EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (MK 34)

Slides:



Advertisements
Similar presentations
CASE STUDIES BP3IP - JAKARTA BRIDGE TEAM MANAGEMENT.
Advertisements

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (MK 86)
SABOT Standardized Auxiliary Boat Operations Training Ninth District - Eastern Region COMO. Lew Wargo, Sr. CQEC-9ER 03 APR 2015 MOB-PIW.
Helicopter Safety for SAR Operations. Helicopter Rescue Checklist, Before you Call Before you consider using a helicopter for a rescue: Have we cross-trained.
Crane Operations Objective
DEMONSTRATE BASIC COMBAT RIFLE MARKSMANSHIP SKILLS 1.
Naval Weapons Systems. We Know: How the target is detected, How the target is tracked, How the weapon is launched, How the weapon is propelled, How the.
Bridge Procedures Ref: STCW 95 – Pg 140 on.
Lesson 15B: Storm Avoidance.  AGENDA: –Storm Avoidance –Weather Reporting –Weather Prediction  Applicable reading: Hobbs WB, App A.
Flying the SAR Mission LTC Edmund H. Smith, Jr. CAP FL051.
1CUL.PPT Last Revised: 10 June 2005 The Role of the Communications Unit Leader Developed as part of the National Emergency Services Curriculum Project.
Position Lines and Fixes
CIVIL AIR SEARCH AND RESCUE ASSOCIATION
Navigation Systems The Ten most important steps for achieving a highly accurate fix for a Private Aid to Navigation. PART A. 1 Prepared by the Navigation.
Weapons and Range Safety. 2 Terminal Learning Objective Action: Recommend safety control measures for weapon handling in garrison and tactical environments.
Weapons and Range Safety
Sector Search Pattern HEY! I’M OVER HERE !!!. Characteristics: v Used in small search areas v There is a good starting point v Small search objects Sector.
SABOT Standardized Auxiliary Boat Operations Training Ninth District - Eastern Region COMO. Lew Wargo, Sr. DSO-OP/CQEC 15 April 2014 PILOTING & NAVIGATION.
Helicopter Safety for Field Operations
Advanced Piloting Course Chapter 5 Positioning Techniques
DUTIES AND RESPONSIBILITIES OF THE OFFICER IN CHARGE OF A NAVIGATIONAL WATCH STCW Code states that the Officer of the Watch (OOW) is the master's.
MATERIAL CONDTION OF READINIESS
1CUL.PPT Last Revised: 10 June 2003 The Role of the Communications Unit Leader Developed as part of the National Emergency Services Curriculum Project.
Combat Intelligence 1. General. Gathering information is one of the most important aspects of conducting patrolling operations. The following is a reminder.
Watchkeeping in Coastal Waters
Fire Control Naval Weapons Systems. We Know: How the target is detected, How the target is tracked, How the weapon is launched, How the weapon is propelled,
Air Operations Branch Director Course Safety Issues Part 1 U.S. AIR FORCE AUXILIARY U.S. AIR FORCE AUXILIARY.
To Share & To Absorb The Lessons Vessel Collision Incident Vessel Collision Incident Lecturer – Capt Cao jihui Aoxing Ship Management (Shanghai) Ltd.
GROUNDING INCIDENT PLOTTED AFT WSN-7 AND LOGGED FURUNO POSITIONS STARTING AT 1600Q FINAL Brief: Rev 1.0 QMCM(SW) FAHEY OPNAV N84N3.
Presented by Capt. N. Padhi, Safety & Quality Manager, MTM Ship Management Pte Ltd., Singapore.
SAFETY FOR TECHNICAL RESCUE NFPA 1670 Standard on Operations and Training for Technical Search and Rescue Incidents 2014 Edition.
 The patrol is moving along its route.  The Point person halts the patrol and gives the signal for a danger area.
Section D-5 Plotting and Labeling
Piloting Course Chapter 4 On-the-Water United States Power Squadrons ®
CANADIAN COAST GUARD AUXILIARY - PACIFIC COORDINATION OF MULTIPLE SURFACE UNITS CANADIAN COAST GUARD AUXILIARY - PACIFIC February 2012.
Surface Rescue Swimmer Course
EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Pre-Arrival Brief (Mk 34)
MLE Boarding Procedures Oct Objectives Unit A 1.STATE the external inspection procedures including: approach techniques and external inspection.
Institute for Criminal Justice Studies SPECIAL OPERATIONS SPECIAL OPERATIONS TACTICS “Clearing a Room” ©This TCLEOSE approved Crime Prevention Curriculum.
EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Pre-Arrival Brief (MOD 11)
WEAPONS SAFETY.
EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Dual Ship Qualification Plan.
TEAM SHOOTING OVERVIEW Team composition Organization on the firing line Coaches attributes, duties and responsibilities Team captain responsibilities.
Navigation Systems The Ten most important steps for achieving a highly accurate fix for a Private Aid to Navigation. PART A. 1 Prepared by the Navigation.
A ship’s organization is set up to NS3 Naval Skills Shipboard Organization Unit 2 Chapter 1.
Volunteer Response To After School Incidents Or Offsite Incidents.
PERFORM THE TASKS AND FULFILL THE RESPONSIBILITIES OF RANGE PERSONNEL PO/EO: REF.: B-GL /TS-000, TRAINING SAFETY.
Rating as defined on STCW Code, means a member of the ship's crew
CASE #3: Floating Away The Situation: While entering New York Harbor, several boxes of rubber ducks fell off their cargo ship. Using the data provided,
Track-While-Scan (TWS)
Mission Aircrew Course Search Planning and Coverage
PORT ROYAL (CG 73) GROUNDING
Field Inventory Services-Sanofi Inventory and Audit Training
Dual Ship Qualification Plan
Pre-Arrival Brief (Mk 34)
Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (MK 34)
Lesson 6 Technology Maturation and Risk Reduction Exercise Team #
FIREFIGHT SOP.
DEMONSTRATE WEAPONS CARRIES WITH A SERVICE RIFLE
Enhanced Licensed to carry a concealed handgun
Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (Mod 11)
Lessons Learned -- Morehead City LT Hagee 02 May 00
Race Management for On Water Volunteers
SAFE WORK INSTRUCTIONS
Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (Mod 11)
Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (Mod 11)
Helicopter Safety for SAR Operations
Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (Mod 11)
RYA Instructor Conference South Africa 2019
Kodiak, Alaska Community Presentation 26 March 2019
Presentation transcript:

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Integrated Maritime Portable Acoustic Scoring & Simulation (IMPASS) System Live Firing Brief (MK 34)

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Complete NSFS certification (FIREX) IAW FXP-5 (B) and the Surface Force Exercise Manual (SFEM) COMNAVPACINST/COMNAVLANTINST Mission Objective

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Environmental Regulatory Compliance Marine mammal/sea turtle lookouts will have completed the US Navy Marine Species Awareness Training Passive acoustic sonobuoys (3 DIFARS) will be deployed during the IMPASS buoy deployment (DIFARS dropped at buoy positions 2, 4 and 5) (See LOI for NCEA) If an animal is sighted or detected in, or moving towards, the buoy field, the exercise will be temporarily halted for minutes or until the animal has been visually observed to have cleared the buoy field If a marine mammal/sea turtle is detected within 70 yards of the engaged side, the event will be suspended until the animal has cleared 70 Yds

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Any injured sea turtle or marine mammal sighted during the exercise will be reported immediately via UNIT SITREP Naval vessels should avoid approaching any whale or sea turtle head on, and should maneuver to maintain at least 500 yds from any observed whale or sea turtle Environmental Regulatory Compliance

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Ship’s FIREX SOE Summary 1 Hour prior to Sunrise – Man Buoy Handling Team – Boat Crew Manned/Starboard CHT secured prior to buoy deployment First light/Comms & GPS Established – Deploy Buoys (45 min) 3 NM from Buoy field – SPY up, conduct PAC fire (1 RDC Charge) At start position – Conduct first time check & commence Nav Nav Set – Report ready, conduct preliminary missions: – IMPASS Detection, determine BL&P vice HE – Trend Analysis (Calibrate gun to buoy field) – Trend Analysis Verification (Verify spots from trend analysis) Receive Pre-arranged area target grids for schedule of fires Ask any questions prior to start of FIREX Send second time check and required reports to set H-Hour and start event

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Buoy Deployment No-Go criteria – Sea state 3 or greater at time of deployment or forecast to be 3 or greater at time of recovery (CO Discretion) – Reduced visibility (CO Discretion) Optimum visibility allows ship to observe fall of shot – Lightning (OCE Discretion) Deployment/recovery will be suspended when lightning is observed

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Buoy deployment requires minutes from first position – RHIB Crew on Standby – Secure SPY while buoys are topside and remain in standby until ship is 3 miles from buoy field Drop buoys at pre-determined positions – Use ship’s NAV to drive ship to drop-off points –Buoys lowered from fantail and dropped on command from Bridge (Require communications directly with bridge and countdown to drop point) Buoy Deployment

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Drop buoys at pre-determined positions –Ship must maintain a steady course through the buoy drop point at 4-5 knots for optimum buoy deployment and to provide good opening speed once buoy is deployed – Ship MUST not back down, twist or turn until buoy is clear –IMPASS team member on fantail will indicate when buoy is clear and ship is safe to maneuver –Upon completion of buoy field deployment, TEAM IMPASS will provide recommended position for ship to start first firing run Buoy Deployment

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC 800m Pentagon pattern with each side approx 1000m (~1.6 km across field) Center Buoy 800m south of Northern Buoy (Center of Field) DIFAR 4 5 Buoy Deployment

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Ships track will normally be a North / South course, the platform will shoot from the East to the West maintaining a firing range of 10K-14K yds from the center of the buoy field 12 DIFAR Buoy Deployment

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Initial Ballistic Computation and Velocimeter set up IBC procedures are contained in: ―SW300-BD-ORD-010/(U): Preparation, Analysis and Predicted Accuracy of Naval Gunnery IBC manually computed based on current data, Delta corrections computed from Smooth Log, PAC/Shoot IV data base for type of round/powder AUR # (all up round number) to be shot Manually enter computed IBC data at GMCP Velocimeter for surface gunnery is in MANUAL operation, NEVER IN AUTOMATIC due to spot pyramiding effect

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Conduct of Exercise Altitude will be called in as normal for fire missions but WILL NOT be entered into fire control system IMPASS team will provide QM’s with a buoy contact log sheet for tracking buoys during the event Updated buoy position will be logged approximately every 45 minutes as follows: - Ship’s Bridge Navigation team will receive GPS bearing and range updates from IMPASS team Contact log sheet to be returned to IMPASS Team leader upon completion of event

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Exercise Requirements Dummy circuit with speaker on bridge Handheld radios (2) Reduced Charge and Illumination Rounds Float coats (5) for buoy deployment team Round count by NALC and nomenclature with number of rounds fired per mount upon completion of event

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC FIREX Requirements As of 01 October 2005, the FIREX consists of the following 6 missions: Area Target Danger Close Countermech Series SEAD Refire Coordinated Illumination Observed Areas: Reduced Charge Checkfiring Grid/Polar/Shift

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Ref: DTG Z FEB 09 MK 34 MOD 0 GUN WEAPON SYSTEM TECH ADVISORY NAVSURFWARCEN PORT HUENEME DIV DET LOUISVILLE Addresses special procedures for safely conducting Coordinated Illumination missions for all L001 program loads (DDG-78 and below) The Technical Advisory was discussed during the NSFS COI NSFS Team members are required to be proficient with all associated equipment to include any WFIPS/Tech Advisories/TAC Memos Technical Advisory 09-01

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Loss of Buoy Comms/GPS Suspend FIREX event if Comms/GPS position is lost and IMMEDIATELY RECOVER the buoy (OCE Discretion) ― Plot Estimated Position (EP) on NAV chart ― Drive ship through last known position to EP ―Conduct expanding square search (500 yard expansion) at EP if buoy not located ― Buoys are equipped with strobe lights and a radar reflector Contact CNSL SDO if search interrupts FIREX CNSL will be notified if unable to recover all buoys. CO will make recommendation to continue or suspend search

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Retrieval Procedures Break off from FIREX and begin buoy recovery with 2 hours of good visibility/2 hours prior to sunset (Sea State 3) – Secure SPY prior to closing within 3 miles of buoy field – IMPASS team provides range and bearing to each buoy – Recommend 2 RHIBs to expedite buoy recovery – 3 personnel required to lift buoy into RHIB and disassemble – Maximum 3 buoys per RHIB due to weight of buoys and to prevent damage to buoys – Buoys unloaded from RHIB at the rail or after RHIB has been recovered and in the skids – Buoys disassembled, cleaned (fresh water source and rags required), and system repacked and secured by buoy handling team – Total time: Maximum 2 hours

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Lessons Learned Average starting time for FIREX is due to Pre-FIREX requirements: – Repositioning – Locking down the chart – Pac Fires – IMPASS Calibration – Trend Analysis/Trend Analysis Verification Ensure Gun Weapon System Suite is properly configured Same powder lots should be used throughout the FIREX Buoys can be tracked by radar out to 7 NMs Buoys can be seen at 1,000 yards – Coach lookouts with GPS/radar bearing and range – Look under horizon for vertical mast – Small boat has better height of eye

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC Executive Overview OBJECTIVES  FIREX CERTIFICATION GO/NO-GO CRITERIA  MARINE MAMMALS/SEA TURTLE  WEATHER/LIGHTNING (DEPLOY/RECOVERY)  EQUIPMENT (SHIP/GFCS/RHIB)  RANGE FOULERS DAY OF EVENT SOE  SECURITE CALLS (EARLY/OFTEN)  BEGIN 1 HRS PRIOR TO SUNRISE  ESTABLISH COMMS WITH BUOYS  LAUNCH BUOYS (45 MIN)  PAC FIRE ENROUTE TO FSA (1 RDC POWDER)  IMPASS DETECTION (5 RNDS)  TREND ANALYSIS/VERIFICATION (5 -10 RNDS)  COMMENCE FIREX  SPY DOWN WITHIN 3NM OF BUOY FIELD  RECOVERY BUOYS/WASH/STOW  FEEDBACK TO TEAM REQUIREMENTS  MARINE MAMMAL TRAINING  TOP SIDE/FLIGHT DECK LIGHTING  HANGER DOORS OPEN (IF APPLICABLE)  SPY DOWN WITHIN 3 NM OF BUOY FIELD  RADIO COMMS FROM BRIDGE TO FANTAIL  10 MAN BUOY TEAM (LAUNCH/RECOVERY)  1 XBT, 3 DIFAR BUOYS  5 FLOAT COATS  SECURE STBD CHT DURING BUOY LAUNCH  DUMMY CKT ON BRIDGE

EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC QUESTIONS? EXPEDITIONARY WARFARE TRAINING GROUP, ATLANTIC