Item Specifications and Equipment Delivery Information.pdf

ITEM SPECIFICATIONS & EQUIPMENT DELIVERY INFORMATION

HYDROGRAPHIC SURVEY EQUIPMENT, INSTALLATION, AND TRAINING SERVICES

1. REQUIREMENT

The base equipment contract, with three option deliverables, divides the hydrographic survey equipment acquisition into procurement, installation, and training phases by boat. For each of the 10 different USACE survey vessels, the contractor will provide and install required hydrographic survey system equipment. Once installation and training is completed for each vessel, the Government may exercise an option for the Multibeam installation and training for each vessel specified under CLIN 0004.

2. DELIVERY

The contractor will provide all personnel (management, supervision, training staff, manpower), equipment, materials, and training content necessary. The contractor shall complete the acquisition, installation, and training, for each boat, no later than 90 calendar days after the date the contractor receives the notification to proceed from the Contracting Officer on each selected vessel. If requested, the KO may review circumstances leading to time delays and award extra time beyond the 90 day requirement if they find the modification to be in the best interests of USACE.

3. ANTICIPATED DELIVERY REQUIREMENTS

(Further described in section 17)

• CLIN 0001- deliver 90 days after award o 3 - 4 vessels completed

• CLIN 0002 – deliver 90 days after exercise of option o 4 – 6 vessels completed

• CLIN 0003 – deliver 90 days after exercise of option o 0 – 2 vessels completed

• CLIN 0004 – deliver 90 days after exercise of option o 0 – 2 vessels completed

Requirement Standard Method of

Surveillance Performance Threshold

Equipment Purchase

All equipment will be acquired before installation begins.

Inspection by COR Full payment shall be made for 100% compliance with contract requirements.

Installation All equipment will be brought on board the vessel, installed, offsets measured, software set up, vessel calibrated, and complete set-up field tested.

Inspection by COR Full payment shall be made for 100% compliance with contract requirements.

Training

A minimum of three days of training is required for each vessel.

Inspection by COR Full payment shall be made for 100% compliance with

Multibeam

(option)

All equipment will be brought on board the vessel, installed, offsets measured, software set up, vessel calibrated, and complete set-up field tested.

Inspection by COR Full payment shall be made for 100% compliance with

4. PLACE OF PERFORMANCE

Vessels are located at offices in Port Arthur, Galveston, Corpus Christi, and Port Isabel; Texas, United States, at the following addresses:

• Port Arthur Resident Office 201 Pleasure Pier Road, Port Arthur Texas, 77640

• Galveston District Office

2000 Fort Point Road Galveston, TX 77550

• Corpus Christi Resident Office

1920 N Chaparral Street Corpus Christi, TX 78401-1114

• Rio Grande Valley Resident Office

252 Industrial Drive Ste A Port Isabel, TX 78578-373

5. VESSEL SPECIFICATIONS:

# VESSEL Length Beam Draft Location

1 Turpin 26 8 2’6” Port Arthur 2 PA4 Replacement 30’ 10’ 2’6” Port Arthur 3 Tanner II 48’ 16’ 5’ Galveston 4 De La Hunt 38’ 12’ 3’ Galveston 5 NO1 Replacement 30’ 10’ 2’6” Galveston 6 Vannoy 38’ 12’ 3’ Corpus Christi 7 Tejeda 52’ 14’ 4’6” Corpus Christi 8 CCO1 Replacement 30’ 10’ 2’6” Corpus Christi 9 RGV01 25’11” 8’ 2’6” Port Isabel 10 Old NO1 Refurbished 25’ 8’ 2’6” Galveston

6. QUALITY ASSURANCE

All work shall be done by a suitable, experienced, and qualified contractor, having trained and competent personnel adequate for the requirement. After installing all of the hydrographic survey equipment, it must undergo inspection and approval by the Contracting Officers Representative (COR).

7. EQUIPMENT ACQUISITION SERVICES REQUIRED

The contractor is responsible for procurement of all specified equipment.

Required Brand Name Equipment:

A. Applanix POS MV 5 and IMU or newest equivalent model. - GNSS aided inertial navigation system the records latitude, longitude, altitude, roll, pitch, heading and heave, as well as all associated performance metrics. Ability to log raw GNSS and Inertial observables for later processing in POSPac MMS or equivalent software program. Roll, pitch, heading and heave must be essentially unaffected by a 1 minute GNSS outage. System must have ability to integrate RTK solution. GNSS Antennas are L1, L2, and L5 capable.

Must achieve heading, roll, and pitch data accuracy to better than, or equal to, 0.03°with a 2m antenna baseline, and heave accuracy to 2cm or 2% for periods of ≤35s. Equipment must be able to sustain temperature ranges up to 130 degrees and the shock and vibration associated with trailered vessels. The IMU should have a titanium housing, or equivalent, for mounting above decks or submersed under water.

a. POS MV 5 and IMU or newer version.

b. Wavemaster II IP68 or newer version. Rack mounted PCS units on vessels over 30’ and Small Form

Factor PCS units for the vessels under 30’.

c. IMU IP68 or newer version. Waterproof housing required.

d. Spare cables with meet the length requirements of the vessel not to exceed 20m.

e. Spare antennas will be the same make and model as the others that come with the system.

B. YSI Castaway CTD or newest equivalent model. - Require a lightweight conductivity, temperature, and depth profiler. Must have integrated GPS to stamp each cast with time and location. Bluetooth compatible, and should export to Hypack data output format. Equipment must be able to sustain temperature ranges up to 130 degrees and depths to 50m. Minimum sound speed resolution should be to

0.01 m/s and have an accuracy of ± 0.15 m/s or better.

C. R2 Sonic 2024 or newest equivalent model. - Require a high resolution shallow water multibeam echo sounder system with integrated IMU in the 100-500kHz range. Swath width should be 160 degrees, or greater, have 1024 soundings per ping, and have a possible ping rate of 60 Hz. Beamwidth should be 1° by 2° at 200kHz, or better, and have equidistant and equiangle modes. Equipment must be able to sustain temperature ranges up to 130 degrees and the shock and vibration associated with trailered vessels.

D. Teledyne Odom E20 or newest equivalent model - Require a portable, shock-proof, water resistant, compact, and robust echosounder with an operating frequency between 10-250kHz per channel with a max ping rate of at least 50 pings/s. Must be compatible with a broad range of transducers. Desired accuracy ranges are 1cm +/-0.1% of depth at 200kHz 10cm +/-0.1% of depth at 33kHz.

E. USM – Universal Sonar Mount or newest equivalent design – 1 Expeditionary Kit, Universal Sonar Mount –

The rest should be the OTS Standard Package – with a Hinge Plate and Z pole.

a. Need several over the side sonar mounts with a 7ft minimum pole length (pole length will change based on platform size) and a hinge plate that allows the pole and sonar to be recovered inboard of the gunnel and stowed when not in use while maintaining calibration. The pole should be able to be locked into place in a way that is reproducible so that offset only ever need to be measured once. The pole mount system would ideally have a shear block for breakaway action should the sonar make contact with the seafloor. There should be a mechanical drive or mechanism that allows the pole to be rotated out of the water with minimal effort.

b. Need one vessel of opportunity mount with a 7ft minimum pole length. The pole should be able to be locked into place in a way that is reproducible so that offset only ever need to be measured once. The mount base should be able to be clamped onto the side of the vessel. The kit should fit into Pelican cases making it possible to ship the equipment. The kit should include an IMU/motion sensor plate, and a pole bar to place GPS antennas.

Other Required Equipment:

For the following required equipment list the contractor will decide which brand and model of equipment best fits the requirement. A brand name system, or model type, has not been identified.

A. MBES and SSS combined system like the Edgetech 6205s. Require a wide swath fully integrated swath bathymetry and dual frequency side scan sonar system that produces real time, high resolution, side scan imagery and three-dimensional maps of the seafloor. Should have an integrated sound velocity sensor and can have integrated IMU as long as it can achieve a 0.03°, or better, accuracy for heading, roll, and pitch data. Must meet or exceed IHO SP-44, NOAA, and USACE specifications for Feature Detection and Bathymetric Point Data Uncertainty. Compatible with the Hypack software suite. Multibeam sonar will have equidistant and equiangle modes and a frequency range between 200-300kHz. The swath width should be 8 to 16 times sonar altitude. Single beam sonar should have a frequency range between 200- 600kHz. The swath width should be 8 to 16 times sonar altitude. The system will be pole mounted on a USM or custom made pole mount kit. And adapter flange may be required.

B. Sound Velocity Probe to be mounted at transducer head like the Valeport SVP mini. Require an SVP suited to small boat applications in shallow water. Must be suitable for rapid profiling or for continuous measurement at a fixed point. Minimum sound speed resolution should be to 0.01 m/s and have an accuracy of ± 0.15 m/s or better. Able to be pole mounted in support of systems such as R2 Sonic 2024 and the Edgetech 6205s.

C. Single beam dual frequency sonar like the Airmar SES-A563-Broadband Transducer (130-210 kHz and 25-

45 kHz). Dual frequency single beam transducer should have 8°, or narrower, beam at high frequency (need 200 kHz) and a 20°, or narrower, beam at low frequency (need 40 kHz). Can be hull or pole mounted.

D. Hydrographic Survey Platform – Rack mounted computer capable of handling data from the Applanix POS

MV 5 system as well as data from multibeam, single beam, and side scan sonar systems.

Something like a LEV-019i rackmount (3.0U), with i7 6700 CPU, 32 GB DDR4 RAM, 2 x 1 TB SSD in RAID 1, 2 x 500 GB SSD in RAID 1, 8 USB 3.0 ports, 100-230 AC, Minimum 3 Serial ports, 6 GB Video cars with 4 independent outputs, Win10 Pro 64, Wireless network card, 3 x 10/100/1000 network ports, DVD (optional), Keyboard & Mouse.

E. RTK Hydrographic Survey Platform – NTRIP, Ethernet connection – Basic stand-alone system designed to connect to the internet and stream the RTK corrections from the VRS service to the survey platform to keep the main survey computer separate. Can be a laptop or small device.

8. INSTALLATION SERVICES REQUIRED.

The equipment for the hydrographic survey vessels is to be installed completely, measured, tested, calibrated, and ready for survey use upon delivery. The includes removing existing equipment, installing antennas, running cables, measuring offsets, and inputting parameters into required software such as Hypack and

Applanix POS View.

A. Vessel Survey Reports (VSRs) – After the integration of several components in the system (e.g., antennas, motion sensors, and transducer arrays) on each vessel a VSR must be created and submitted. The VSR must include the following information:

a. Origin of survey reference frame

The origin of the survey reference frame should be a permanent, physical location on the hull or other fixed location. Many vessels employ an etched plate specifically designated as the origin of the vessel reference frame. It must be accessible for follow-up surveys and absolutely unambiguous; ideally, for ease of reference, the origin is not ‘in air’ or underwater. The origin can be co-located with that of the MBES reference frame at a specific sensor, such as a manufacturer-designated survey target on a motion sensor housing.

b. Axes of survey reference frame

The survey report must clearly describe the three major axes (alongship, athwartship, and vertical) using common axis labels (e.g., X, Y, and Z). If the survey is conducted in a reference frame that is not aligned with the major axes of the hull, the final report must transform the results into a vessel-based reference frame. Linear offsets must be clearly reported using these major alongship, athwartship, and vertical axes. Likewise, regardless of the reference frame(s) used for survey calculations, all angular offsets must be clearly reported as rotations about these major alongship, athwartship, and vertical axes. The survey results must be reported in one consistent reference frame.

c. Sign conventions of survey results

The sign conventions must be clearly described for the three major positive axes (+X, +Y, and +Z) and the rotations about these axes (+Roll about the alongship axis, +Pitch about the athwartship axis, and +Heading about the vertical axis). All linear and angular offset results must be reported using consistent sign conventions, such as the manufacturer conventions.

d. Images of surveyed points and sensors

The survey report must include images of the surveyed items with clear indications of which features and targets were measured. These images are instrumental in helping readers to interpret the results (e.g., configuring antenna phase center height from measurements on the antenna base) as well as aiding future surveyors in identifying benchmarks to re-establish the vessel frame.

Images in the report should be included at appropriate levels of detail that will help readers unfamiliar with the vessel grasp the general layout as well as the detailed orientations of sensors.

In all cases, the images must include notation on the viewer’s orientation relative to the vessel (e.g., ‘looking aft’). A complete report will include ‘overview’ schematics of general locations for areas of survey activity (e.g., indicating the approximate locations for antennas, motion sensors, and transducers) as well as detailed diagrams and images (e.g., schematics of a transducer gondola and pictures of the survey targets on each transducer).

e. Sigma / standard deviation or uncertainty of survey results The survey report must include descriptions of the estimated uncertainty or maximum potential error in the final results. Ideally, the total propagated uncertainty is calculated and presented for each offset. Copies of relevant instrument calibration certificates should be included in all reports.

Manufacturers of all multibeam echosounders and positioning / attitude systems should provide guidance for the maximum allowable uncertainty in surveying their linear and angular offsets.

Survey results exceeding these thresholds may compromise the bathymetric data on a fundamental level. In this case, additional measurements must be taken to satisfy the manufacturer’s uncertainty requirements and the updated results must be presented in the final report.

f. Second review (name and signature) before submission.

The end goal of the second review is to rectify potential errors ahead of delivery to the client. At a minimum, errors identified by the client will require a revised report; errors not caught by the client may be carried into the mapping system configuration and seriously compromise data quality.

g. In addition to these elements, the VSR should include a simplified table of results that can be applied directly to MBES, SBES, or SSS configuration.

B. Wiring Diagram - For each completed vessel the contractor shall provide a wiring diagram that gives users IP addresses and a general layout of the specific configuration.

a. Configuration Report - For each completed vessel the contractor shall provide screen grabs, compiled in a document that gives the user tab by tab guidance on what settings need to be inputted in case the computer crashes or software fails.

9. TRAINING SERVICES REQUIRED

All training must be provided by the contractor.

a. Length of training. Upon completion of each vessel, and the activation of each training option, the contractor will train the survey staff assigned to that office location. The number of staff members could range from 1 to 20 people. The skill sets may range from beginner to advanced users and will need to be flexible to accommodate all levels. The training will be no less than 3 days depending on the complexity of the systems and the user’s ability to understand the training content.

b. Training Documents – For each training module (Hypack, Applanix, Castaway, etc.) the contractor will provide a USACE specific SOP that gives users guidance on software operation and best practices.

10. SECURITY REGULATIONS

The Galveston District Office has security regulations regarding foreign nationals allowed on base. If they are not a US citizen and they need to come on to the property, they will need to notify the COR and the Hydrographic Survey Chief of the requirement, at least 40 days in advance, so that the appropriate paperwork can be in place before the intended visit(s).

11. REMOVAL FROM DUTY

The COR may direct the contractor to immediately remove any contract employee(s) from the installation if he/she determines that individuals are being assigned to duty who are found to be unfit for performing their duties during the project. The contractor shall initiate immediate action to replace such an employee to maintain continuity of services at no additional cost to the Government or loss of service. For clarification, a determination of fitness may be made from, but not limited to, incidents involving the most immediately identifiable types of misconduct or delinquency as listed below:

a. Neglect of duty, including unreasonable delays or failure to carry out assigned tasks, conducting personal affairs during official time, and refusing to cooperate in upholding the integrity of the installation.

b. Theft, vandalism, immoral conduct, or other criminal actions.

c. Disorderly conduct, use of abusive or offensive language, quarreling, intimidation by words or actions, or fighting. Also participation in disruptive activities which interfere with the normal and efficient operations of the government.

d. Selling, consuming, or being under the influence of intoxicants, drugs, or substances which produce similar effects.

e. Improper use of official authority or credentials.

f. Unauthorized use of government property.

12. SUPPLIES, MATERIALS, EQUIPMENT AND INSTRUCTIONS

Furnished by the Government. There will be no supplies or materials furnished by the government.

13. CONTRACTOR RESPONSIBILITIES

The contractor must perform the following requirements prior to starting work on the contract.

A. Contract Manager. The contractor shall provide the name, telephone number and address of the Contract

Manager, in writing, to the Contracting Officer within seven (7) workdays after award of the contract. The term "Contract Manager" means a person, designated in writing by the contractor, who has complete authority to act for the contractor during the term of the contract. The contract manager shall have the authority to accept and respond to all notices of deductions, inspection reports and all other correspondence on behalf of the contractor.

B. Changes to the Contract Manager position throughout the contract period require a letter to the Contracting Officer with qualifications within seven (7) workdays after designation. The Contract Manager shall also meet with the COR as described in the contract (Section H, para. 6) and provide formal reports of actions taken using the Contractor Discrepancy Report (CDR).

Also demonstrate familiarity with the specific performance requirements listed in Section H, para 7, and the Service Delivery Summary listed in Section J, Attachment 6. The Contract Manager position is not an on-site position. This individual designated by the contractor, will be available by phone for immediate notification if necessary, to clarify issues or take action on the contract.

C. Supervisor. The contractor shall provide the name, telephone number(s), and address of the supervisor, in writing, to the Contracting Officer's Representative (COR) within seven (7) workdays after award of the contract. The supervisor is designated in writing by the contractor and shall be responsible for coordinating with and updating the Chief of the Hydrographic Survey Section in Galveston District on acquisition, installation, and training progress, managing the day-to-day activities of the installation team, and ensuring all timelines and requirements are met. Changes in supervisors must be in writing to the Contracting Officer prior to selection or start.

D. Personnel Availability. The contractor shall ensure that the installation and training personnel are available to perform the contract requirements. If a team member neglects to show up for duty, the contractor shall have an alternate plan to cover the required shifts with qualified personnel within four (4) hours of notification. The actions of the contractor in each case will document in writing and sent to the Contracting Officer within seven (7) workdays. The contractor will assume full responsibility for any act performed by his/her employees.

E. Quality Control (QC) Plan. Develop a general QC plan that designates how the contractor plans to deal with contract issues that may arise. Meet with the contracting officer (or his representative) and the Chief of the Hydrographic Survey Section in Galveston District and review the total workload and become familiar with the general type of work to be performed.

14. WARRANTY

The contractor shall guarantee, under actual operating conditions and within one year after installation, that the offset measurements, installation, and software settings are correct. If error is found with any of these elements the contractor shall correct the error without charge to the Government. It is expected that the purchased equipment will carry manufacturer warranties for at least one year upon installation. In cases where the equipment manufacturer's advertised minimum guarantee is in excess of 1 year, it shall remain in force for its full period. If equipment is damaged by the contractor at any time prior to the completion of the contract period, new replacement parts shall be furnished and installed promptly at no additional cost to the Government.

15. INSPECTION AND ACCEPTANCE

USACE shall inspect the contractors' work for contract compliance, during and after completion of work. Final acceptance will be given once all testing has been completed. The contractor shall not be paid for any work until work on the assigned vessel is complete. NOTE: Contractor shall not perform any work outside the PWS without prior approval from the Contracting Officer.

16. INVOICING

An electronic copy of each invoice shall be submitted to Mrs. Erin Diurba at the U.S. Army Corps of Engineers at Erin.S.Diurba@usace.army.mil.

17. EQUIPMENT REQUIRED BY BOAT

Fiscal Year Budgets

Deliverable Vessel Installation Training Other Item Other Install

Other Train

FY20 CLIN 0001

Turpin X X X X X Tanner II X X X X X Vannoy X X X X X

RGV-01 X X X

FY21 CLIN 0002

PA-4 Replacement X X NO-1 Replacement X X CC-01 Replacement X X Old NO-1 Refurbishment X X X X X

FY22 CLIN 0003

De La Hunt X X X X X Tejeda X X X X X FY23 CLIN 0004 Anything Missed mailto:Erin.S.Diurba@usace.army.mil

A. TURPIN:

Located in Port Arthur. Anticipated award fiscal year 2020. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross fiscal years.

Turpin – Equipment Purchase

ITEM

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 Castaway CTD 1 Each 6 Odom E20 Echosounder Top Box 1 Each 7 40/200kHz Single Beam Transducer 1 Each 8 Hydrographic Survey Platform 1 Each 9 External Hard Drive 1 Each 10 RTK Capable (on the internet)

Hydrographic Survey Platform 1 Each

Turpin – Vessel Installation

ITEM

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Vendor Equip/Soft Installation and Offsets 1 Boat

Turpin – Training

NO

1 Vendor Equip/Soft Training 1 3 Day

- - - - - - - - - - - - - INTENTIONAL PAGE BREAK - - - - - - - - - - - ->

B. TANNER II

Located in Galveston. Anticipated award fiscal year 2020. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross fiscal years.

Tanner II – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 Castaway CTD 1 Each 6 Odom E20 Echosounder Top Box 1 Each 7 40/200kHz Single Beam Transducer 1 Each 8 Hydrographic Survey Platform 1 Each 9 External Hard Drive 1 Each 10 RTK Capable (on the internet)

Tanner II – Vessel Installation

NO

Tanner II – Training

NO

C. VANNOY

Located in Corpus Christi. Anticipated award fiscal year 2020. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt. A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross fiscal years.

Vannoy – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 Castaway CTD 1 Each 6 Odom E20 Echosounder Top Box 1 Each 7 40/200kHz Single Beam Transducer 1 Each 8 Hydrographic Survey Platform 1 Each 9 External Hard Drive 1 Each 10 RTK Capable (on the internet)

Vannoy – Vessel Installation

NO

Vannoy – Training

NO

D. RGV-01

Located in Port Isabel. Anticipated award fiscal year 2020. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross fiscal years.

RGV01 – Equipment Purchase

ITEM

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 TBD MB and SSS Transducer 1 Each 6 TBD Mini SVP if required for MB/SSS 1 Each 7 Castaway CTD 1 Each 8 Odom E20 Echosounder Top Box 1 Each 9 40/200kHz Single Beam Transducer 1 Each 10 USM Sonar Mount 1 Each 11 Hydrographic Survey Platform 1 Each 12 External Hard Drive 1 Each 13 RTK Capable (on the internet)

RGV01 – Vessel Installation

NO

RGV01 – Training

NO

E. NEW PA-4 REPLACEMENT VESSEL

Located in Port Arthur. Anticipated award fiscal year 2021. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross

New PA4 Replacement Vessel – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 TBD MB and SSS Transducer 1 Each 6 TBD Mini SVP if required for MB/SSS 1 Each 7 Castaway CTD 1 Each 8 Odom E20 Echosounder Top Box 1 Each 9 40/200kHz Single Beam Transducer 1 Each 10 USM Sonar Mount w/ Z pole & hinge plate 1 Each 11 Hydrographic Survey Platform 1 Each 12 External Hard Drive 1 Each 13 Survey Boat Monitors 3 Each 14 RTK Capable (on the internet)

New PA4 Replacement Vessel – Vessel Installation

NO

New PA4 Replacement Vessel – Training

NO

F. NEW NO-1 REPLACEMENT VESSEL

Located in Galveston. Anticipated award fiscal year 2021. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross

New NO1 Replacement Vessel – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 TBD MB and SSS Transducer 1 Each 6 TBD Mini SVP if required for MB/SSS 1 Each 7 Castaway CTD 1 Each 8 Odom E20 Echosounder Top Box 1 Each 9 40/200kHz Single Beam Transducer 1 Each 10 USM Sonar Mount w/ Z pole & hinge plate 1 Each 11 Hydrographic Survey Platform 1 Each 12 External Hard Drive 1 Each 13 Survey Boat Monitors 3 Each 14 RTK Capable (on the internet)

New NO1 Replacement Vessel – Vessel Installation

NO

New NO1 Replacement Vessel – Training

NO

G. NEW CC-01 REPLACEMENT VESSEL

Located in Corpus Christi. Anticipated award fiscal year 2021. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt. A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at

New CC01 Replacement Vessel – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 TBD MB and SSS Transducer 1 Each 6 TBD Mini SVP if required for MB/SSS 1 Each 7 Castaway CTD 1 Each 8 Odom E20 Echosounder Top Box 1 Each 9 40/200kHz Single Beam Transducer 1 Each 10 USM Sonar Mount 1 Each 11 Hydrographic Survey Platform 1 Each 12 External Hard Drive 1 Each 13 Survey Boat Monitors 3 Each 14 RTK Capable (on the internet)

New CC01 Replacement Vessel – Vessel Installation

NO

New CC01 Replacement Vessel – Training

NO

H. NO-1 REFURBISHED VESSEL

Located in Galveston. Anticipated award fiscal year 2021. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross

NO1 Refurbish – Optional Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 Castaway CTD 1 Each 6 Odom E20 Echosounder Top Box 1 Each 7 40/200kHz Single Beam Transducer 1 Each 9 Hydrographic Survey Platform 1 Each 10 External Hard Drive 1 Each 11 RTK Capable (on the internet)

NO1 Refurbish – Optional Vessel Installation

NO

NO1 Refurbish – Training

NO

NO1 Refurbish – Optional Purchase for MB2 Deployment

NO

1 USM Sonar Mount VOOP Kit w/ X Pole 1 Each

I. DE LA HUNT

Located in Galveston. Anticipated award fiscal year 2022. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt.

A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at the same time or at a later date, up to 12 months from the date of award since severable and non-severable services can cross

De La Hunt – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 Castaway CTD 1 Each 6 Odom E20 Echosounder Top Box 1 Each 7 40/200kHz Single Beam Transducer 1 Each 8 Hydrographic Survey Platform 1 Each 9 External Hard Drive 1 Each 10 RTK Capable (on the internet)

De La Hunt – Vessel Installation

NO

De La Hunt – Training

NO

J. TEJEDA

Located in Corpus Christi. Anticipated award fiscal year 2022. The listed equipment below will be purchased and received in its entirety before installation begins. The COR will inspect the order for completeness and pay. The equipment will be installed on the vessel within 30 days of the CORs inspection to verify receipt. A minimum of 3 days of training will be completed within two weeks after the CORs inspection and acceptance of the installed equipment. Options for this vessel may be exercised at

Tejeda – Equipment Purchase

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Applanix POS MV5 and IMU 1 Each 2 Spare Antenna Cable 1 Each 3 Spare Antenna 1 Each 4 Spare IMU Cable 1 Each 5 Castaway CTD 1 Each 6 Odom E20 Echosounder Top Box 1 Each 7 40/200kHz Single Beam Transducer 1 Each 8 Hydrographic Survey Platform 1 Each 9 External Hard Drive 1 Each 10 RTK Capable (on the internet)

Tejeda – Vessel Installation

NO

Tejeda – Training

NO

Turpin – Optional Multibeam Replacement

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 TBD Multibeam Sonar System 1 Each

2 TBD Spare Multibeam Cable 1 Each 3 TBD Mini SVP if required for MB/SSS 1 Each

Turpin – Optional Vessel Multibeam Installation

NO

Turpin – Optional Multibeam Training

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Vendor Equip/Soft Training 1 3 Day

Tanner II – Optional Multibeam Replacement

ITEM

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 TBD Multibeam Sonar System 1 Each

Tanner II – Optional Vessel Multibeam Installation

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Vendor Equip/Soft Installation and Offsets 1 Boat

Tanner II – Optional Multibeam Training

ITEM

NO

Vannoy – Optional Multibeam Replacement

NO

1 TBD Multibeam Sonar System 1 Each

Vannoy – Optional Vessel Multibeam Installation

NO

Vannoy – Optional Multibeam Training

NO

De La Hunt – Optional Multibeam Replacement

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 TBD Multibeam Sonar System 1 Each 2 TBD Spare Multibeam Cable 1 Each

4 USM Sonar Mount w/ Z pole & hinge plate 1 Each

De La Hunt – Optional Vessel Multibeam Installation

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 Vendor Equip/Soft Installation and Offsets 1 Boat

De La Hunt – Optional Multibeam Training

ITEM

NO

Tejeda – Optional Multibeam Replacement

NO

SUPPLIES/SERVICES QUANTITY UNIT

1 TBD Multibeam Sonar System 1 Each

4 USM Sonar Mount w/ Z pole & hinge plate 1 Each

Tejeda – Optional Vessel Multibeam Installation

NO

Tejeda – Optional Multibeam Training

NO

ITEM SPECIFICATIONS & EQUIPMENT DELIVERY INFORMATION