical / AGL installation |
| Testing | Cable, electrical, functional |
| Photometry | Intensity, coverage, colour, alignment |
| Commissioning | System integration and acceptance |
| Maintenance | Preventive / corrective maintenance |
| Troubleshooting | Electrical / optical fault diagnosis |
| Rehabilitation | Replacement and modernisation |
| AMC | Long-term maintenance and inspection |
Concept
- System assessment
- Feasibility
- Preliminary design
Design
- Lighting layout
- Circuit design
- PAPI, CCR, controls
- Specifications
Procurement
- Vendor evaluation
- Technical compliance
- Product selection
Installation
- Site supervision
- Inspection
- Quality control
Commissioning
- Electrical tests
- Photometry
- PAPI, signs, control systems
Operations
- Preventive maintenance
- Troubleshooting
- Periodic testing
- Rehabilitation
This lifecycle approach is particularly valuable for airport operators who want continuity between design and maintenance.
Strong documentation is particularly important for airport operators because it forms the basis for future maintenance.
AGL Consultants, Contractors, Manufacturers & Companies in India
The Indian AGL market is not made up of one type of company. These roles should not be confused.
| Role | Primary Responsibility |
|---|---|
| Manufacturer | Develops and produces AGL equipment |
| Supplier | Provides equipment / products |
| Consultant | Designs / specifies / inspects / advises |
| Contractor | Installs and executes site works |
| Testing Specialist | Measures / inspects / verifies performance |
| O&M Provider | Maintains the operating installation |
| Turnkey / SITC Contractor | Combines several or all of these functions |
Some companies cover multiple categories — for example, manufacturing, supply, installation, commissioning and maintenance — while others specialise primarily in photometry, testing and inspection. Both models can be useful depending on the project.
AGL consultants
An AGL consultant may support an airport project at the design, specification, tender, construction, inspection or commissioning stage.
- AGL design — runway, taxiway, approach, PAPI, signs, CCRs, series circuits, cable design, control and monitoring
- Technical specifications — equipment, performance, testing and acceptance criteria
- Tender support — BOQ, technical schedules, compliance matrices, bid evaluation
- Construction supervision — installation, cable and equipment inspection, alignment, quality control
- Commissioning — test procedures, witness testing, photometry, final acceptance
- Maintenance consultancy — programmes, condition assessment, rehabilitation planning, troubleshooting, asset management
AGL contractors
An AGL contractor may be responsible for supply, installation, testing and commissioning of airport lighting systems. Some Indian specialist contractors publicly describe capabilities spanning AGL installation, equipment supply, commissioning and maintenance.[8]
- Civil works, foundations, cable trenches and ducting
- Primary and secondary cables, transformers, connectors
- Runway lights, taxiway lights, approach lighting, PAPI, signs
- CCRs, control panels and ALCMS
- Testing, photometry and commissioning
- Maintenance
AGL manufacturers & suppliers
Evaluate suppliers by the specific product category and required approval, rather than treating "AGL manufacturer" as one uniform capability.[9]
- Runway and taxiway lights, PAPI
- CCRs and transformers
- Connectors, cables, junction boxes, light bases
- Signs
- Control and monitoring systems
Indian businesses publicly describe capabilities across several of these categories. AMA, for example, describes design, supply, installation, commissioning, training and maintenance capabilities; Rewinder Techno Electricals describes AGL design, installation, commissioning and AMC services; Nasu Systems lists ALCMS, CCR, signs and other AGL products; and CTC Airfield describes installation and manufacturing of transformers, connectors and signage.[9][10]
A company that manufactures a runway light may not specialise in field photometry, PAPI alignment, cable testing, CCR troubleshooting or control-system commissioning. Likewise, a civil contractor may build foundations but lack specialist AGL electrical expertise. When comparing providers, identify the actual scope of technical responsibility. For complex airports, an integrated AGL team can reduce coordination gaps between design, equipment, installation, testing, commissioning and maintenance.
Many airport projects are procured on an SITC basis, so the contractor may be responsible for the complete project chain — which requires much broader capability than simply supplying runway lights.
Engineering
Procurement
Material Supply
Civil Installation
Electrical Installation
Equipment Installation
Testing
Photometry
Commissioning
Handover
How to Select an AGL Consultant, Contractor or Supplier in India
The right partner should understand both airport operations and AGL engineering. The ideal capability covers Airport Operations + Electrical Engineering + Optical Performance + AGL Equipment + Commissioning.
Choosing a consultant
A consultant who understands only electrical engineering may not have sufficient airport visual-aid expertise; an airport specialist without detailed AGL electrical knowledge may not suit a technically complex lighting project.
- ICAO visual-aid and DGCA aerodrome requirements
- Runway, taxiway and approach lighting, PAPI
- CCR systems, series circuits, AGL transformers
- Photometry, testing and commissioning
- Airport maintenance and technical specifications
- Documentation: specifications, BOQs, drawings, test procedures, commissioning reports
Choosing a contractor
The strongest contractor is not necessarily the one offering the lowest initial supply price. AGL is safety-critical infrastructure, so lifecycle reliability matters.
- Technical capability: can they install the complete system?
- Product capability: can they supply compliant equipment?
- Field resources: experienced airport technicians?
- Testing capability: electrical testing, photometry, PAPI testing, commissioning
- Maintenance capability: can they support the installation after handover?
Choosing a supplier
- Product compliance with project and authority requirements
- Manufacturing quality under a controlled system
- Field experience at comparable airports
- Factory and site testing capability
- Datasheets, test certificates, manuals and drawings
- Spare parts and technical support throughout equipment life
- Long-term AMC or field service
1. What exactly do they provide?
2. What airport experience do they have?
3. Can they support commissioning?
4. Can they provide photometry?
5. Can they support PAPI?
6. Do they understand the Indian regulatory environment?
7. Do they provide documentation?
8. Can they support the equipment after installation?
Technical
- Relevant airport experience
- AGL engineering capability
- PAPI capability
- Photometry capability
- Electrical testing capability
- Commissioning experience
Products
- Required equipment available
- Applicable approvals / certifications
- Compatible CCR / transformers
- Suitable environmental ratings
- Spare parts availability
Project delivery
- Site team
- Qualified engineers
- Testing equipment
- Documentation capability
- Programme management
Support
- AMC capability
- Troubleshooting
- Emergency support
- Training
- Long-term spare parts
Why Airport Experience and Local Indian Support Matter
An AGL project is different from a conventional commercial lighting project.
Why airport experience matters
This is why airport experience should be one of the first criteria when selecting an AGL consultant or contractor.
- Aircraft operations and runway safety
- Airside access and visual guidance
- Aerodrome standards
- High-voltage series circuits
- Photometry and PAPI geometry
- Low-visibility operations
- Maintenance constraints
Why local Indian support matters
Airport lighting projects can involve rapid response requirements — particularly operational airport maintenance, emergency faults, photometric surveys, PAPI alignment, troubleshooting and replacement projects.
- Faster site attendance
- Spare-parts availability
- Local installation teams and technical support
- Airport coordination experience
- Easier AMC support
- Reduced mobilisation time
Compliance and Standards for AGL in India
An Indian AGL project should be designed and delivered against the requirements actually applicable to that aerodrome.
DGCA
DGCA's CAR Section 4, Series B, Part I — Aerodrome Design and Operations forms an important part of the Indian aerodrome regulatory framework. The Ministry of Civil Aviation reported amendments to this CAR during 2025 to incorporate ICAO changes and address infrastructure-development requirements.[2]
ICAO
Relevant ICAO Standards and Recommended Practices provide the international foundation for aerodrome visual aids.
AAI
AAI's AIP publications provide airport-specific operational and infrastructure information, including runway lighting, taxiway lighting, PAPI, approach lighting and secondary power arrangements.[3]
Project specifications
Individual airport projects may impose additional technical requirements.
Manufacturer requirements
Equipment installation, commissioning and maintenance must also follow the applicable manufacturer's documentation.
Why Precision AGL Solutions
Precision AGL Solutions approaches Airfield Ground Lighting around the complete AGL lifecycle — not just as an airport lighting supplier.
AGL Engineering
Products
Installation
Testing
Photometry
Commissioning
Maintenance
Troubleshooting
Clients can obtain technical support across the complete Airfield Ground Lighting system lifecycle. Our focus areas are technical AGL expertise, airport-specific engineering, testing and commissioning, photometric capability, PAPI expertise, electrical-system understanding, maintenance support, practical field troubleshooting and India-wide project support.
AGL Lighting
Runway, taxiway and approach lighting.
PAPI
PAPI systems, installation, aiming, testing and maintenance.
Electrical Equipment
CCR, transformers, cables, connectors, junction boxes and light bases.
Signs
Airport signs and visual guidance equipment.
Photometry
Runway, taxiway, approach and PAPI photometry.
Testing & Commissioning
Electrical and optical commissioning.
Maintenance
Preventive, corrective and periodic maintenance.
Engineering
Design, inspection, consultancy and project support.
Final Engineering Perspective
Airfield Ground Lighting in India is not simply a market for runway lamps.
AGL Design
Electrical Infrastructure
Runway & Taxiway Lighting
Approach Lighting & PAPI
CCRs, Transformers, Cables
Control & Monitoring
Photometry
Testing & Commissioning
Maintenance & Troubleshooting
The strongest airport lighting partner is one that understands the complete lifecycle rather than only one product category. For airport operators, EPC contractors, consultants and project developers, the selection process should focus on technical competence, airport experience, compliant products, field testing capability, photometry, commissioning expertise and long-term support.
India's active airport development and maintenance environment demonstrates that AGL is an ongoing engineering requirement, not a one-time equipment purchase. Current AAI procurement includes AGL maintenance and specialist photometric testing, while Indian aerodrome information continues to document complex runway, taxiway, approach and PAPI installations.[1]
Frequently Asked Questions
Which are the best airport lighting companies in India?
How do I choose an airport lighting company in India?
What does an airport lighting consultant do?
What does an airport lighting contractor do?
What is an AGL contractor?
What is an AGL consultant in India?
Who provides AGL photometry in India?
What is runway photometry?
What is taxiway photometry?
Who manufactures PAPI in India?
What should I check before buying a PAPI?
What standards apply to AGL projects in India?
Why is photometry important for Indian airports?
Does AGL require maintenance after commissioning?
Can the same company handle AGL design, supply, installation and commissioning?
What is SITC in airport lighting?
Looking for an AGL Consultant, Contractor or Testing Partner in India?
Airport operators, consultants, EPC contractors and aviation project teams can use this page as the entry point for Airfield Ground Lighting support — share your BOQ, technical specification or existing AGL configuration.
Airport Lighting Consultant in India
Airport lighting consultant
An airport lighting consultant advises on the design, specification, procurement, testing and operation of airfield lighting. In India the work follows the DGCA requirements, ICAO standards and the airport's own specifications.
Sources & References
- Airports Authority of India — tender search (AGL maintenance and photometric testing tenders)
- Ministry of Civil Aviation — Annual Report 2025
- AIM India eAIP v2-01-2026 — AD 2.1 VAJL
- AIM India eAIP v2-04-2026 — AD 2.1 VEBS
- AIM India eAIP v2-01-2026 — AD 2.1 VERP
- AIM India eAIP v2-07-2024 — AD 2.1 VAPO
- Tender Detail — bid results for AGL field photometric testing (DGCA observations compliance, Ranchi)
- Bildal Electricals Pvt Ltd — Airfield Ground Lighting (AGL) & Equipment Manufacturer & Supplier
- AMA India — About Us
- Nasu Systems — Products
- Airports Authority of India — tender listing (page 117)
- AIM India eAIP archive 02-11-2023 — AD 2.1 VECC
External sources were referenced when this page was prepared; tender listings, AIP data and company websites change over time. Always confirm requirements against the controlled documents for your project.
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