DRS RADA Technologies developed the nMHR, a wide-band, X-band radar sensor, for highly mobile ground-based air-defence operations. (DRS RADA Technologies)

DRS RADA Technologies has developed a wide-band, X-band radar sensor called the nMHR (Next-generation Multi-Mission Hemispheric Radar) for highly mobile ground-based air-defence operations, Charlene Caputo, Business Development vice-president, told Janes.

“Traditionally DRS radars have operated in the S-band as this band offers an excellent balance of range and accuracy,” Caputo told Janes on 5 October during a briefing in advance of the Association of the United States Army (AUSA) 2023 symposium, which started on 9 October in Washington, DC.

“However, this band is being considered for worldwide re-allocation to commercial communications in support of 5G networks,” she said.

“DRS is proactively developing radars in diverse spectrums to mitigate the impactto training and operations, with our X-band radar being the first release,” she said. “These newer radars will share the same characteristic of being software-defined, 4D active electronically scanned array (AESA) radars that can support a variety of operational missions.”

DRS RADA Technologies developed the nMHR, a wide-band, X-band radar sensor, for highly mobile ground-based air-defence operations. (DRS RADA Technologies)

DRS RADA Technologies has developed a wide-band, X-band radar sensor called the nMHR (Next-generation Multi-Mission Hemispheric Radar) for highly mobile ground-based air-defence operations, Charlene Caputo, Business Development vice-president, told Janes.

“Traditionally DRS radars have operated in the S-band as this band offers an excellent balance of range and accuracy,” Caputo told Janes on 5 October during a briefing in advance of the Association of the United States Army (AUSA) 2023 symposium, which started on 9 October in Washington, DC.

“However, this band is being considered for worldwide re-allocation to commercial communications in support of 5G networks,” she said.

“DRS is proactively developing radars in diverse spectrums to mitigate the impactto training and operations, with our X-band radar being the first release,” she said. “These newer radars will share the same characteristic of being software-defined, 4D active electronically scanned array (AESA) radars that can support a variety of operational missions.”

DRS RADA Technologies developed the nMHR, a wide-band, X-band radar sensor, for highly mobile ground-based air-defence operations. (DRS RADA Technologies)

DRS RADA Technologies has developed a wide-band, X-band radar sensor called the nMHR (Next-generation Multi-Mission Hemispheric Radar) for highly mobile ground-based air-defence operations, Charlene Caputo, Business Development vice-president, told Janes.

“Traditionally DRS radars have operated in the S-band as this band offers an excellent balance of range and accuracy,” Caputo told Janes on 5 October during a briefing in advance of the Association of the United States Army (AUSA) 2023 symposium, which started on 9 October in Washington, DC.

“However, this band is being considered for worldwide re-allocation to commercial communications in support of 5G networks,” she said.

“DRS is proactively developing radars in diverse spectrums to mitigate the impactto training and operations, with our X-band radar being the first release,” she said. “These newer radars will share the same characteristic of being software-defined, 4D active electronically scanned array (AESA) radars that can support a variety of operational missions.”

DRS RADA Technologies developed the nMHR, a wide-band, X-band radar sensor, for highly mobile ground-based air-defence operations. (DRS RADA Technologies)

DRS RADA Technologies has developed a wide-band, X-band radar sensor called the nMHR (Next-generation Multi-Mission Hemispheric Radar) for highly mobile ground-based air-defence operations, Charlene Caputo, Business Development vice-president, told Janes.

“Traditionally DRS radars have operated in the S-band as this band offers an excellent balance of range and accuracy,” Caputo told Janes on 5 October during a briefing in advance of the Association of the United States Army (AUSA) 2023 symposium, which started on 9 October in Washington, DC.

“However, this band is being considered for worldwide re-allocation to commercial communications in support of 5G networks,” she said.

“DRS is proactively developing radars in diverse spectrums to mitigate the impactto training and operations, with our X-band radar being the first release,” she said. “These newer radars will share the same characteristic of being software-defined, 4D active electronically scanned array (AESA) radars that can support a variety of operational missions.”

DRS RADA Technologies developed the nMHR, a wide-band, X-band radar sensor, for highly mobile ground-based air-defence operations. (DRS RADA Technologies)

DRS RADA Technologies has developed a wide-band, X-band radar sensor called the nMHR (Next-generation Multi-Mission Hemispheric Radar) for highly mobile ground-based air-defence operations, Charlene Caputo, Business Development vice-president, told Janes.

“Traditionally DRS radars have operated in the S-band as this band offers an excellent balance of range and accuracy,” Caputo told Janes on 5 October during a briefing in advance of the Association of the United States Army (AUSA) 2023 symposium, which started on 9 October in Washington, DC.

“However, this band is being considered for worldwide re-allocation to commercial communications in support of 5G networks,” she said.

“DRS is proactively developing radars in diverse spectrums to mitigate the impactto training and operations, with our X-band radar being the first release,” she said. “These newer radars will share the same characteristic of being software-defined, 4D active electronically scanned array (AESA) radars that can support a variety of operational missions.”

DRS RADA Technologies developed the nMHR, a wide-band, X-band radar sensor, for highly mobile ground-based air-defence operations. (DRS RADA Technologies)

DRS RADA Technologies has developed a wide-band, X-band radar sensor called the nMHR (Next-generation Multi-Mission Hemispheric Radar) for highly mobile ground-based air-defence operations, Charlene Caputo, Business Development vice-president, told Janes.

“Traditionally DRS radars have operated in the S-band as this band offers an excellent balance of range and accuracy,” Caputo told Janes on 5 October during a briefing in advance of the Association of the United States Army (AUSA) 2023 symposium, which started on 9 October in Washington, DC.

“However, this band is being considered for worldwide re-allocation to commercial communications in support of 5G networks,” she said.

“DRS is proactively developing radars in diverse spectrums to mitigate the impactto training and operations, with our X-band radar being the first release,” she said. “These newer radars will share the same characteristic of being software-defined, 4D active electronically scanned array (AESA) radars that can support a variety of operational missions.”