Elbit Systems UK Delivers First Batch of Ground-Based Surveillance Radar to British Army

Elbit Systems UK has delivered the first batch of its ground-based surveillance radar (GBSR) systems to the British Army. The units were handed over following successful live-fire trials earlier this year.

Background

The radar capability forms part of the British Army’s efforts to enhance battlefield situational awareness and artillery precision. According to historical contract data, Elbit Systems UK was awarded a contract by the UK Ministry of Defense to provide up to 90 GBSR systems during 2023–24 with an option for 40 more. The systems are produced in the UK and Europe and tailored to meet the British Armed Forces’ requirements. The GBSR capability is intended to detect and classify moving threats — including drones, vehicles, helicopters, and personnel — as well as provide fall-of-shot correction for artillery rounds.

Details of the Delivery

The initial tranche comprises 55 radar units and associated support solutions, marking the first delivery under the program. In the surveillance role, the GBSR can track and classify personnel, vehicles, helicopters and drones — delivering early warning of inbound threats and tracking friendly force movement. In its artillery correction role, the radar detects rounds in flight and locates impacts, enabling mortar and gun teams to adjust fire quickly and accurately.

Company officials emphasize an open architecture design that supports interoperability and future-proofing for evolving mission requirements. The systems are manufactured in the UK and Europe to UK customer specifications.
Commenting on the delivery, Martin Fausset, Chief Executive Officer of Elbit Systems UK, said: “GBSR will enhance the situational awareness of personnel on the ground, help keep them safer by better detecting enemy threats, and give them the advantage in locating targets. The program is a great example of our Bristol team working with the customer to develop a bespoke capability that meets end users’ requirements now and into the future. We look forward to delivering the rest of the systems to soldiers across the British Army.”

Live-fire trials earlier in the year served to validate the system’s performance in realistic artillery and surveillance scenarios. While precise performance metrics (such as detection range, classification accuracy or round-flight tracking speed) were not publicly released, the company asserts that the units meet the British Armed Forces’ tactical needs.

Analysis

The introduction of GBSR into British Army service signals an increased emphasis on layered detection, classification and correction capabilities at the tactical level. The ability to detect low-signature threats such as drones and to track the trajectory of artillery rounds aligns with evolving threat sets in contested environments. The open architecture approach suggests that the system is designed for modular upgrades and integration into broader battlefield networks.

Given recent procurements and evolving doctrine, this capability supports both defensive situational awareness (personnel, vehicles, drones) and offensive support (artillery precision). The local manufacturing in the UK and Europe may also support industrial base and sovereign supply chain considerations — increasingly a factor in defence procurement decisions.

Policy and Expert Perspective

Defense analysts will likely view this delivery as part of the UK’s broader modernization efforts, especially as they adapt to emerging domains such as unmanned threats and advanced artillery duels. Analysts note that as theatres of operations become more contested with longer-range fires and autonomous systems, real-time detection and correction capabilities move from niche to necessity. Moreover, local production helps reinforce national resilience-though it also presents the challenge of scaling up sustainment, training and logistics for new systems. From a policy perspective, the UK Ministry of Defense will need to ensure integration of the radar data into command and control systems, training of operators, and interoperability with allied forces. Considering that the contract has up to 130 units (90 plus option 40) according to prior announcements, future deliveries will shape operational coverage across the army.

What’s Next

The remaining radar systems under the contract will be delivered later this year and into 2024, supporting wider deployment across the British Army. The next phase will likely focus on field integration, user training, and linkage to artillery units and surveillance networks. The army will also monitor how the systems perform in live operations and exercise contexts, feeding lessons into future upgrade cycles. In parallel, Elbit Systems UK and the Ministry of Defense may explore additional enhancements, such as further range, classification capability, or integration of AI-driven analytics.

The first delivery of 55 units is a significant milestone, but full operational effect will depend on rollout, training, integration and adaptation to real-world missions. As the security environment evolves, capability such as GBSR may become a key enabler for both protecting troops and enabling precision fires.

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