MBDA is building a new generation of missile defense capabilities, built in part around a common missile.
Recently, the UK MoD announced the arrival of the Sea Ceptor for its frigates. he Sea Ceptor is a sea-based supersonic missile defence system developed by MBDA for the UK’s Royal Navy.
The Sea Ceptor is based on MBDA’s common anti-air modular missile (CAMM). CAMM is being developed in three versions – CAMM (M) for maritime, CAMM (L) for land and CAMM (A) for air defence. CAMM (M) is the first to be developed, in the form of the Sea Ceptor.
In a story published by the UK MoD on May 28, 2018, the focus was upon the Land Ceptor weapon system.
Trials of the new Land Ceptor weapon took place close to the Baltic Sea on a Swedish test fire range, with video footage showing a missile being launched from a vehicle and destroying an aerial target in a display of the new weapon’s accuracy and power.
Built by MBDA, Land Ceptor comprises the Common Anti-air Modular Missile (CAMM), a launcher vehicle and two fire unit support vehicles. It is being developed to protect British troops on operations from aerial threats, including hostile combat aircraft and air-launched munitions.
Defence Secretary Gavin Williamson said:
“In the face of intensifying threats, it is vital that our Armed Forces have the capabilities to keep Britain safe.
“Land Ceptor will be a formidable battlefield barrier, protecting our troops from strikes and enemy aircraft while on operations.”
Land Ceptor is highly mobile, can be rapidly deployed across challenging terrain, and be brought into action in less than 20 minutes.
From the same family of weapons systems as Sea Ceptor, which will defend the Royal Navy’s Type 23 and Type 26 Frigates, Land Ceptor will provide the stopping power within the cutting-edge Sky Sabre air defence system, and will equip 16th Regiment, Royal Artillery.
The success of the Land Ceptor trials follows the Defence Secretary’s recent announcement of Sea Ceptor entering service with the Royal Navy proves CAMM’s effectiveness both in the land and maritime environments.
The trial, which followed previous munitions tests, was the first time Land Ceptor had been test-fired as a whole system, including the cutting-edge SAAB Giraffe radar.
The development and manufacture of Land Ceptor is enabled through a £250 million contract between Defence Equipment and Support (DE&S) and MBDA. Work to develop both Land Ceptor and Sea Ceptor is sustaining 760 MBDA jobs in the UK.
DE&S Director Weapons, Richard Smart, said:
“This trials firing is an important stepping stone towards bringing Land Ceptor into service with the British Army as part of the wider Sky Sabre air defence system. Land Ceptor performed as expected and the firing has helped us to verify innovative modelling of overall system performance.
“The DE&S project team, based in Bristol, will continue to work closely with our suppliers to ensure this cutting-edge system provides an effective shield for UK troops as they, in turn, protect the UK’s security and interests.”
Land Ceptor has far greater battlefield awareness and intelligence than the current Rapier system as its engagement range is three times greater and the Giraffe radar and Rafael Battlespace Management Command, Control, Compute, Communicate and Inform (BMC4I) system within Sky Sabre will be able to observe incoming threats from seven times further away.
The missiles can be launched in quick succession to defeat as many as eight different threats at once, even if obstacles such as trees and terrain are in the way.
The system will now undergo further development and trials before Sky Sabre enters service, in the early 2020s.
The featured photo shows Land Ceptor completing it’s first successful firing trials. Crown copyright.