Bangladesh’s Drone Paradox: Operating Turkey’s Bayraktar TB2 While Manufacturing a Chinese Clone

(DEFENCE SECURITY ASIA) — Bangladesh’s evolving unmanned aerial vehicle posture reflects a complex convergence of operational pragmatism, industrial ambition, and geopolitical hedging, as Dhaka simultaneously fields Türkiye’s combat-proven Bayraktar TB2 while committing state resources to the licensed local production of China’s CETC XY-I, a platform widely identified by defence analysts as a structural and conceptual derivative of the Turkish system, thereby exposing deep contradictions within Bangladesh’s long-term defence-industrial strategy.

The paradox is underscored by the words of a defence analyst, who warned that “By adopting a Chinese clone of a system it legally purchased from Türkiye, Bangladesh is undermining its own defense partnerships and normalizing the replication of an existing ally’s technology,” a critique that encapsulates growing concern within professional military circles regarding Dhaka’s willingness to compromise alliance trust for short-term industrial access.

At the strategic level, Bangladesh’s dual-track drone procurement policy places it at the intersection of Türkiye’s rapidly expanding indigenous UCAV ecosystem and China’s export-oriented military-industrial complex, two defence suppliers whose technological philosophies, intellectual property norms, and geopolitical alignments increasingly diverge amid intensifying great-power competition across the Indo-Pacific and South Asia.

This contradiction is further sharpened by the fact that Bangladesh already operates the authentic Bayraktar TB2—a platform whose battlefield performance has reshaped modern air-ground integration doctrines—raising difficult questions as to why Dhaka would invest in a Chinese imitation whose combat credibility remains untested and whose long-term reliability remains uncertain.

Haluk Bayraktar, CEO of Baykar, captured the strategic resonance of the TB2’s combat performance when he stated, “The whole world is a customer,” reflecting how real-world operational success against Russian-supplied air defence systems has elevated Türkiye from a niche supplier into a central actor in the global UCAV market.

Yet Bangladesh’s decision to sign a Tk 608 crore drone manufacturing agreement—valued at approximately USD 50 million or roughly RM 235 million—with CETC International introduces a competing narrative driven by cost efficiencies, technology transfer promises, and Beijing’s readiness to localize production with fewer political conditions.

This policy choice reverberates beyond procurement spreadsheets, as Bangladesh’s drone strategy now intersects with India’s security sensitivities, Türkiye’s export control calculations, and China’s broader ambition to normalize replication-based defence exports within emerging military markets.

As Dhaka deepens surveillance activity along the Indo-Bangladesh border and accelerates unmanned force development, its drone paradox increasingly represents not merely a procurement anomaly, but a strategic stress test for Bangladesh’s alliance credibility, technological sovereignty, and long-term military effectiveness in an era defined by unmanned warfare.

More critically, this dual procurement pathway risks embedding structural inefficiencies within Bangladesh’s future unmanned force architecture, as parallel sustainment chains, divergent software ecosystems, and incompatible data-link standards could undermine interoperability, raise lifecycle costs, and dilute the operational advantages that UCAVs are intended to deliver in high-tempo security environments.

Over time, Bangladesh’s willingness to institutionalize a replication-driven industrial model may also recalibrate how original equipment manufacturers assess technology transfer risks, potentially constraining Dhaka’s access to next-generation unmanned systems, advanced sensors, and secure network-centric warfare capabilities that will define aerial dominance in the coming decades.

The Bayraktar TB2 and the Rewriting of Modern Air Warfare Doctrine

The Bayraktar TB2 represents a doctrinal inflection point in modern air warfare, combining medium-altitude endurance, persistent ISR coverage, and precision-strike capability into a cost-effective UCAV that fundamentally altered how mid-tier militaries contest airspace, particularly against adversaries reliant on legacy Soviet-era air defence architectures.

Developed by Baykar Makina, the TB2’s 12-metre wingspan, 650-kilogram maximum take-off weight, and endurance of up to 27 hours enable sustained operations at altitudes reaching 25,000 feet, allowing it to maintain persistent sensor presence while remaining outside the engagement envelopes of many short-range air defence systems.

Powered by the Rotax 912 engine and cruising at speeds up to 222 km/h, the TB2’s operational flexibility is amplified by its ability to carry up to 150 kilograms of payload, including MAM-L and MAM-C precision-guided munitions that have demonstrated consistent lethality against armored formations, artillery units, and hardened field positions.

The TB2’s operational credibility was decisively established during the 2020 Nagorno-Karabakh conflict, where Azerbaijani forces employed the platform to systematically dismantle Armenian ground forces, destroying more than 200 armored vehicles and artillery systems while reshaping regional perceptions of unmanned airpower dominance.

Its subsequent employment in Ukraine further reinforced its strategic value, as TB2s were used to strike Russian logistics convoys, air defence assets, and naval targets, contributing disproportionately to Ukraine’s early-phase battlefield resilience and transforming the drone into a symbol of asymmetric resistance.

Bangladesh’s acquisition of at least six TB2 units in 2022 for the Bangladesh Army Aviation Group marked a decisive step in Dhaka’s effort to modernize ISR and strike capabilities, a move formally confirmed by Turkish Ambassador Mustafa Osman Turan, who described the deal as a milestone in bilateral defence relations.

By 2025, Bangladesh advanced toward localized TB2 component production, aligning with Türkiye’s broader export strategy that emphasizes selective industrial cooperation while safeguarding core intellectual property, a model that has enabled TB2 exports to more than 30 countries across Europe, the Middle East, Africa, and Asia.

For Bangladesh, the TB2 filled critical operational gaps in border surveillance, counter-insurgency monitoring, and maritime domain awareness, with reported TB2 flights near the Indo-Bangladesh frontier prompting regional attention and reinforcing the platform’s strategic signaling value in South Asian security dynamics.

CETC XY-I: The Emergence of a Chinese TB2 Doppelganger

China’s CETC XY-I unmanned aerial vehicle emerged as a controversial entrant into the MALE UAV category when it debuted at the 2022 Zhuhai Air Show, immediately drawing scrutiny for its striking visual and aerodynamic resemblance to the Bayraktar TB2, including its inverted V-tail, pusher-propeller configuration, and blended wing-fuselage design.

Developed by the China Electronics Technology Group Corporation, the XY-I is marketed as a dual-use platform capable of intelligence, surveillance, reconnaissance, and limited strike missions, with CETC claiming autonomous flight capability, extended endurance, and adaptability for both military and civilian roles.

Despite these claims, publicly verifiable specifications regarding payload capacity, endurance, and operational ceiling remain limited, creating uncertainty about whether the XY-I genuinely matches—or merely approximates—the performance parameters that made the TB2 operationally decisive in multiple combat theatres.

Unlike the Bayraktar TB2, whose battlefield effectiveness has been repeatedly validated against modern air defence systems, the XY-I lacks combat credentials, prompting scepticism among defence professionals who view the platform as a derivative product optimized for export markets rather than operational resilience.

This scepticism was captured succinctly by a Turkish commentator who remarked, “Original Turkish Baykar TB2 drone and its Chinese knock-off CETC XY-I. Except, Baykar’s original battle-proven product is reportedly still cheaper,” highlighting the commercial irony embedded within China’s replication-driven export model.

China’s long-standing practice of reverse-engineering foreign military technology—from combat aircraft to missile systems—has enabled rapid portfolio expansion, but it has also generated persistent concerns over reliability, lifecycle support, and the erosion of trust between suppliers and customers.

In the case of the XY-I, visual comparisons presented at international defence exhibitions strongly suggest design lineage derived from the TB2, reinforcing accusations that Beijing continues to prioritize speed-to-market over original innovation within its UAV export strategy.

For prospective operators like Bangladesh, the XY-I offers theoretical advantages in local assembly and technology access, yet these benefits remain counterbalanced by unresolved questions regarding system maturity, sustainment quality, and real-world combat survivability.

Bangladesh’s Strategic Pivot from Proven Turkish Capability to Chinese Replication

Bangladesh’s decision to pursue local production of the CETC XY-I was formalized in January 2026 when the Bangladesh Air Force signed a Tk 608 crore agreement—approximately USD 50 million or RM 235 million—with CETC International, signaling a deepening of Dhaka’s long-standing defence relationship with Beijing.

Under the agreement, a joint venture UAV manufacturing and assembly facility will be established at a proposed Bogra airbase, encompassing MALE and VTOL drone production, systems integration, and technology transfer components designed to expand Bangladesh’s domestic aerospace industrial base.

An official statement emphasized that “Under the agreement, BAF and CETC International will jointly set up a state-of-the-art UAV manufacturing and assembly facility in Bangladesh,” framing the initiative as a leap toward technological self-reliance and unmanned systems autonomy.

Bangladesh’s heavy reliance on Chinese defence imports—accounting for more than two-thirds of its military acquisitions—has historically been driven by affordability, rapid delivery timelines, and Beijing’s willingness to provide financing and localized production options.

However, this reliance has not been without friction, as Bangladesh’s armed forces have previously raised concerns regarding faulty Chinese components across multiple platforms, including naval corvettes and armored vehicles, highlighting systemic quality-assurance challenges.

Officials have attempted to broaden the XY-I program’s appeal by emphasizing its civilian applications, with one Bangladeshi official stating, “These UAVs will be used not only for military operations but also for humanitarian assistance and disaster management,” a narrative aimed at softening regional and domestic scrutiny.

Yet the strategic logic of investing in a TB2 clone while already operating the original platform remains contested, particularly given Bangladesh’s parallel efforts to localize TB2 components through Turkish cooperation.

This divergence suggests that technology transfer depth, rather than operational superiority, may be the decisive factor driving Dhaka’s Chinese engagement, even at the cost of diluting trust with a proven defence partner.

Regional and Geopolitical Reverberations Across South Asia

Bangladesh’s drone paradox carries significant geopolitical implications, particularly for Türkiye, which has actively sought to expand defence-industrial partnerships in South Asia through joint manufacturing proposals and advanced systems offerings, including attack helicopters and air defence platforms.

By opting to produce a Chinese clone rather than expanding licensed TB2 production, Dhaka risks alienating Ankara at a time when Türkiye’s defence exports are increasingly shaped by trust-based partnerships rather than transactional sales.

For China, the Bogra drone facility represents a strategic foothold in South Asia, extending Beijing’s military-industrial influence closer to India’s eastern flank while reinforcing its broader Belt and Road-adjacent security engagement strategy.

Indian security planners have viewed the development with unease, particularly given the proximity of the proposed drone facility to sensitive border regions and Bangladesh’s increased UAV surveillance activity near Indian states such as Meghalaya.

These concerns were encapsulated in regional commentary questioning “Why Bangladesh’s China-backed drone factory is raising alarm bells in India,” reflecting New Delhi’s apprehension regarding enhanced intelligence-collection capabilities and potential information-sharing pathways.

Constantino Xavier, a foreign policy expert, crystallized this anxiety when he asked, “Is Bangladesh falling into China’s trap?” a question that resonates amid wider debates over strategic dependence and long-term sovereignty erosion.

From a military-operational perspective, Bangladesh’s simultaneous deployment of TB2s and XY-Is could enable hybrid UAV operations, yet disparities in data-link architecture, sensor fidelity, and mission reliability may complicate integration.

Strategically, the normalization of replication-based procurement risks undermining innovation incentives globally, particularly for emerging defence exporters like Türkiye whose competitive advantage rests on indigenous technological breakthroughs rather than mass-production economics.

Strategic Risks, Industrial Trade-offs, and the Future of Bangladesh’s Drone Doctrine

Implementing the CETC XY-I program presents Bangladesh with a complex matrix of risks encompassing system integration challenges, lifecycle sustainment uncertainties, and potential diplomatic repercussions within an increasingly polarized defence export environment.

Quality-control concerns remain particularly salient, given documented complaints within Bangladesh’s military regarding previous Chinese-supplied platforms, raising the possibility that localized drone production could replicate existing reliability issues rather than resolve them.

At the same time, deepening defence cooperation with Türkiye—potentially extending to advanced air defence systems and expanded UAV co-development—offers Bangladesh an alternative pathway grounded in combat-validated performance and alliance continuity.

Analysts have argued that “Bangladesh’s strategic alliances with China, Turkey, and Pakistan can collectively strengthen its regional standing,” yet such balance requires careful calibration to avoid strategic incoherence.

The core dilemma remains unresolved: whether short-term gains in technology access and cost savings justify the long-term erosion of defence partnerships anchored in trust, operational reliability, and shared strategic outlooks.

Bangladesh’s drone paradox thus becomes emblematic of a broader challenge facing middle powers navigating great-power competition, where industrial ambition collides with alliance credibility.

As unmanned systems increasingly define future battlefields, Dhaka’s ability to reconcile its TB2 experience with its XY-I ambitions will shape not only its military effectiveness, but also its strategic reputation across South Asia.

Ultimately, Bangladesh’s embrace of both the Bayraktar TB2 and its Chinese doppelganger reflects a defence strategy suspended between proven performance and economic pragmatism, a tension that will continue to test its geopolitical judgment in an era of accelerating unmanned warfare. — DEFENCE SECURITY ASIA