Guide to DJID/SDPPI Certification for radio remote controls used in children’s toys in Indonesia.
Remote controls are widely used in children’s toys such as RC cars, trucks, excavators, tanks, trains, robots, boats, motorcycles, racing toys, battle toys, and construction vehicles.
In these products, the remote controller commonly uses radio-frequency communication to transmit commands to a receiver installed inside the toy. The radio configuration therefore needs to be assessed according to operating frequency, transmission power, transmitters, receivers, RF modules, antennas, and the applicable Indonesian Technical Standards.
Indonesia’s principal telecommunications-equipment certification framework is Minister of Communication and Informatics Regulation Number 3 of 2024, which remains in force and replaced Regulation Number 16 of 2018. JDIH Kemkomdigi
How Toy Remote Controls Work
In a basic remote-control system, the controller functions as a transmitter.
When a user presses a button or moves a joystick, the controller converts that instruction into a radio signal.
The receiver inside the toy processes the signal and activates functions such as steering, forward or reverse movement, acceleration, lighting, sounds, cranes, buckets, turrets, or other mechanisms.
The remote controller is therefore an important part of the telecommunications system rather than merely an accessory.
Transmitters and Receivers
A simple RC system normally consists of one transmitter in the controller and one receiver in the toy.
More advanced products can use bidirectional communication.
In this configuration, the toy itself may transmit telemetry, battery status, sensor information, pairing data, or other interactive information back to the controller.
The technical assessment should therefore identify all active transmitters and receivers in the complete system.
Remote-Control Operating Frequency
Operating frequency is a key parameter in Postel/DJID assessment.
Toy packaging often uses descriptions such as “2.4G Remote Control.” This alone does not provide enough technical information for a certification assessment.
The exact operating-frequency range, bandwidth, modulation, transmission power, chipset or RF module, and antenna configuration should also be identified.
Indonesia’s class-license spectrum rules under Regulation Number 2 of 2023 were amended by Minister of Communication and Digital Regulation Number 2 of 2025, which remains in force and includes spectrum arrangements for Short Range Device categories. JDIH Kemkomdigi
Remote Controls and Short Range Devices
Many toy remote controls communicate over relatively short distances and may fall within technical categories associated with Short Range Devices.
DJID continues to list Minister of Communication and Informatics Decision Number 260 of 2024 on Short Range Device Technical Standards in its official regulatory database. Postel
Short operating range does not automatically mean that a product is exempt from Postel Certification.
Operating frequency, transmission power, modulation, bandwidth, antennas, and the radio functions still need to be assessed.
2.4 GHz Remote Controls
The 2.4 GHz range is widely used by modern remote-controlled toys.
Digital pairing technology can allow several toys to operate in the same area while reducing the risk that one controller unintentionally operates another toy.
However, a “2.4 GHz” description on the packaging is still insufficient for technical assessment.
The manufacturer should provide the actual frequency range, RF output power, modulation, bandwidth, chipset, and antenna configuration.
Remote-Control Transmission Power
Transmission power indicates the RF power produced by the controller while transmitting commands.
It is commonly stated in mW or dBm in technical specifications and laboratory reports.
Output power needs to be considered together with frequency and radio technology because there is no single universal power limit for every remote-control system.
Low transmission power also does not automatically create a certification exemption.
Regulation Number 3 of 2024 contains a specific provision for certain other equipment with transmission power below 10 mW and only one identical telecommunications feature, under which one Certificate may cover more than one qualifying variant. JDIH Kemkomdigi
This is a rule concerning variant coverage under a Certificate, rather than a general exemption from certification.
Multi-Channel Remote Controls
Some toys contain many controllable functions.
An excavator may require commands for its tracks, body rotation, boom, arm, and bucket. A battle tank can use commands for movement, steering, turret rotation, lighting, and sound.
Multiple control functions do not necessarily mean that several radio frequencies are used.
A digital radio link can carry many commands simultaneously.
The technical assessment should therefore identify the actual RF system rather than simply counting the controller buttons.
Multiple Toys Operating Together
Racing and battle toys are often designed so that several units can operate at the same time.
In these products, pairing and channel-management methods become important.
The assessment should identify whether each controller communicates only with its intended receiver, how pairing is established, and whether all controllers use the same RF hardware.
Where different controller models are supplied within one set, each configuration should be reviewed.
Bluetooth Remote Control
Not every remotely controlled toy uses a dedicated proprietary RF controller.
Some toys can be controlled by smartphones using Bluetooth.
Bluetooth may support steering, speed control, configuration, pairing, game modes, or other interactive functions.
The assessment should identify Bluetooth version, operating frequency, transmission power, module, antenna, and enabled radio functions.
Where a product provides both a dedicated RF controller and Bluetooth control, both technologies should be included in the assessment.
Remote Control with WiFi
Some toys use WiFi together with a separate remote-control radio.
For example, a toy vehicle may use proprietary RF for movement control while WiFi sends camera video to a smartphone.
These are separate radio functions and may be subject to different Technical Standards.
DJID currently lists Minister of Communication and Digital Decision Number 12 of 2025 for Radio Local Area Network equipment. Postel
A product containing both RF remote control and WiFi should therefore have both radio configurations assessed.
Is a Certified RF Module Sufficient?
Not necessarily.
A controller or toy may contain an RF module that already has a Certificate or laboratory report.
The module documentation can support the assessment, but the final product configuration still needs to be reviewed.
Integration can involve a different antenna, firmware, RF output-power setting, enclosure, or enabled radio functions.
A module certificate should therefore not automatically be assumed to cover every toy in which the module is installed.
RF Test Reports for Remote Controls
An RF test report provides technical evidence about the controller transmitter.
The report can contain operating frequency, RF output power, occupied bandwidth, modulation, unwanted emissions, and other test results.
For DJID Certification, the report should correspond to the actual controller or RF module installed in the commercial product.
DJID’s current e-Sertifikasi NextGen requirements list a Laporan Hasil Uji/test report issued under the applicable laboratory-recognition framework among the principal documents required for a new Certificate application. e-Sertifikasi NextGen
CE or FCC reports may support technical assessment, but their suitability for Indonesian certification should still be reviewed.
Documents for Remote-Control Assessment
For an initial assessment, businesses should generally prepare:
- Photographs of the toy and remote controller.
- Brand, model, datasheet, and user manual.
- RF module or chipset information.
- Operating frequency and transmission power.
- RF test report, where available.
- Antenna and manufacturer information.
DJID’s current certification requirements also include NIB and OSS access for qualifying business applicants, laboratory reports, technical specifications, and other supporting documentation depending on the equipment and applicant structure. e-Sertifikasi NextGen
Information across the datasheet, photographs, laboratory report, and actual product should remain consistent.
One Remote Controller for Several Toy Models
Manufacturers may use the same remote-control hardware across several toy models.
For example, several RC vehicles with different body designs may use identical controllers and radio hardware.
This can be relevant when assessing model grouping, but it does not automatically mean that all models can share one Certificate.
The RF module, controller, operating frequency, transmission power, antenna, brand, product type, and country of manufacture should still be compared.
Regulation Number 3 of 2024 provides a specific mechanism under which qualifying products below 10 mW with one identical telecommunications feature may have more than one variant covered by one Certificate where all stated conditions are met. JDIH Kemkomdigi
Postel Certification Process for Toy Remote Controls
The process should begin by identifying the exact toy and remote-controller models intended for importation or sale.
The transmitter, receiver, operating frequency, transmission power, RF module, antenna, datasheet, and available test reports are then reviewed.
Once the radio configuration has been confirmed, the applicable Technical Standard and testing requirements can be determined.
Technical and administrative documentation can then be prepared for the DJID/SDPPI Certification process.
Certificate Period
Under Regulation Number 3 of 2024, the Certificate itself is not time-limited.
However, a Certificate holder may manufacture, assemble, or import the relevant equipment for trade and/or use in Indonesia for a maximum of three years from the Certificate issuance date. JDIH Kemkomdigi
Companies importing the same remote-controlled toys over several years should therefore monitor the issuance date and the requirements for continued commercial activity.
Labeling After Certification
Certified equipment is also subject to regulatory-marking requirements.
Regulation Number 3 of 2024 provides formats covering the Certificate number and PLG ID, QR Code, and warning sign. JDIH Kemkomdigi
DJID’s current certification information also requires Certificate holders to apply the relevant Label, QR Code, and Warning Sign and report implementation within 30 working days after Certificate issuance. e-Sertifikasi NextGen
Because toys and remote controllers can have different dimensions and limited labeling areas, regulatory marking should ideally be considered before mass production.
Remote Controls and Toy SNI Requirements
Postel/DJID Certification focuses on the radio-communication functions incorporated into the toy.
Toy-product safety requirements address a separate compliance area.
DJID Certification of a remote controller therefore does not automatically replace applicable SNI or toy-safety requirements.
Similarly, toy-safety compliance does not automatically replace Postel Certification for RF, Bluetooth, or WiFi functionality.
Why Pre-Import Assessment Matters
Toys with almost identical external designs may use different controllers, chipsets, antennas, or firmware.
Manufacturers can also change RF configurations for different destination markets or production batches without significantly changing product appearance.
Assessment before a large purchase order or shipment helps confirm the exact controller, operating frequency, transmission power, RF module, antenna, test documentation, and possible model-grouping approach.
This reduces the risk of inconsistencies between the actual product, controller, datasheet, laboratory report, packaging, and Certificate information.
Conclusion
Remote controls in children’s toys need to be considered as an important part of the radio system when a product uses wireless communication.
The assessment should cover not only the toy itself, but also the remote controller, transmitter, receiver, operating frequency, transmission power, RF module, antenna, and supporting test reports.
Regulation Number 3 of 2024 remains the principal telecommunications-equipment certification framework, while remote-control technologies falling within Short Range Device categories need to be assessed against relevant Technical Standards, including Decision Number 260 of 2024. JDIH Kemkomdigi
Technical assessment before importation or mass production can help ensure that the actual remote-control configuration is properly covered by the DJID/SDPPI Certification process.
Contact Us
Biruni Consulting assists with DJID/SDPPI assessment and certification for remote-controlled toys and various wireless products that will be imported or marketed in Indonesia.
Our services include:
- Assessment of DJID/SDPPI certification requirements.
- Transmitter and receiver assessment.
- RF specification review.
- Frequency and transmission power analysis.
- Technical document review.
- Certification document preparation.
- Testing coordination where required.
- DJID/SDPPI Certification assistance.
If you have a remote-controlled toy, you can prepare product photos, brand, model, datasheet, RF specifications, and wireless module datasheet for an initial assessment of the Postel Certification requirements.
