Flexible Mission Platform
The Flexible Mission Platform (FMP™) is a payload, mission, and platform agnostic system. FMP allows users to host the weapon, sensor, or other mission package of their choice from any vehicle, ship, container, or trailer.
FMP is designed with Moog’s globally respected, proven, military motion control technology and is available in both pedestal and yoke forms. Customers can choose optional features including integration of Moog’s high-performance stabilization, a slip ring for high-speed power and data transmission, and weapon stores management for missile firing capability.
Overview
Platform Features
- Customer designated payload and quantity
- Hinged reloading mechanism for safe and rapid missile replenishment
- Rapid “concept to production” lead time
- Suitable for land vehicles, trailers, containers, and surface ships
Platform Options
- Stabilization system for shoot on the move capability
- Multi-channel rotary joint for high speed data transfer
- Low inertia mechanical structures
- Covers for ingress protection
- Mast and sighting systems
- Vehicle display and control interfaces
MSPO 2024 FMP Feature
FMP at Eurosatory 2024
Specifications
Specification Requirement | Sample Specifications* |
Weight (without missile launchers) |
~ 350 Kg |
Power Supply | 28 Vdc Per MIL-STD-1275D |
Traverse Range | 360˚ continuous rotation (with optional slip ring) |
Typical Elevation Range | -10˚ to + 30˚ |
Speed Traverse | 1 rad/sec |
Acceleration Traverse | 1.7 rad/sec2 |
Speed Elevation | 0.5 rad/sec |
Acceleration Elevation | 3 rad/sec2 |
*For specifications on a particular configuration, please call.
Resources
Datasheets, Brochures and Catalogs
Infographics
Related Industries
Defense
Moog is recognized by military forces around the world for its industry-leading solutions, which include counter-unmanned aerial systems (C-UAS), fast ammunition handling, precise missile steering, weapon stores management, turreted weapon systems and quiet undersea actuation
Missile Systems
Moog provides precision steering controls for the missiles market through the application of industry leading products such as fin control actuation as well as divert and attitude control thruster valves.