IN Brief:
- Saab and Scania France will supply 17 Giraffe 1X radars for the French Armed Forces.
- Sixteen radars will be integrated onto Scania V3P tactical vehicles, with one unit used for test and evaluation.
- The programme reflects growing demand for mobile counter-UAS and short-range air defence sensors.
France has ordered 17 Saab Giraffe 1X radars through a joint Saab and Scania France arrangement, strengthening mobile short-range air defence and counter-UAS sensor capacity for the French Armed Forces.
One radar will be used for test and evaluation, while 16 Giraffe 1X systems will be installed on Scania V3P tactical vehicles developed by Scania France and its SPAD division in Angers. The contract also includes spare parts, training, and support, with deliveries scheduled between 2026 and 2027.
The programme brings together a compact 3D radar with a tactical vehicle platform, creating a deployable sensor system for very-short-range air defence, counter-drone missions, site protection, and mobile surveillance. Giraffe 1X is software-based and can be upgraded to address new threats, a useful feature as small drones, loitering munitions, low-flying missiles, and electronic attack techniques continue to evolve.
A vehicle-mounted radar system is an integration programme as much as a sensor purchase. Engineers have to bring together mast or mounting structures, power supply, cooling, cabling, communications, operator interfaces, software configuration, electromagnetic compatibility, transport safety, training systems, and field support. Compact radar design reduces some of the burden compared with larger systems, but mobile integration still demands disciplined engineering.
Counter-UAS requirements are moving rapidly from fixed-site demonstrations into deployable force packages. Frontline units need sensors that can be repositioned, networked, maintained, and upgraded without excessive support burden. Customers are no longer buying isolated demonstration radars; they are buying fleets of integrated systems with spares, manuals, training, software baselines, and sustainment arrangements.
France’s order also places local industrial participation into the centre of the system. Scania France’s V3P chassis and SPAD activity in Angers give the programme a domestic vehicle-integration element, while Saab supplies the radar technology. That structure follows a wider European pattern in which governments buy proven sensors while anchoring platform work, support, or integration closer to home.
The production environment around radar systems is becoming more demanding. Collins’ expansion of Florida radar production showed how RF components, digital receivers, processors, power supplies, cooling, calibration, testing, and skilled labour now sit at the centre of sensor output. The French Giraffe order sits in the same industrial landscape. Radar capability is no longer judged only by detection range; software updateability, multi-mission processing, spectrum discipline, and delivery capacity are becoming equally important.
European air defence procurement has been reshaped by the war in Ukraine. Forces, infrastructure, logistics nodes, and command sites all need protection against small drones and saturation threats. A mobile radar layer gives commanders more options for detecting low, slow, and small targets before they reach defended assets. It also supports integration with effectors, jammers, command posts, and wider air-picture networks.
The value of that integration depends on interfaces. Radar data has to move quickly to operators and effectors, while vehicle-mounted systems need secure communications, low-latency exchange, usable human-machine interfaces, and software architectures that can absorb threat-library updates. These requirements move the industrial centre of gravity from hardware alone towards hardware-software integration.
Deliveries due between 2026 and 2027 leave limited room for coordination failure. Saab and Scania France will need to align radar production, chassis availability, vehicle modification, acceptance testing, documentation, and training. For the French Armed Forces, fielding the systems quickly will have to be balanced against the need for a supportable configuration across all delivered vehicles.
The order points to a maturing counter-UAS market. Compact radars, rugged vehicles, software-defined processing, and integration services are moving from niche requirements into mainstream procurement. France’s Giraffe 1X programme adds another European example of air defence being rebuilt through deployable sensor packages rather than static infrastructure alone.
