Guide to Aviation Radar Postel Certification in Indonesia
Aviation Radar is a telecommunications and navigation system used to detect, track, and monitor aircraft during takeoff, landing, and flight operations. These systems play a critical role in air navigation services and are widely used by airports, air traffic service providers, aviation authorities, military air bases, and other aviation navigation facilities.
Aviation Radar operates by transmitting Radio Frequency (RF) signals and receiving reflected signals or transponder responses from aircraft. Because these systems utilize radio transmitting and receiving technologies, Aviation Radar equipment generally requires DJID (formerly Postel/SDPPI) Certification before it can be legally imported, distributed, or marketed in Indonesia.
Understanding certification requirements early helps manufacturers, importers, distributors, and brand owners accelerate regulatory approval while ensuring compliance with Indonesian telecommunications regulations.
What Is Aviation Radar?
Aviation Radar is a radar system designed to detect aircraft position, direction, speed, and altitude. The information collected enables Air Traffic Controllers (ATC) to safely manage aircraft movements and maintain efficient air traffic operations.
Several types of Aviation Radar are commonly deployed, including Primary Surveillance Radar (PSR), Secondary Surveillance Radar (SSR), Monopulse Secondary Surveillance Radar (MSSR), Airport Surveillance Radar (ASR), Precision Approach Radar (PAR), and Surface Movement Radar (SMR).
Because these systems incorporate radio transmitting and receiving equipment, they must comply with Indonesian telecommunications technical regulations.
Does Aviation Radar Require DJID (Postel) Certification?
Yes. Aviation Radar systems utilizing radio transmitters and receivers generally require DJID (Postel) certification before they can be legally imported, marketed, or distributed in Indonesia.
During certification, DJID evaluates Radio Frequency (RF) characteristics, radio spectrum utilization, electromagnetic compatibility (EMC), technical specifications, and other regulatory parameters.
In addition to DJID certification, Aviation Radar systems intended for air navigation applications may also be subject to technical approval or operational requirements issued by the relevant aviation authorities.
Aviation Radar Certification Requirements
Companies applying for certification generally prepare the following documentation:
- Company legal documents.
- Business Identification Number (NIB).
- Technical product specifications.
- User Manual.
- Product Datasheet.
- Product Label.
- Product Photographs.
- Block diagrams and system architecture.
- Accredited laboratory test reports where applicable.
- Additional supporting documents required by DJID regulations.
Complete documentation helps accelerate certification while minimizing administrative revisions.
Aviation Radar Certification Process
The certification process begins by identifying radar characteristics, operating frequency, transmission power, and radio communication functions.
Technical and administrative documentation is reviewed before laboratory testing is conducted where required. Testing may include Radio Frequency (RF), Electromagnetic Compatibility (EMC), radio emission characteristics, and other technical evaluations according to product specifications.
Following successful technical evaluation and administrative review, DJID issues certification authorizing legal commercialization of the Aviation Radar system in Indonesia.
Certification timelines vary depending on equipment complexity, testing scope, and documentation completeness.
Benefits of Aviation Radar Certification
Obtaining DJID certification provides important advantages for manufacturers, importers, distributors, and brand owners.
Key benefits include:
- Compliance with Indonesian telecommunications regulations.
- Support for product importation and commercial distribution.
- Verification of technical conformity.
- Reduced regulatory risks.
- Increased confidence among aviation authorities and end users.
- Legal commercialization throughout Indonesia.
Certification also demonstrates compliance with national telecommunications standards while supporting aviation safety and operational reliability.
Types of Aviation Radar Commonly Requiring Certification
Examples of Aviation Radar systems commonly requiring certification include:
- Primary Surveillance Radar (PSR).
- Secondary Surveillance Radar (SSR).
- Monopulse Secondary Surveillance Radar (MSSR).
- Airport Surveillance Radar (ASR).
- Precision Approach Radar (PAR).
- Surface Movement Radar (SMR).
- Air Traffic Control Radar.
- Long Range Surveillance Radar.
- Terminal Area Radar.
- Aviation Radar Systems.
Certification requirements vary according to each product’s operating frequency, transmission power, radar technology, and technical specifications.
Contact Us
Biruni Consulting provides professional consulting services for DJID (Postel) certification of Aviation Radar systems and other radio-based telecommunications equipment in Indonesia.
We assist companies with:
- Regulatory analysis for Aviation Radar products.
- Identification of applicable DJID certification requirements.
- Preparation of technical and administrative documentation.
- Coordination with accredited testing laboratories.
- End-to-end certification support until approval is granted.
With extensive experience in Indonesian telecommunications certification, we help manufacturers, importers, distributors, and brand owners obtain certification efficiently while ensuring full regulatory compliance.
Contact us today for professional consultation regarding Aviation Radar Postel Certification and telecommunications equipment approval requirements in Indonesia.
