Indonesia Conducts Live-Fire with Turkish BORA/KHAN Ballistic Missiles and TRG-122 Guided Rockets
Overview: Indonesian Army units executed live-fire exercises using Turkish-made BORA/KHAN tactical ballistic missiles and TRG-122 guided rockets. Visual footage released on 22 October 2026 shows the forces launching the systems and striking designated targets, illustrating operational use of exported Turkish munitions in an active user inventory.
What systems were fired and why it matters
ROKETSAN’s BORA, exported under the name KHAN, serves as a ground-to-ground tactical ballistic missile system designed to deliver precision strikes against high-value land targets. TRG-122 is a 122 mm guided rocket intended for precision fires from multiple-rocket launcher platforms. Employing both systems during the same exercise demonstrates how a user can layer short-to-medium-range effects: TRG-122 providing precision support at 10–28 km while BORA/KHAN delivers longer-range, high-impact strikes from roughly 80–280 km.
Technical profile and operational roles
BORA/KHAN: The system pairs ballistic missile airframes with command-and-control and communication suites to perform rapid, accurate engagements of prioritized targets. The export KHAN variant emphasizes reduced setup times and multiple navigation options, including integrated GPS-aided inertial navigation or purely inertial navigation. These options make it adaptable to contested electromagnetic environments or GNSS-denied conditions.
TRG-122: TRG-122 is a 122 mm guided rocket engineered for coordinate-based targeting. Key published parameters include a range of 10–28 km, length of roughly 3.3 m, weight near 76 kg, and an option for laser seeker in terminal phase. Its warhead uses pre-formed fragmentation to increase lethality against area and soft-skinned targets. Mounted on multi-launch rocket systems, TRG-122 fills the precision fire-support gap between unguided artillery and larger guided missiles.
How these systems integrate tactically
In a layered fires concept, commanders can use TRG-122 to suppress or neutralize forward targets and point defenses within tactical depth while preserving BORA/KHAN for strategic or time-sensitive high-value targets further behind enemy lines. A step-by-step hypothetical engagement sequence:
1. Target identification: Reconnaissance assets (UAVs, ground observers, or signals intelligence) fix target coordinates.
2. Weapon assignment: Fire control assigns TRG-122 for point or area interdiction inside 28 km; BORA/KHAN receives higher-priority, longer-range targets.
3. Coordination and deconfliction: Command ensures flight corridors, timing, and terminal guidance modes minimize fratricide and collateral damage.
4. Launch and battle damage assessment (BDA): TRG-122 impacts first for immediate suppression. BORA/KHAN follows to strike hardened or time-sensitive objectives. ISR platforms perform BDA to feed subsequent fires.
Evidence and export context
Images and video published in October 2026 show Indonesian forces operating the systems in live-fire conditions. Turkey announced KHAN exports to Indonesia in 2022, and the 2025 Indo Defense exposition included ROKETSAN displays of land, air and maritime systems, signaling expanding defense cooperation. The Indonesian employment of both systems affirms not only hardware transfer but also training, logistics, and doctrine integration necessary to operate these weapons reliably.
TRG-122 detailed specifications and implications for employment
ROKETSAN’s documentation lists core TRG-122 characteristics that shape tactical use:
Muzzle and deployment: Compatible with multi-launch rocket systems, enabling saturation or select precision strikes.
Guidance and seeker options: Primary coordinate-based guidance offers accuracy for fixed and geo-located targets; optional terminal laser seeker allows aimpoint refinement against moving or fleeting targets.
Warhead effects: Pre-formed fragmentation maximizes anti-personnel and soft-target effects while limiting over-penetration on urban structures.
Operationally, TRG-122 reduces the number of rockets required to achieve desired effects, lowers collateral damage risk compared with unguided barrages, and shortens sensor-to-shooter loops when paired with modern C2 and ISR systems.
Strategic and logistical considerations for operators
Adopting systems like BORA/KHAN and TRG-122 requires investments beyond the missiles themselves: secure command-and-control networks, trained crews for launch and maintenance, precision targeting data pipelines, and sustained logistics for propulsion, warheads, and electronics. Export success depends on the supplier’s ability to transfer associated know-how, training packages, and maintenance support. The Indonesian live-fire suggests that such transfer took place to at least an operational level.
What analysts should watch next
– Evidence of additional deployments or integration into Indonesian doctrine and exercises, indicating deeper operationalization.
– Logistics footprints: local maintenance capability, spare parts provisioning, and indigenous support infrastructure.
– Doctrinal publications or training material that show how Indonesia intends to employ layered fires with these assets.
– Regional reactions and potential countermeasures or force posture changes by neighboring states.
Concluding operational insight
Indonesia’s live-fire with BORA/KHAN and TRG-122 highlights a maturing ability to field layered precision effects using exported Turkish systems. The combined use demonstrates complementary ranges and roles—TRG-122 for tactical precision fires, BORA/KHAN for longer-range strategic effects—while underscoring that effective employment depends on integrated C2, targeting, and logistics, not only the missile hardware.
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