Azerbaijan Develops Magic Beam 6000 Laser Vehicle to Counter Small Drones at Ranges Up to 1.5 km.

Azerbaijan has developed the mobile Magic Beam 6000 counter-drone system with a 6 kW laser and an engagement range of up to 1.5 km. The vehicle-mounted weapon gives ground forces an additional short-range option for physically disabling small UAVs without relying on missiles or conventional ammunition.

Mounted on a 4×4 vehicle, the MB-6000 combines a 6 kW directed-energy weapon with automatic target tracking, a daylight camera, and liquid cooling, and is designed to engage targets from 200 meters to 1.5 kilometers. The 3,500 kg vehicle is powered by a 215 hp engine and can reach 120 km/h, allowing the system to be repositioned with ground units or around fixed sites. Its role is focused on close-range counter-UAS protection, where it could complement electronic warfare systems and other kinetic effectors against small drones that require physical destruction.

Related Coverage: ADEX 2026 Official News Online and Web TV 

The Magic Beam 6000 mobile counter-drone laser system displayed at ADEX 2026 in Baku combines a 6 kW directed-energy weapon with automatic target tracking and an engagement range of up to 1.5 km. (Picture source: Army Recognition)

The MB-6000 uses a relatively compact architecture intended to preserve mobility. The laser module is installed on the roof of a vehicle measuring 5.85 meters long, 2.20 meters wide and 2.40 meters high, with a stated weight of 3,500 kg. Its 215 hp engine allows a maximum speed of 120 km/h. This combination enables the system to accompany ground units or be redeployed between several protected areas rather than remain tied to a fixed position.

The project forms part of a broader Azerbaijani defense industry effort in directed-energy weapons. Azerbaijan’s Ministry of Defense Industry already describes Magic Beam as a mobile laser system intended in particular to neutralize small drones and protect military units or critical infrastructure. On January 13, 2026, the Azerbaijani government also presented several developments of this type during the opening of the renovated Tartar Electromechanical Complex. The configuration documented at that time was rated at around 30 kW with a range of approximately 1,000 meters, distinguishing its characteristics from those of the MB-6000 displayed in Baku.

In its current configuration, the Magic Beam 6000 has a stated laser output of 6 kW. The system uses liquid cooling to manage the thermal constraints generated during laser operation, while a daylight camera supports visual acquisition. Target tracking is automatic. The maximum test distance is listed at 1.5 kilometers, matching the upper limit of the stated operational range.

These characteristics indicate a system intended for relatively short-range engagements rather than area air defense. A laser in this category must maintain energy on a vulnerable part of the drone for enough time to cause structural damage or disable a critical component. Unlike a missile or gun-launched munition, it does not rely on a stock of projectiles for each engagement, although its availability remains dependent on electrical power generation, cooling capacity and beam propagation conditions.

Actual range can also vary according to the target and environmental conditions. Fog, dust, rain or atmospheric turbulence can reduce the amount of energy reaching the target. The configuration displayed lists a daylight camera but does not document an integrated thermal channel. Independent nighttime operation would therefore require additional sensors if they are not incorporated elsewhere on the vehicle, while connection to external sensors could allow the laser to receive targeting data from radar or another surveillance system.

For ground units, the main operational value lies in the combination of mobility and potentially lower engagement cost. Mounted on a light vehicle, the MB-6000 can be moved with a unit, temporarily assigned to protect a command post or positioned around infrastructure. It could also complement electronic warfare systems when jamming is ineffective against an autonomous drone or when physical destruction of the target is required. Its 1.5 km range, however, means it would need to operate as part of a layered defense with other sensors and effectors able to detect and engage threats at longer distances.

The development of the Magic Beam 6000 comes as Azerbaijan seeks to broaden domestic production of unmanned systems and technologies designed to counter them. The Ministry of Defense Industry now includes counter-drone technologies among the areas being developed locally, while ADEX 2026 has provided greater visibility to national companies and institutions involved in the sector. For Baku, continued work on directed-energy weapons adds another layer to this industrial effort. If the MB-6000 progresses from demonstration and testing to operational use, it could provide Azerbaijani forces with an additional mobile effector against small drones while reducing, for some interceptions, dependence on missiles and conventional ammunition.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests include security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.