General Atomic wins contract to further develop Long Range Manoeuvring Projectile
Products & Services
Military Unmanned Systems Handbook
Shephard Media
The Military Unmanned Systems Handbook (Digital Download) is an international guide to the military UV industry and provides detailed information on air, ground and sea (surface & sub-sea) vehicles as well as subsystems. What's included: Unencrypted 390+ page PDF of equipment and supplier information Market summary
Shephard Plus Update
Shephard Media
Shephard Plus is updating in June 2018 with rich new capabilities, and is now one of the most cost-effective and valuable aerospace and defence market intell...
Defence Insight
Shephard Media
Some of the things people like you use Defence Insight for:
- Total addressable market sizing ($)
- Competitor analysis
- Cost analysis
- Market forecasting
- Growth identification
- Increasing closing ratio
- Increasing closing order value
- Estimating product potential
- Calculating sales forecasting
- Supply and demand analysis
- Total addressable market sizing ($)
- Competitor analysis
- Cost analysis
- Market forecasting
- Growth identification
- Increasing closing ratio
- Increasing closing order value
- Estimating product potential
- Calculating sales forecasting
- Supply and demand analysis
Description
General Atomics Electromagnetic Systems (GA-EMS) has been awarded a contract from the US Navy to further develop its Long Range Manoeuvring Projectile (LRMP) common round, which is fired from standard 155mm artillery systems.
GA-EMS received the award via Advanced Technology International from the Naval Surface Technology Innovation Consortium Other Transaction Authority.
The contract will let the company mature and further demonstrate the LRMP prototype system and its ability to perform the Navy's Common Round offensive strike missions. It is a further step forward for a system which started as a private venture.
Related Articles
General Atomics' Long-Range Manoeuvring Projectile nears testing
The LRMP is designed to defeat static and moving targets at 120km and beyond, which the company describes as a “factor of four increase in range from conventional artillery systems beyond what is currently available today”.
It is scalable for use in all existing artillery systems, ensuring compatibility with legacy launchers, autoloaders and handling equipment, according toGA-EMS.
The sabots fall away from the LRMP and the wings extend once it is fired. It then starts to glide towards the target, with the terminal angle being 90° for maximum effect.
Mike Rucker,head of weapon programmes atGA-EMS, said the LRMP had been successfully tested to ensure survivability, performance and aerodynamics.
“We are in preparations for upcoming LRMP common round glide testing at Dugway Proving Grounds in Utah as part of the first contract task order,” Rucker remarked.
“Additional milestone testing and follow-on tasks will be completed throughout the contract's five-year period of performance to design, manufacture, assemble and test LRMP rounds for 150mm artillery systems as well as other platforms.”
GA-EMS received the award via Advanced Technology International from the Naval Surface Technology Innovation Consortium Other Transaction Authority.
The contract will let the company mature and further demonstrate the LRMP prototype system and its ability to perform the Navy's Common Round offensive strike missions. It is a further step forward for a system which started as a private venture.
Related Articles
General Atomics' Long-Range Manoeuvring Projectile nears testing
The LRMP is designed to defeat static and moving targets at 120km and beyond, which the company describes as a “factor of four increase in range from conventional artillery systems beyond what is currently available today”.
It is scalable for use in all existing artillery systems, ensuring compatibility with legacy launchers, autoloaders and handling equipment, according toGA-EMS.
The sabots fall away from the LRMP and the wings extend once it is fired. It then starts to glide towards the target, with the terminal angle being 90° for maximum effect.
Mike Rucker,head of weapon programmes atGA-EMS, said the LRMP had been successfully tested to ensure survivability, performance and aerodynamics.
“We are in preparations for upcoming LRMP common round glide testing at Dugway Proving Grounds in Utah as part of the first contract task order,” Rucker remarked.
“Additional milestone testing and follow-on tasks will be completed throughout the contract's five-year period of performance to design, manufacture, assemble and test LRMP rounds for 150mm artillery systems as well as other platforms.”
