International Testing and Compliance (OPC) Pvt. Ltd. is a BIS-recognized, NABL-accredited, and IQAS-approved test laboratory headquartered in Faridabad. We offer a full-spectrum portfolio of drone testing for clients across India and the wider Delhi-NCR region, covering everything from drone performance testing and drone safety testing to in-depth Drone EMI/EMC assessment.
With India's unmanned aviation sector expanding at an unprecedented pace, certified and independent testing has become indispensable for makers of consumer drones, commercial UAVs, military UAS, and commercial drones across every application domain. From precision agriculture sprayers and last-mile delivery platforms to defence-grade reconnaissance systems, our Faridabad facility offers the thorough technical validation your product requires before entering service.
Work with ITC Lab to confirm your drone's airworthiness, electromagnetic compliance, environmental ruggedness, and alignment with aviation regulations governed by internationally accepted standards including DO-160, MIL-STD-810, FCC Part 15, and ETSI EN 300 328.
Drone testing refers to a structured evaluation process that measures an unmanned aerial vehicle (UAV) or unmanned aerial system (UAS) against established safety, functionality, and compliance benchmarks before it enters commercial or operational service. As unmanned systems become fundamental to sectors spanning precision agriculture and urban freight, demand for thorough drone performance testing and drone safety testing is at an all-time high.
Positioned in Faridabad — a key node within India's industrial belt — ITC Lab offers nationally accredited UAV evaluation services to OEMs, technology startups, defence integrators, and academic institutions alike. Our laboratory caters to clients across the Delhi-NCR region and nationwide, establishing us as the go-to destination for drone testing in Faridabad, drone testing in Delhi-NCR, and every corner of India.
Our evaluation framework spans the full range of UAV categories — from entry-level consumer drones and professional-grade commercial UAVs to complex, mission-specific military UAS platforms. Airframes, propulsion assemblies, flight control units, wireless links, onboard sensors, and embedded software are each assessed to produce a thorough safety and performance verdict.
One of the pillars of our service offering is Drone EMI (Electromagnetic Interference) and Drone EMC (Electromagnetic Compatibility) testing. Today's drone platforms integrate intricate electronics — autopilot boards, GNSS receivers, radio communication modules, and mission payloads — each of which must operate harmoniously without generating interference or succumbing to external electromagnetic disturbances. Our dedicated EMI/EMC facility evaluates compliance against benchmarks such as DO-160, FCC Part 15, and ETSI EN 300 328 to certify complete electromagnetic suitability.
In parallel, our drone environment testing service — executed under MIL-STD-810 and RTCA DO-160 frameworks — exposes drones to recreated thermal extremes, moisture levels, high-altitude low-pressure scenarios, mechanical vibration, impact shock, and precipitation ingress to verify dependable operation across every intended deployment setting. This evaluation is especially critical for commercial drones and military UAS expected to operate reliably under demanding field conditions.
ITC Lab's integrated testing capability addresses all drone applications — from agricultural spraying and infrastructure inspection to surveillance, cargo delivery, aerial imaging, and emergency response — ensuring every drone cleared by our lab maintains the highest levels of airworthiness and regulatory compliance
A full suite of accredited evaluations to verify the safety, performance, and regulatory readiness of consumer drones, commercial UAVs, and military UAS across all drone applications.
Detailed characterisation of drone communication architectures — including control uplinks, telemetry downlinks, and payload data channels — for consumer drones, commercial UAVs, and military UAS. Assessments confirm adequate link range, signal integrity, and spectral conformance to keep UAV operations uninterrupted at all times.
Industries:
Consumer drones, commercial UAVs, military UAS
Standards:
Rigorous Drone EMI and Drone EMC evaluation to confirm that drone electronics generate no harmful emissions and withstand electromagnetic disturbances from the surrounding environment. Assessments include radiated and conducted emission measurements alongside immunity tests, covering all drone applications from hobby quadcopters to heavy-lift industrial UAVs.
Industries:
All drone categories, payload systems
Standards:
Holistic evaluation of drone energy storage systems — encompassing rated capacity verification, charge/discharge profiling, overcharge and over-discharge tolerance, thermal runaway analysis, and mechanical abuse resistance. Especially vital for commercial drones and logistics UAVs where an in-flight power failure carries significant public safety implications.
Industries:
Lithium battery systems, power management
Standards:
Structured drone environment testing that replicates real-world operating stresses — thermal cycling, condensing humidity, low-pressure altitude simulation, multi-axis vibration, mechanical shock, and particulate ingress — in accordance with MIL-STD-810 and DO-160. Indispensable for military UAS and commercial UAVs intended for rugged field deployment.
Industries:
All drone applications, extreme environment operations
Standards:
Thorough verification of GNSS positioning fidelity, navigation system integrity, and performance retention in signal-attenuated or actively jammed environments. Tailored for autonomous commercial drones, precision agriculture platforms, and geospatial survey UAVs where sub-metre positional accuracy is a fundamental operational requirement.
Industries:
Autonomous drones, precision agriculture, surveying
Standards:
In-depth drone performance testing that maps the full operational envelope — including maximum payload capacity, achievable range, flight endurance, hover precision, attitude stability, and dynamic control response. Every metric is benchmarked against declared manufacturer specifications and applicable regulatory thresholds for consumer drones, commercial UAVs, and military UAS alike.
Industries:
Commercial drones, consumer drones, military UAS
Standards:
Systematic security evaluation of drone flight control systems, ground station software, and wireless communication protocols against real-world threat vectors such as command-link spoofing, RF jamming, and unauthorised firmware intrusion. Encompasses encrypted channel validation and intrusion resistance scoring for commercial drones and government-operated UAS.
Industries:
Commercial drones, government systems, critical infrastructure
Standards:
Static load, dynamic stress, and fatigue analysis of drone airframe components — including arms, motor mounts, landing assemblies, and fuselage joints. Vibration endurance and repetitive impact testing confirms long-term structural serviceability for commercial UAVs and military UAS subjected to sustained, high-intensity operational loads.
Industries:
Commercial UAVs, military UAS, industrial drones
Standards:
Operational and performance validation of drone mission payloads — including stabilised EO/IR camera systems, multispectral and hyperspectral imagers, LiDAR scanners, thermal sensors, and chemical detection modules. Evaluations address resolution accuracy, response latency, and operational reliability across all drone applications from crop health monitoring to critical infrastructure inspection.
Industries:
Agricultural drones, inspection UAVs, surveillance UAS
Standards:
ITC Lab's accredited drone testing infrastructure is calibrated and qualified to evaluate UAV systems against the world's most widely accepted compliance frameworks across all drone applications.
Environmental Engineering Considerations
A United States Department of Defense standard that governs drone environment testing across twenty-eight distinct climatic and mechanical stress categories — including high and low temperature, humidity, altitude, vibration, shock, and rainfall. It is the baseline qualification requirement for military UAS and any hardened commercial drone intended for field operations.
Environmental Conditions and Test Procedures for Airborne Equipment
RTCA DO-160 is the definitive airborne equipment qualification standard encompassing both Drone EMI/EMC testing and environmental stress screening. It defines emission limits and susceptibility thresholds applicable to all avionics and drone electronics — from lightweight consumer drones to heavy commercial UAVs — and underpins certification by DGCA, FAA, and EASA alike.
Radio Frequency Devices
Issued by the US Federal Communications Commission, FCC Part 15 regulates both intentional and unintentional electromagnetic emissions from drone electronic assemblies, RF control modules, and onboard communication hardware. Compliance is a mandatory pre-market condition for any drone product entering or operating within the United States.
Wideband Transmission Systems
This European Standard specifies technical and operational requirements for 2.4 GHz wideband transceivers — the dominant frequency band employed in consumer drone remote control links and commercial UAV telemetry systems. Achieving ETSI EN 300 328 compliance is a prerequisite for CE marking and unrestricted sale across all European Union member states.
Faridabad's foremost accredited UAV testing facility — delivering results trusted by drone manufacturers across Delhi-NCR and the entire country
Profound working knowledge of international UAV regulatory ecosystems — spanning DGCA (India), FAA (USA), EASA (Europe), and CAAC (China). Our specialists navigate manufacturers of consumer drones, commercial UAVs, and military UAS through intricate type-certification and airworthiness-approval procedures with efficiency and accuracy.
Our NABL-accredited Drone EMI and Drone EMC testing chamber is purpose-built and fully instrumented to assess all drone applications against DO-160, MIL-STD-810, FCC Part 15, and ETSI EN 300 328. The facility is routinely used by leading commercial drone OEMs and defence systems integrators seeking internationally accepted test certificates.
Our in-house team brings together experts across aerospace systems engineering, RF and wireless technologies, embedded software verification, drone safety testing, and international regulatory affairs — collaborating to generate precise, interpretation-ready test reports that satisfy authorities for all drone applications.
Compressed drone performance testing timelines aligned to agile development workflows. ITC Lab supports commercial drones and UAV startups across India from initial proof-of-concept assessment through final pre-series production sign-off — materially shortening time-to-market without compromising test rigour or certification traceability.
Purpose-designed drone safety testing and drone performance testing programmes tailored to the unique requirements of each UAV application segment
| Application | Testing Focus | Key Standards |
|---|---|---|
| Agriculture Drones | Nozzle distribution uniformity, multispectral sensor calibration, extended-endurance drone performance testing, and drone environment testing for monsoon humidity and summer heat exposure across Indian farming zones | FAA Part 137, ISO 23117 |
| Delivery & Logistics (Commercial UAVs) | Cargo retention mechanisms, GNSS-guided approach accuracy, beyond-visual-line-of-sight (BVLOS) route validation, battery abuse tolerance, and drone safety testing for integration into urban and suburban airspace corridors | FAA Part 135, EASA SORA |
| Aerial Photography (Consumer Drones) | Three-axis gimbal vibration isolation, camera payload image quality, airframe acoustic noise measurement, drone EMI assessment of onboard video links, and FCC Part 15 / ETSI EN 300 328 spectral compliance | FAA Part 107, CAA CAP 722 |
| Infrastructure Inspection | Stable hover precision during close-approach manoeuvres, sensor measurement accuracy, active obstacle-detection reliability, and drone EMC evaluation to confirm safe operation adjacent to high-voltage lines and ferromagnetic structures | FAA Part 107, EASA PDRA |
| Public Safety (Commercial Drones) | Operational reliability under emergency dispatch scenarios, night-vision and low-light payload integration, encrypted telemetry link verification, and drone safety testing per MIL-STD-810 climatic and shock protocols | FAA Part 107, DO-160 |
| Military UAS | Comprehensive MIL-STD-810 environment screening, drone EMI/EMC hardening against battlefield electromagnetic threats, GNSS anti-spoofing and anti-jamming validation, cyclic structural fatigue, offensive cyber-resilience assessment, and drone performance testing under simulated combat operational conditions | MIL-STD-810, DO-160, STANAG |
Formally recognised by leading civil aviation authorities worldwide — your dependable partner for drone testing in Faridabad, Delhi-NCR, and throughout India
ITC Lab holds Directorate General of Civil Aviation approval as a qualified UAV and UAS evaluation facility in India. This recognition streamlines the type-certification and UIN registration process for domestic drone manufacturers, reducing administrative lead times significantly.
Our laboratory is recognised by the Federal Aviation Administration for drone compliance testing under Part 107, Part 135, and Part 137 rule sets. This recognition is invaluable for Indian and overseas commercial drone producers targeting North American regulatory approval and market entry.
European Union Aviation Safety Agency certification positions ITC Lab to conduct drone type evaluations and Specific Operations Risk Assessment (SORA) support services. A prerequisite for commercial UAVs and consumer drones seeking CE marking, EU Declaration of Conformity, and unrestricted European market access.
Accreditation by the National Accreditation Board for Testing and Calibration Laboratories under ISO/IEC 17025 independently validates our technical competence for drone performance testing, drone safety testing, Drone EMI/EMC testing, and drone environment testing — producing results that regulatory bodies and procurement agencies across the globe readily accept.
From drone performance testing and drone safety testing to Drone EMI/EMC evaluation and drone environment testing under MIL-STD-810 and DO-160 — ITC Lab in Faridabad is your accredited partner for drone testing in Delhi-NCR and across India. Reach out today to discuss your UAV compliance roadmap.