Exploring cost-effective, yet meticulous solutions to enhance future mortar capability
Defence IQ is delighted to announce the return of our annual Future Mortar Systems Conference. Building on the success of previous events in the series, our 2014 conference will provide a detailed insight into the front line experiences of mortar crews from a host of nations, coupled with a strategic and long-term viewpoint from senior military personnel. Future Mortar Systems Conference 2014 is a unique opportunity to learn from other military forces and share experiences and best practice techniques in a collaborative environment.
Key themes to be addressed at the Future Mortar Systems Conference 2014 include:
- Can increased emphasis on comprehensive simulation in mortar focused training be an effective substitute for live fire training? Is there a realistic solution available that can reduce the cost of live fire training to allow for a reduction in associated ammunition costs?
- The identification of a balance between the desire for precision guided mortar technology and the need for lower expenditures in a time of austerity. Are fire control systems a viable solution to increase accuracy and thus reduce ammunition costs?
- The increased emphasis on mortar mobility as a means to improve ‘shoot and scoot’ capability. What are the current and future mortar mobility demands facing armed forces? How can current platforms be adapted to meet such requirements?The emphasis on the digital battle space for increased communication, integration and proficiency.
Why you should attend Future Mortar Systems Conference 2014:
- Explore the potential for a cost –effective middle ground between simulation and live fire training that can avoid skill atrophy without being a financial burden.
- Discover how technological advances will change the future of mortar capability, including improving precision and reducing weight.
- Examine the rationale for greater integration of mortar systems into the digital battlespace, from the forward observer to fire control systems