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T929 ATAK-2: 10 Reasons Saudi Arabia Should Choose Turkey’s Attack Helicopter Over the Alternatives

Saudi Arabia ranks among the world’s largest defense buyers, yet procurement remains heavily tied to a single channel — the US Foreign Military Sales program. During the Yemen campaign, Washington’s periodic restrictions on helicopter munitions transfers and the suspension of F-35 negotiations put that dependence in sharp relief. Vision 2030, meanwhile, requires 50 percent of defense spending to flow through domestic industry by 2030. Those two pressures together make a case for evaluating Turkey’s heavy-class attack helicopter, T929 ATAK-2, as a serious alternative. A 10-point analysis built on open sources.

At a Glance — T929 ATAK-2

Class / Role	Heavy attack helicopter; close air support, anti-tank, ISR
Engines	2 × TEI-TS1400 turboshaft (1,400 shp each, domestically produced)
Weapons capacity	Approx. twice T129 ATAK; Cirit, L-UMTAS, MAM-L/C, 20 mm/30 mm cannon
Development status	Prototype / development phase
Operational predecessor	T129 ATAK — Turkish Army and Somali Air Force
Maker	Turkish Aerospace Industries (TUSAS)
Key differentiator	Full-domestic TEI turboshaft + unconditional export model

Context: T929 ATAK-2 is being developed by TUSAS as a heavy-class successor to the T129 ATAK, which is currently in active service with the Turkish Army and has been exported to the Somali Air Force. This analysis views T929 ATAK-2 through the lens of both the T129 family’s operational record and the expanded capabilities planned for the heavier platform.

Why Should Saudi Arabia Evaluate T929 ATAK-2? 10 Reasons

No ITAR: unconditional procurement, no congressional veto

AH-64E Apache exports are bound by ITAR, FMS procedures and congressional approval. Since 2018, the US has periodically restricted certain weapon and precision-munition transfers to Saudi Arabia over Yemen. Turkish platforms sit outside that mechanism: the sale is decided on bilateral terms, with no third-party veto in the chain.

SAMI co-production aligned with Vision 2030

Vision 2030 calls for 50 percent of defense spending to flow through domestic industry by 2030. TUSAS co-production frameworks with PZL Świdnik (Poland) and the Pakistan Aeronautical Complex set precedents that a similar SAMI-anchored model for Saudi Arabia is feasible.

Domestic TEI engine: propulsion sovereignty and maintenance independence

T929 ATAK-2’s TEI-TS1400 turboshaft is produced in Turkey. Systems that rely on foreign power plants face mandatory dependency on the supplier country for overhaul and critical spares; that link disappears with a domestic engine. Engine-production transfer aligns directly with Saudi Arabia’s aviation-industry development objectives.

Hot-and-high design profile for Saudi terrain

The TEI-TS1400 family was engineered for Turkey’s southeast — altitudes above 1,000 m and summer heat exceeding 40°C. Saudi Arabia’s Yemen border, Asir highlands and interior regions share that demanding thermal-altitude profile. Platforms tied to the GE T700 incur additional maintenance loads in such environments; the T929 was designed for them.

Proven ATAK family heritage

T929 ATAK-2’s direct predecessor, T129 ATAK, has seen operational use with the Turkish Armed Forces and was exported to the Somali Air Force. T929 is an evolution of that combat-proven lineage into the heavy class — not an untested concept, but the continuation of a mature program.

Broad domestic weapons ecosystem

Cirit 70 mm smart-guided rocket, L-UMTAS laser/IIR anti-tank missile, MAM-L/MAM-C smart munitions and HGK GPS guidance kit are integrated on the T929 platform. Saudi Arabia can diversify away from ITAR-dependent AGM-114 Hellfire dependency and draw on a multi-vendor munitions chain.

Structural buffer against Apache munitions cutoffs

Reports of the US halting precision-munition deliveries to Saudi Arabia during the Yemen campaign illustrate the operational risk of single-supplier dependence. An ITAR-independent platform provides a structural hedge against similar interruptions.

Modern avionics and C4ISR integration

T929 ATAK-2’s avionics suite includes FLIR, laser rangefinder/designator, a helmet-mounted cueing system (HMCS) and a secure datalink — elements compatible with Saudi Arabia’s existing C4ISR infrastructure and interoperability standards.

Twin-engine safety across Saudi Arabia’s vast geography

Saudi Arabia’s operating theatre — from the Riyadh hinterland to the Asir range, the Yemen border and the Gulf coast — demands long-range mission capability. Twin-engine T929 ATAK-2 provides a meaningful safety margin on extended over-land sorties compared to single-engine alternatives.

Early-buyer leverage: design input and technology transfer

As with the KAAN and UAV programmes, Turkey has historically granted early customers greater influence over design requirements, production-share decisions and technology-transfer scope. Saudi Arabia entering the T929 programme early would position SAMI as a manufacturing partner rather than a downstream buyer.

How It Compares to Rivals

Attribute	T929 ATAK-2 (TUSAS)	AH-64E Apache (US)	AW149 (Leonardo/Italy)
Class	Heavy attack, twin-engine	Attack, twin-engine	Multi-role, twin-engine
Engine	2× TEI-TS1400 (domestic, 1,400 shp)	2× GE T700-701D (1,890 shp)	2× P&W PT6C-67C (1,252 kW)
Weapons / munitions	Cirit / L-UMTAS / MAM (domestic)	AGM-114 Hellfire / Hydra 70 (ITAR)	AGM-114 Hellfire / Hydra 70 (ITAR)
Export terms	No ITAR, unconditional	ITAR + FMS + Congress approval	Relatively flexible, Italian approval
Engine sovereignty	Fully domestic (TEI)	US-sourced (GE)	Canadian-sourced (P&W)
Co-production flexibility	Open, SAMI-compatible	Restricted	Feasible

Power and cost figures are open-source estimates and vary by configuration.

Gallery

T929 ATAK-2 side profile — heavy weapons configuration and twin TEI turboshaft engines — Wikimedia Commons

T129 ATAK in flight — the Turkish Army-operated predecessor of T929 ATAK-2 — Wikimedia Commons

Frequently Asked Questions

When will T929 ATAK-2 enter service?

T929 ATAK-2 is under development by TUSAS as the heavy-class successor to T129 ATAK. No official in-service date has been announced. The T129 ATAK is currently operational with the Turkish Army and in service with the Somali Air Force.

Why is Saudi Arabia questioning its AH-64E dependence?

Since 2018, the US has periodically restricted certain weapons and precision-munition transfers to Saudi Arabia over Yemen. These restrictions affected operational continuity and have accelerated Riyadh’s supplier-diversification efforts.

How does T929 ATAK-2 compare to AH-64E Apache?

T929 ATAK-2 is a heavy-class evolution of the T129 ATAK in the same attack-helicopter role as the AH-64E. Key differences: domestic TEI turboshaft engines, an ITAR-independent export model and an indigenous Roketsan munitions ecosystem.

Would Turkey agree to a co-production deal with SAMI?

TUSAS has followed an open policy toward defense-industry partnerships and licensed co-production. The T129/PZL Świdnik arrangement in Poland sets a precedent. A component-production and technology-transfer framework through SAMI is feasible.

Is T929 ATAK-2 suited to Yemen-type operations?

T129 ATAK has been used effectively in Turkey’s counter-insurgency and anti-tank operations in hot, mountainous terrain. T929 ATAK-2 is designed for a larger weapons load and improved avionics; its hot-and-high performance envelope is tailored for the Yemen border and Asir highland profile.

T929 ATAK-2 answers two of Saudi Arabia’s core procurement problems — single-supplier dependence and Vision 2030’s domestic-industry mandate — directly. Combining the T129 family’s operational heritage, a domestic TEI turboshaft and an ITAR-free export model, it represents a credible diversification option for Riyadh’s attack-helicopter fleet.