Bogor–
Self-Defense System Innovation to Strengthen Indonesian Air Force Transport
Aircraft Security. A recent study by Fibriyanto Dedy Nugroho from The Republic
of Defense University was published in the Contemporary Journal of Applied
Sciences (CJAS), Vol. 4 No. 2 (February 2026).
A
new study by Fibriyanto Dedy Nugroho from The Republic of Defense University
argues that integrating a Self-Defense System into TNI AU transport aircraft is
an urgent strategic necessity to enhance air transport operational security.
Transport
Aircraft: Strategic Assets Without Missile Protection
TNI
AU transport aircraft such as the C-130J and C-130 Ex RAAF are deployed for
troop transport, logistics missions, evacuation operations, and international
humanitarian assistance. However, these aircraft are not yet equipped with
protection against missile threats, particularly Man-Portable Air Defense
Systems (MANPADS).
The
study highlights concerns raised during Indonesia’s humanitarian mission to
Palestine using a C-130J aircraft. The absence of a Self-Defense System exposed
the aircraft to potential missile threats, underlining the vulnerability of
strategic airlift missions in hostile environments.
According to the research, this gap in defensive capability poses operational risks that directly affect mission success and personnel safety.
How
the Self-Defense System Works
The
proposed Self-Defense System functions by:
- Detecting
radiation signals from incoming missiles
- Automatically
identifying and classifying threats
- Selecting
appropriate countermeasures without pilot intervention
- Deploying
infrared decoys (flares) to divert missiles
The
system provides 360-degree protection through four sensor units positioned
around the aircraft. Key components include:
- Missile
Approach Warning Sensor
- Electronic
Controller Unit
- Dispensing
Unit
- CIV-IR
Decoy
- Control
and Display Unit (CDU)
- Electronic
Power Unit
- Security
Key
The
system is designed to counter multiple missile threats simultaneously and
operate autonomously, significantly enhancing aircraft survivability.
Strengthening
Operational Readiness
The
study connects this innovation to modern Air Power transformation theory.
Transport aircraft are no longer merely logistical platforms but strategic
instruments in multi-domain military operations.
With
an integrated Self-Defense System, the Indonesian Air Force would be able to:
- Deploy
troops to high-risk areas with greater protection
- Conduct
evacuation missions more safely
- Perform
international humanitarian operations with reduced threat exposure
- Maintain
operational continuity in asymmetric conflict environments
Improved aircraft survivability directly contributes to national defense resilience and mission sustainability.
Triple
Helix Collaboration: Government, Industry, Academia
The
research applies the Triple Helix model, emphasizing synergy between
government, industry, and academia.
Government
(TNI AU)
- Dislitbangau
coordinates research and development
- Puslaiklambangjaau
ensures certification and airworthiness
- Maintenance
Depot 10 prepares facilities and aircraft modification
Defense
Industry
- PT
Dirgantara Indonesia (PT DI):
Aircraft fabrication and system integration
- GMF
AeroAsia: C-130
modernization expertise
- PT
Infoglobal Teknologi Semesta:
Avionics and software development
This
collaboration enables reverse engineering and supports Indonesia’s defense
technology independence.
Academia
Indonesian
Air Force officers educated at leading engineering institutions, including ITB,
ITS, and universities abroad, contribute technical analysis, system validation,
and engineering design expertise.
Certification
and Documentation Requirements
The
study stresses that aircraft modification must comply with strict regulatory
standards. Three categories of documentation are required:
1️⃣ Compliance Documents – Regulatory and
safety conformity
2️⃣
Technical Documents – System specifications and testing procedures
3️⃣
Drawing Documents – Engineering diagrams and installation layouts
These
documents are essential for obtaining official airworthiness certification.
Implementation
Challenges
Successful
implementation requires readiness in three critical areas:
- Personnel: Technical training and
technology transfer
- Infrastructure: Modernized facilities and
equipment
- Software: Updated technical orders and
maintenance systems
Without
adequate preparation in these domains, system integration could face
operational and safety risks.
Strategic
Implications for National Defense
Once
implemented, the Self-Defense System would:
- Increase
aircraft survivability against missile threats
- Enhance
mission success rates in conflict zones
- Improve
Indonesia’s credibility in regional and global operations
- Strengthen
national air defense capabilities
The
study concludes that integrating a Self-Defense System into TNI AU transport
aircraft is a strategic step toward building a resilient and responsive air
force capable of addressing evolving global security challenges.
Author
Profile
- Fibriyanto Dedy Nugroho- Universitas Republik Pertahanan
Research
Source
Nugroho, F. D. (2026). Innovation in the Self-Defence System of Indonesian Air Force Transport Aircraft and its Implications for TNI Military Operations to Enhance the Security of Air Transport Operations. Contemporary Journal of Applied Sciences (CJAS), Vol. 4 No. 2, 157–168.
DOI: https://doi.org/10.55927/cjas.v4i2.134
URL: https://ntlformosapublisher.org/index.php/cjas
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