The UK’s Blighter Surveillance Systems has launched the A800 3D unmanned aerial vehicle (UAV) detection radar, designed for land, air, and sea surveillance, according to a 24 September press release.

The A800’s main function is to “detect and locate commercial ‘hobby’ drones in 3D space. Its optimised air security mode provides a unique ability to search for low-slow-small (LSS) threats,” the press release states.

Mark Radford, the chief technology officer at Blighter, added that the system is designed for “multi-domain integration in military perimeter and border security protection and manoeuvre force missions” in a 24 September email to Janes .

He added that it is based on the battle-proven A400 2D air surveillance radar technology. The addition of a 3D detection capability, however, enables the user to gain information on the altitude of any detected UAVs, as well as its location in azimuth and range.

The radar generates a scanning cone that is 90° wide by 40° high, although high-flying targets can still be detected outside this scanning cone, according to the Blighter website.

The UK’s Blighter Surveillance Systems has launched the A800 3D unmanned aerial vehicle (UAV) detection radar, designed for land, air, and sea surveillance, according to a 24 September press release.

The A800’s main function is to “detect and locate commercial ‘hobby’ drones in 3D space. Its optimised air security mode provides a unique ability to search for low-slow-small (LSS) threats,” the press release states.

Mark Radford, the chief technology officer at Blighter, added that the system is designed for “multi-domain integration in military perimeter and border security protection and manoeuvre force missions” in a 24 September email to Janes .

He added that it is based on the battle-proven A400 2D air surveillance radar technology. The addition of a 3D detection capability, however, enables the user to gain information on the altitude of any detected UAVs, as well as its location in azimuth and range.

The radar generates a scanning cone that is 90° wide by 40° high, although high-flying targets can still be detected outside this scanning cone, according to the Blighter website.

The UK’s Blighter Surveillance Systems has launched the A800 3D unmanned aerial vehicle (UAV) detection radar, designed for land, air, and sea surveillance, according to a 24 September press release.

The A800’s main function is to “detect and locate commercial ‘hobby’ drones in 3D space. Its optimised air security mode provides a unique ability to search for low-slow-small (LSS) threats,” the press release states.

Mark Radford, the chief technology officer at Blighter, added that the system is designed for “multi-domain integration in military perimeter and border security protection and manoeuvre force missions” in a 24 September email to Janes .

He added that it is based on the battle-proven A400 2D air surveillance radar technology. The addition of a 3D detection capability, however, enables the user to gain information on the altitude of any detected UAVs, as well as its location in azimuth and range.

The radar generates a scanning cone that is 90° wide by 40° high, although high-flying targets can still be detected outside this scanning cone, according to the Blighter website.

The UK’s Blighter Surveillance Systems has launched the A800 3D unmanned aerial vehicle (UAV) detection radar, designed for land, air, and sea surveillance, according to a 24 September press release.

The A800’s main function is to “detect and locate commercial ‘hobby’ drones in 3D space. Its optimised air security mode provides a unique ability to search for low-slow-small (LSS) threats,” the press release states.

Mark Radford, the chief technology officer at Blighter, added that the system is designed for “multi-domain integration in military perimeter and border security protection and manoeuvre force missions” in a 24 September email to Janes .

He added that it is based on the battle-proven A400 2D air surveillance radar technology. The addition of a 3D detection capability, however, enables the user to gain information on the altitude of any detected UAVs, as well as its location in azimuth and range.

The radar generates a scanning cone that is 90° wide by 40° high, although high-flying targets can still be detected outside this scanning cone, according to the Blighter website.

The UK’s Blighter Surveillance Systems has launched the A800 3D unmanned aerial vehicle (UAV) detection radar, designed for land, air, and sea surveillance, according to a 24 September press release.

The A800’s main function is to “detect and locate commercial ‘hobby’ drones in 3D space. Its optimised air security mode provides a unique ability to search for low-slow-small (LSS) threats,” the press release states.

Mark Radford, the chief technology officer at Blighter, added that the system is designed for “multi-domain integration in military perimeter and border security protection and manoeuvre force missions” in a 24 September email to Janes .

He added that it is based on the battle-proven A400 2D air surveillance radar technology. The addition of a 3D detection capability, however, enables the user to gain information on the altitude of any detected UAVs, as well as its location in azimuth and range.

The radar generates a scanning cone that is 90° wide by 40° high, although high-flying targets can still be detected outside this scanning cone, according to the Blighter website.

The UK’s Blighter Surveillance Systems has launched the A800 3D unmanned aerial vehicle (UAV) detection radar, designed for land, air, and sea surveillance, according to a 24 September press release.

The A800’s main function is to “detect and locate commercial ‘hobby’ drones in 3D space. Its optimised air security mode provides a unique ability to search for low-slow-small (LSS) threats,” the press release states.

Mark Radford, the chief technology officer at Blighter, added that the system is designed for “multi-domain integration in military perimeter and border security protection and manoeuvre force missions” in a 24 September email to Janes .

He added that it is based on the battle-proven A400 2D air surveillance radar technology. The addition of a 3D detection capability, however, enables the user to gain information on the altitude of any detected UAVs, as well as its location in azimuth and range.

The radar generates a scanning cone that is 90° wide by 40° high, although high-flying targets can still be detected outside this scanning cone, according to the Blighter website.