Sign up for our MCM Webinar
Join us on May 27 at 11:00 EDT (GMT -4) to learn how 2G is revolutionizing naval mine identification operations.
Naval Mine Countermeasures
Sea Mines are used by global navies as a means of area access and denial, preventing access for an amphibious landing, or disrupting commercial shipping lanes. As a result, all navies must maintain a mine countermeasures (MCM) capability to locate and dispose of the mine threat. Sea mines historically has been by far the biggest contributor to ship damage (14 USA ships since WW2, compared to 4 from air/missile/torpedo). Historically mine countermeasures has been executed with Mine Countermeasure Vehicles (MCMV’s) which are very expensive (non-magnetic, electric drives, degaussed). These vehicles use hull mounted sonar, or towed sonar to detect the mines. Mine are disposed of using mine sweeping (towed device) or the deployment of MCM divers.
2G Robotics offers an Optical MCM Identification payloads that enable navies to complete the remote identification of MLOs using existing UUV platforms. This payload consists of a high-resolution stills camera to gain an optical positive ID, and a laser scanner to gain a quantifiable understanding of the target.
Remote Mine Identification
Complete Situational Awareness
- 4K resolution enhanced images and quantifiable laser data for complete situational awareness. Direct laser measurements of mine targets to enhance image-based optical identification and localization.
High Operational Tempo
- Onboard, real-time light correction and undistortion for rapid download and post-mission analysis. Target reacquire using UUV assets to minimize sorties and increase operational tempo.
- Complete mine identification with submerged UUVs. Covert ID of multiple MLO’s in a single AUV mission with a vessel at standoff distance.
- Remote camera ID minimizes minefield diver deployments by reducing false positives from sonar detection.
- Payloads built for cost-efficient platforms reduce cost. Reduction of diver team and expensive maintenance of MCMVs.