1 Corporate Overview

a) Bidder Identification and Information Precision Communications, LLC Headquarters Address: 506 Industrial Road, Grove, OK 74344 Entity Organization: Limited Liability Corporation Precision Communications, LLC became organized to do business in the State of Ohio in Name Change: Precision Communications, Inc was organized to do business in Oklahoma in 1993, then changed to Precision Communications, LLC, and became organized to do business in Ohio in March of 2020.

b) Financial Statement Precision Communications, LLC is not a publicly held corporation. Our 2025 Financial Statement is included on the last page of this Section as Attachment I. Financials prepared by our accounting firm are available upon request

Precision Communications is a leading tower services firm located in Grove, Oklahoma.

Precision has been in business since 1993 and currently has 30 full time employees. Precision has a strong reputation for completing some of the largest and most challenging work in the broadcast industry. Precision is a full-service organization that specializes in lighting, structural, new construction, antenna and line, inspections, general maintenance, RF testing, and emergency service. Our crews work nationwide and support many of the largest broadcasters in the United States.

c) Change of Ownership

No change of ownership is anticipated in the next 12 months

d) OƯice Location 506 Industrial Road, Grove, OK 74344

e) Relationships with the State within past 3 years

1. PO# 1254176 O9: KUON – Educational Telecommunications.

Scope of work: Physical Inspection. Work Completed on 11/14/23

2. PO# 1225588 O9: Educational Telecommunications.

Scope of Work: Physical Inspections for KLNE, Culbertson, KPNE, and Max, NE.

Work Completed 5/19/23

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f) Bidder’s employee relations to State No party named in our bid response is or was an employee of the State of Nebraska within the past 36 months.

g) Contract Performance Precision has not had a contract terminated within the past 3 years

h) Summary of Bidders Corporate Experience KOAM Pittsburg KS- Top Mount Antenna Replacement Including Tower Reinforcements

a. Time period: 37 Working Days.

b. Completed on July 15, 2022 on time.

c. Bidder Responsibilities: Project included Installation of tower reinforcement steel, removal of existing transmission line, installation of new run of line, removal of stacked top mounted antenna (11,875# top section and 18,650# bottom) and installation of new stacked antenna (21,400# bottom and 4,100# top section).

d. Customer Name: Bill Vickery bvickery@koamtv.com 620-231-0400

e. Prime Contractor. Completed on July 15 2022 on time and for $298,000.00 and came in on budget.

WHBF Bettendorf IA- Top Mount Antenna Replacement

a. Time Period: 22 working days.

b. Completed on May 15, 2025 on time.

c. Bidder Responsibilities: Project included removal and replacement of top mount antenna (13,500# and 15,600# respectively) and reconnection to existing transmission line.

d. Customer Name: Bob Berger bberger@whbf.com 309-283-2393

e. Prime Contractor: Completed on May 15, 2025 on time for $290,340.00 and come in on budget.

KDLO Garden City SD – Top Mount Antenna and Line Installation as part of a tower erection.

a. Time period: Antenna portion of job 22 working days.

b. Completed on October 24, 2024

c. Bidder Responsibilities: Installation of new top mount antenna (24,520# stacked) with new run of line as a portion of a 1708’ tower erection.

d. Customer Name: Brian Baier bbaier@KELOLAND.com 605-357-5602

e. Prime Contractor: Completed on October 24, 2024 on time for $224,620 and came in on budget.

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i) Summary of Bidders Proposed Personnel/Management Approach

Precision Communications is a full-service broadcast tower provider with a combined experience of over 150 years, with many individuals having 20+ years of experience. If awarded, this project will be assigned to one of our in-house project managers who will see the project through from the initial date of award to final completion/closeout. Our project managers maintain a focus on safety, quality, and exceptional customer service. They will stay in close contact with our Foreman and customers throughout the duration of the project and send out daily progress updates summarizing the work completed the day before. Our project managers are well supported by our team, receiving technical support from our Director of Estimating and Field Operations, engineering support from our Director of Engineering, and support from our Vice President and General Manager for management and general questions.

Specific Professionals who will work on the project, if awarded Foreman – Mike Berry (Resume included below) Project Manager and Shop Manager – Dakota McNett (Resume included below) Director of Estimating and Field Operations - Chris Day (Resume included below) Director of Engineering – Ron Scalfani (Resume included below) President and General Manager – Anna Lane (Resume included below)

Reporting Relationships Trey Beltran – Tower Tech II. Reports to Mike Berry, Field Foreman Robert Wilhite – Operator. Reports to Mike Berry, Field Foreman Arron Johnson - Tower Tech II. Reports to Mike Berry, Field Foreman Michael Pyle - Tower Tech II. Reports to Mike Berry, Field Foreman Mike Berry – Field Foreman. Reports to Chris Day, Director of Estimating and Engineering Dakota McNett – Project Manager and Shop Manager. Reports to Chris Day, Director of Estimating and Field Operations Candace Bronaugh – Project Manager. Reports to Anna Lane, President and GM Chris Day – Director of Estimating and Field Operations. Reports to Anna Lane, President and GM Ron Scalfani – Director of Engineering. Reports to Anna Lane, President and GM

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Resumes for Personnel who will be working on or supporting the project

Mike Berry

Mike has over 35 years of experience as a broadcast Foreman. Mike’s expertise includes leading broadcast crews, top mount antenna replacements, structural replacements, lighting systems, painting, guy wire replacement/greasing, plumb & tension, line replacement as well as many other maintenance areas. Mike will be the main point of contact on-site and will be responsible for the safety of our crew, the safety of your valuable asset, and ensuring the project is done on time and on budget. Mike has a great customer orientation and has worked across hundreds of tower sites in the US and territories like Puerto Rico. Mike’s education and professional certifications include a High School Diploma, OSHA 10 & 30, and Tower Climbing Safety and Rescue Certified as a trainer.

Professional References

Karen Kyman, 10591 Poppy Drive Neosho, MO 64850. Phone: 918-964-1453

Herman Marvel, 3131 North University Peoria, IL 61604. Phone: 309-686-9403

Brady Dreasler, 501 Hampshire Quincy, IL 62301. Phone: 217-221-3415

Ron Scalfani

Ron Scalfani leads Precision’s engineering and technical development. Ron has over 25 years’ of experience and is widely known for his deep expertise in the tall tower and broadcast industry. He has developed work procedures and rigging plans for thousands of significant tower projects. Ron successfully led the recent FCC Repack initiative for Precision where he managed a 3-year, 10-phase project that involved replacing, repairing or reinforcing tower infrastructure for over 250 stations without missing a deadline. This work involved considerable coordination across our customers, internal and field teams, subcontractors, and government entities. Ron’s education and professional certifications include a High School Diploma and he is the qualifying party for Precisions’ Contractors licenses in multiple states.

Professional References

Greg Burgage, PE, 154 Tiger Lane Summerville, SC 29483. Phone: 843-697-6179

Herman Marvel, 3131 North University Peoria, IL 61604. Phone: 309-686-9403

Brady Dreasler, 501 Hampshire Quincy, IL 62301. Phone 217-221-3415

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Chris Day

Chris is Precisions’ Director of Estimating and Field Operations. Chris started his career with Precision Communications and has spent over 20 years in the tower industry. Chris has spent most of his career as a broadcast crew foreman, successfully completing many of the most challenging installations in the industry. Chris has completed hundreds of projects including the same work associated with this scope of work. Chris is a member of our operations team and will support this project both on the front end, as well as throughout the construction process. Chris’s education and professional certifications include a High School Diploma, OSHA 30, Tower Safety Train the Trainer, Climber/Rescuer, and CPR/First Aid certification.

Professional References:

Tommy Bull, 308 Wilson Street Crowley, TX 76036. Phone: 817-456-7577

Zach Williams, 6037 S Industrial Road, Chelsea, OK 74016. Phone: 918-789-9020

Steve Ringo, 7733 Perkins Rd, Baton Rouge, LA 70810. Phone: 225-252-7886

Dakota McNett

Dakota is on Precision's project management team and manages our shop and warehouse.

Dakota worked as a tower foreman for Ericsson before coming to Precision. The experience he gained working in the field has helped him excel in his role at Precision. Dakota is innovative, an exceptional problem solver, and is passionate about safety. His education and professional certifications include a High School Diploma, Class A CDL, CPR/First Aid, OSHA 30, Climber/Rescue certified, and Qualified Rigger.

Professional References

Daniel Wiedeman 940-612-9287 17131 Toledo Dr. Oklahoma City OK 73170

David Torres 918-948-0011 20315 E 49th St S. Broken Arrow, OK 74014

Chase Tyner 918-314-2761 3702 Connecticut Ave Joplin, MO 64804

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Anna Lane

Anna is Precision’s Vice President and General Manager. She is responsible for the operations of our business and is ultimately responsible for the successful completion of this project. Anna’s family founded the business in 1993 and she has a deep understanding and passion for the broadcast industry. Anna has served in multiple roles at Precision across multiple areas including finance and accounting, operations, and sales operations.

Anna is a member of the Women of NATE committee and has a strong reputation across the industry. Anna will be a member of our project team and will support the safe and successful completion of this work. Anna’s education and professional certifications include an associate’s degree in applied science from NEO A&M College and is a member of the Women of NATE committee.

Professional References

Zach Williams, 6037 S Industrial Road, Chelsea, OK 74016. Phone: 918-789-9020

Chelsea Hood, 2175 W 14th St Tempe, AZ 85281. Phone: 480-894-2000

Brady Dreasler, 501 Hampshire Quincy, IL 62301. Phone: 217-221-3415

j) Subcontractors Precision does not intend to Subcontract this work.

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Attachment I

Company Prepared Financials

Precision Communications, LLC

FEIN: 84-4394841

Profit & Loss (Dec, 2025) Balance Sheet (Dec, 2025)

YTD Current Sales 13,102,287.64 Assets 5,338,592.80 Cost of Sales 7,283,970.04 56% Gross Profit 5,818,317.60 44% Liabilities 2,032,325.45 Overhead (SG&A) 4,170,555.48 32% Equity 3,306,267.35 Profit from Ops 1,647,762.12 13% Liabilities & Equity 5,388,592.80 Other Inc/Exp 104,601.50 0% Net Profit 1,752,363.62 13%

Cash Flow (Dec, 2025)

Accounts Receivable

1,485,690.36

Accounts Payable

89,780.32

G/L Cash Balance

1,137,009.12

Precision Communications, LLC Banking Reference:

The Huntington National Bank

3900 Park East Dr. Suite #300

Beachwood, OH 44122 huntington.com

Reference: Iriving Treibatch - Vice President and Relationship Manager.

Phone: 216-407-4215

RFP 123947 O5 – Technical Response Precision Communications LLC

CONFIDENTIAL Page 1

TECHNICAL RESPONSE

Solicitation Number 123947 O5 Television Broadcast Antenna and Transmission Line

Removal and Installation at KUON-TV Transmission Tower

Submitted by

Precision Communications LLC 506 Industrial Road Grove, OK 743445

918-786-8084 pci@pcitower.com

Submitted: March 9, 2026

CONFIDENTIAL Page 2

2. TECHNICAL RESPONSE

2.a Understanding of the Project Requirements This section presents Precision Communications’ understanding of the requirements set forth by the Nebraska Educational Telecommunications Commission (NETC) for the removal and installation of television broadcast antennas and transmission lines at the KUON-TV transmission tower in Ithaca (Mead), Nebraska.

Project Context NETC (Nebraska Public Media) is transitioning its flagship station KUON-TV from VHF Channel 12 to UHF Channel 27, with a mandated completion date of July 31, 2026. This frequency change necessitates a carefully sequenced, three-phase construction effort on the existing 234.7-meter (770-foot) guyed transmission tower (ASR 1029935) located at 851 County Road G, Ithaca, NE 68033.

Precision Communications recognizes the following critical project characteristics that inform our approach:

• Broadcast Continuity: KUON-TV must maintain broadcast operations throughout the project to the maximum extent possible. Our phasing and scheduling are designed to minimize any service interruptions to NETC’s television and radio operations, content creation, and production departments.

• Sequenced Three-Phase Execution: The work must proceed in strict order – Phase 1 (Aux antenna install) before Phase 2 (old Main antenna removal) before Phase 3 (new Main antenna install) – to ensure KUON-TV can transition to the auxiliary UHF-27 signal before the VHF-12 main antenna is removed.

• Heavy-Lift Rigging at Height: Phase 2 requires removal of an approximately 23,500-pound, 85.5-foot VHF antenna from the top of a 770-foot guyed tower. Phase 3 requires hoisting and installing a 6,700-pound, 58-foot UHF antenna with full radome to the same location. These are significant heavy-lift operations requiring experienced rigging crews and engineered lift plans.

• Manufacturer Coordination: Dielectric is the antenna and transmission line manufacturer for both the Aux and Main systems. Installation, pressure testing, line sweep, and antenna tuning must be performed in coordination with Dielectric and NETC.

• Existing NETC Tower Experience: Precision Communications has previously performed work on other NETC transmission towers, giving us direct familiarity with NETC’s site protocols, operational requirements, and coordination expectations.

Phase-by-Phase Requirements Summary

Phase 1 – Install New UHF-27 Aux Antenna and Transmission Line Phase 1 involves side-mounting a Dielectric DLP12B UHF antenna at approximately 550 feet AGL on the west side of the tower, along with 650 feet of 1-5/8” air-dielectric coaxial cable (HCA158-50JM). The antenna weighs 115 lbs (excluding mounts) and is 23.6 feet tall. Standard mounts for 1-1/4” to 4-1/2” tower leg are manufacturer-supplied per Exhibit A. This phase may be executed up to six months before Phases 2 and 3 at NETC’s option. Upon completion, the Aux antenna and line must pass pressurization testing, line sweep, and antenna tuning before rigging is removed.

CONFIDENTIAL Page 3

Phase 2 – Remove Old VHF-12 Main Antenna and Transmission Line Phase 2 requires removal of the Andrew ATW16V5-HTO-12 Trasar top-mounted VHF antenna (approximately 23,500 lbs, 85.5 feet tall including lightning protection) from the top of the tower at approximately 850 feet AGL, along with approximately 900 feet of 6” rigid coaxial transmission line. The antenna is secured with 32 x 1.25” bolts on a 36.00” diameter bolt circle.

All removed equipment must be disposed of and removed from the site. Phase 2 rigging is to remain in place for Phase 3.

Phase 3 – Install New UHF-27 Main Antenna and Transmission Line Phase 3 involves top-mounting the new Dielectric TFU-28ETT-VP-R O6 UHF antenna (6,700 lbs, 58 feet with lightning protector, full radome) at the top of the tower using manufacturer-supplied components per Exhibit B. This includes installation of an adaptor plate, approximately 900 feet of 6” rigid coax, top lighting beacon and wiring (provided by NETC), pressurization and pressure testing, line sweep and antenna tuning, and plumb and tension of the tower to manufacturer recommendations. All rigging and construction debris must be removed upon completion.

Key Contractual Requirements Understood

• Project completion no later than July 31, 2026

• Phase 1 priced separately from Phases 2 and 3

• Gin pole rigging is the preferred method

• NETC must sign off on all tested antenna/line functionality before rigging removal

• Testing coordinated between Dielectric, Contractor, and NETC

• State’s opinion prevails in any performance testing disputes

• Weekly conference calls with NETC Project Manager for duration of contract

• Tower crew company must be approved by NETC Project Manager prior to work

• Final inspection report, test results, and recommended improvements submitted with each phase invoice

• Post-implementation re-climbs at no additional cost if NETC testing following Phase 1 or

Phase 3 results in failure

CONFIDENTIAL Page 4

2.b Proposed Development Approach

Overall Project Management Approach Precision will assign a dedicated Project Manager, Ron Scalfani as the single point of contact for all contract communications. Our management approach emphasizes proactive coordination, safety-first execution, and transparent communication through the following framework:

• Pre-Construction Planning: Within ten (10) working days of contract finalization, we will schedule the initial conference call with the NETC Project Manager to establish weekly conference call cadence, review the project implementation plan, confirm the tower crew company, and coordinate the on-site evaluation visit.

• On-Site Evaluation: Prior to mobilization for any phase, our project team will conduct an on-site visit to evaluate the current tower condition, guy wire tensions, existing antenna mounting hardware, transmission line routing, site access for equipment staging, and ground conditions for gin pole operations.

• Manufacturer Coordination: We will establish direct coordination with Dielectric for delivery scheduling, installation guidance, testing protocols, and any field support requirements. Delivery acceptance for both the Aux and Main antennas and transmission lines will be documented and reported to NETC.

• Weekly Reporting: Weekly conference calls will include status updates on schedule, safety incidents (if any), upcoming activities, coordination needs, weather contingencies, and any issues requiring NETC decision.

Rigging Approach – Gin Pole Method Precision will utilize gin pole rigging as the primary rigging method for phases two and three, consistent with the RFP’s preferred approach and appropriate for the tower configuration and load requirements.

Gin Pole Specifications For Phases 2 and 3, Precision will deploy a gin pole rated for the combined weight of the intended antenna along with hoisting cable and rigging weights. After the site visit, a Construction Plan (formerly referred to as Rigging Plan) will be developed and then reviewed by a PE before gin pole work commences. The gin pole system will include:

• Gin pole assembly with appropriate safety factor per ANSI/TIA-322 and manufacturer specifications

• Man-rated hoist system for personnel and material transport

• Tag line system for load control during hoisting and lowering operations

• Fall protection anchorage points integrated into the gin pole assembly

Phase 1 Rigging Phase 1 involves lighter loads (115 lbs antenna, plus mounting hardware and 650 feet of 1-5/8” coax) that do not require the heavy gin pole. Precision will rig the tower with a man rated hoist hoist and appropriate rigging hardware sized for the Aux antenna components. Crew members will climb to the 550-foot mounting level using the tower’s existing climbing facilities with 100% tie-off fall protection.

Phase 2 Rigging – VHF Antenna Removal

CONFIDENTIAL Page 5

The removal of the 23,500-pound VHF-12 antenna is the most critical lift operation in this project. Precision’s approach:

• Sectional Disassembly: After site visit, it will be determined whether the Andrew ATW16V5-HTO-12 antenna will be disassembled in sections at height OR lowered as a complete assembly using the gin pole.

• Bolt Circle Disconnection: The 32 x 1.25” mounting bolts on the 36.00” diameter bolt circle will be removed systematically while the antenna weight is supported by the gin pole.

• Transmission Line Removal: The 900 feet of 6” rigid coax will be disassembled section by section from the top down and lowered to grade.

• Disposal: All removed VHF antenna components and transmission line will be loaded and transported off-site by Precision. Disposal will comply with all applicable environmental regulations.

Phase 3 Rigging – UHF Main Antenna Installation The Phase 2 gin pole will remain in place for Phase 3. The new 6,700-pound UHF-27 Main antenna will be hoisted to the tower top and set on the adaptor plate. The installation sequence includes:

• Ground-level pre-assembly and inspection of antenna sections, adaptor plate, and radome components

• Sequential hoisting of antenna sections and assembly at height per Dielectric installation procedures

• Installation of adaptor plate with proper torque specifications

• Installation of 900 feet of 6” rigid coax from antenna to ground-located Main Transmitter or NETC-designated connection point

• Installation of top lighting beacon and wiring (NETC-provided)

• Plumb and tension of tower to manufacturer recommendations

Safety Management Precision maintains a comprehensive safety program that exceeds OSHA requirements for communication tower work. Key elements include:

• All climbers certified through a NATE-accredited Climber Certification Program

• Site-specific Safety Plan developed for KUON-TV tower prior to mobilization, including emergency phone numbers, site address (851 County Road G, Ithaca, NE 68033), nearest medical facility, and evacuation procedures

• Trained rigger on-site at all times to oversee rigging operations

• Written rigging plan engineered and reviewed by a Professional Engineer for all heavy lifts

• 100% tie-off fall protection policy – no free climbing

• Hard hat usage required in all work zones

• Man-rated hoist for personnel transport

• Daily safety briefings (toolbox talks) before each shift

• Compliance with OSHA’s Communication Tower Best Practices (OSHA 3877)

CONFIDENTIAL Page 6

Broadcast Service Protection All work will be coordinated in advance with the NETC Project Manager during normal business hours (Monday–Friday, 8:30 AM–4:30 PM CST). Precision understands that precautions must be taken to prevent interruption of NETC broadcast and non-broadcast services. Specific measures include:

• Scheduling RF-hot work windows with NETC Operations to minimize broadcast impact

• Coordinating with NET television and radio operations, content creation, and production departments through the NETC Project Manager

• Providing advance notice of any activities that may temporarily affect broadcast signals

• Maintaining communication with NETC Operations during all tower work via two-way radio

CONFIDENTIAL Page 7

2.c Technical Requirements Precision Communications acknowledges and will comply with all technical requirements specified in Section V.G of the solicitation. Our compliance with each requirement is confirmed below:

Regulatory and Safety Compliance

Requirement Compliance Statement

Climber Certification Program Precision Communications maintains a Climber Certification Program per ANSI/ASSE Z359 and NATE standards. All tower personnel are certified and current.

Site Safety Plan A site-specific Safety Plan will be developed prior to mobilization, including emergency contacts, site address, hospital route, and emergency procedures.

Man-Rated Hoist Precision Communications will deploy a man-rated hoist system inspected and certified per ASME B30.7.

Hard Hat Usage Mandatory for all personnel within the designated work zone. No exceptions.

Trained Rigger On-Site A qualified rigger will oversee all rigging operations.

Written Rigging Plan An engineered rigging plan will be prepared and available on-site for all phases. Heavy-lift plans for Phases 2 and 3 will be reviewed by a licensed Professional Engineer.

OSHA Best Practices (OSHA 3877) Full compliance. Precision Communications’ safety program incorporates recommended practices from OSHA Publication 3877.

NETC Site Compliance Precision Communications will comply with all NETC site restrictions and regulations. We acknowledge that NETC reserves the right to reject bids based on previous work performed on NETC tower(s). [COMPANY NAME]’s prior work on NETC towers has been performed to NETC’s satisfaction, and we welcome NETC’s review of our performance history.

Equipment and Materials The following categories of equipment and materials will be deployed for this project:

Major Equipment

• Gin pole system rated for loads calculated in Construction (rigging) Plan

• Man-rated hoist system

• Rigging hardware: shackles, slings, chokers, tag lines, load cells

• Antenna ground cradle/support system for Main antenna staging

• Pressure testing equipment for transmission line pressurization

• Two-way radios for ground-to-tower communication

• Fall protection equipment: harnesses, lanyards, SRLs, rope grabs, rescue gear

CONFIDENTIAL Page 8

Materials to Be Supplied by Precision Communications Per the RFP, the awarded contractor is responsible for supplying any additional installation materials not listed in Exhibits A and B (manufacturer-supplied items). Precision Communications will supply:

• Additional mounting brackets, clamps, and hardware as required for secure antenna and transmission line installation beyond manufacturer-supplied items

• Weatherproofing materials (boots, tape, sealant) for transmission line connections

• Hoisting grip and pulling hardware for transmission line installation

• Ground cradle/support system materials for Main antenna staging

• Miscellaneous fasteners, safety wire, and consumables

Note: A complete bill of materials for contractor-supplied items will be finalized following the on-site evaluation and coordination with Dielectric, and submitted to the NETC Project Manager for review prior to mobilization.

CONFIDENTIAL Page 9

2.d Detailed Project Work Plan The following work plan details the sequence of activities for each phase. All dates are preliminary and will be refined during the post-award planning conference with the NETC Project Manager. All work is contingent on weather conditions suitable for safe tower operations. These are working days only and do not include contingency for scheduling.

Pre-Construction Activities (All Phases)

# Activity Duration Timeline

1 Initial conference call with NETC PM — Contract + 10 days

2 Establish weekly conference call schedule — Contract + 10 days

3 Submit tower crew information for NETC approval — Contract + 10 days

4 On-site evaluation visit 1–2 days Contract + 15 days

5 Finalize project implementation plan with milestones

— Contract + 20 days

6 Coordinate Dielectric delivery schedules Ongoing Contract + 15 days

7 Develop and submit engineered rigging plan(s) — Prior to mobilization

8 Develop site-specific Safety Plan — Prior to mobilization

Phase 1 Work Plan – Aux UHF-27 Antenna and Transmission Line Installation Estimated Duration: 5 working days on-site

Estimated Labor: 5 crew members x 5 days = 200 labor hours

# Activity Duration Labor Category

1a Coordinate and accept delivery of Aux antenna and transmission line from Dielectric

.5 day Foreman, Crew

1b Mobilize equipment and rig tower for safe climbing and side-mount installation

1 day Rigger, Crew

1c Install Aux antenna and antenna end of transmission line at approx. 550 ft AGL on west side

.5 day Climbers, Rigger

1d Plumb Aux transmission line from antenna to ground-located Aux Transmitter or NETC-designated point

1 day Climbers, Crew

1e Perform antenna and transmission line pressurization and pressure testing

1 day Foreman, Crew

1f Facilitate antenna and line performance testing with NETC and Dielectric (line sweep, antenna tune)

.5 day Foreman, Climbers

1g NETC sign-off on Aux antenna/line functionality — —

1h Remove Phase 1 rigging (unless Phase 2 is imminent;

leave relevant rigging in place)

.5 day Rigger, Crew

CONFIDENTIAL Page 10

Phase 2 Work Plan – VHF-12 Main Antenna and Transmission Line Removal Estimated Duration: 13 working days on-site

Estimated Labor: 5 crew members x 13 days = 520 labor hours

# Activity Duration Labor Category

2a Mobilize and rig tower with gin pole rated for 23,500+ lb antenna removal

5 days Rigger, Crew

2b Remove existing VHF-12 Main antenna from tower top (sectional disassembly and lowering)

4 days Climbers, Rigger, Ground Crew

2c Remove 900 ft of 6” rigid coax transmission line (top-down, section by section)

3 days Climbers, Ground Crew

2d Load and transport removed antenna and line off-site for disposal

1 days Ground Crew

2e Leave gin pole and Phase 2 rigging in place for Phase 3 — —

Phase 3 Work Plan – UHF-27 Main Antenna and Transmission Line Installation Estimated Duration: 12 working days on-site

Estimated Labor: 5 crew members x 12 days = 480 labor hours

# Activity Duration Labor Category

3a Prepare ground-level support system (cradle) for Main antenna staging

.25 day Ground Crew

3b Coordinate and accept delivery of Main antenna and transmission line from Dielectric; offload to prepared cradle

.25 day Foreman, Crew

3c Ground-level pre-assembly and inspection of antenna, adaptor plate, and radome per Dielectric procedures

1 day Foreman, Crew

3d Hoist and install Main antenna, adaptor plate at top of tower

.5 day Climbers, Rigger, Ground Crew

3e Install top lighting beacon and wiring (NETC-provided) .25 day Climbers

3f Install 900 ft of 6” rigid coax from antenna to ground Main Transmitter or NETC-designated point

4 days Climbers, Ground Crew

3g Perform antenna and line pressurization and pressure testing

.25 day Foreman, Crew

3h Facilitate antenna and line testing with NETC and Dielectric (line sweep, antenna tune)

.5 days Foreman, Climbers

3i Perform plumb and tension on tower to manufacturer recommendations

2 days Climbers, Rigger

3j NETC sign-off on Main antenna/line functionality — —

3k Remove all rigging including gin pole 2 days Rigger, Crew

CONFIDENTIAL Page 11

# Activity Duration Labor Category

3l Load equipment, remove all construction debris, and demobilize

1 day Full Crew

Labor Categories The following labor categories will be utilized across all phases:

Category Role Description Est. Personnel

Project Manager Overall project oversight, NETC coordination, scheduling, reporting

Foreman/Qualified Rigger

On-site lead, daily operations management, quality control/ rigging plan execution, gin pole operations, load monitoring, safety oversight

Ground Crew Equipment staging, material handling, tag line operations, hoist operation

Tower Climbers Certified climbers performing antenna installation/removal, line work at height

Materials Reference Material categories for this project are organized as follows. Detailed material lists will be finalized after the on-site evaluation and Dielectric coordination.

• Manufacturer-Supplied (Exhibits A & B): Antenna assemblies, standard mounts, transmission line, connectors, adaptor plates, radome components, hangers, grounding kits, hoisting grips, and other items as listed in the RFP Exhibits.

• Contractor-Supplied: Additional mounting brackets and clamps beyond Exhibit items, weatherproofing materials, ground cradle/support system, miscellaneous hardware and fasteners, safety wire, hoisting and rigging consumables.

• NETC-Supplied: Top lighting beacon and wiring for Phase 3.

CONFIDENTIAL Page 12

2.e Deliverables and Due Dates The table below summarizes all project deliverables, their associated phase, and target completion dates. All dates are relative to contract execution and will be refined during the post-award planning conference. We would prefer to target completion by early to mid July to allow contingency for inclement weather to ensure the July 31 deadline is not missed.

# Deliverable Phase Target Date

D1 Project Implementation Plan with milestones

Pre-Construction Contract + 20 days

D2 Site-Specific Safety Plan Pre-Construction Prior to mobilization

D3 Engineered Rigging Plan(s) (PE-stamped for heavy lifts)

Pre-Construction Prior to mobilization

D4 Tower Crew Company identification and NETC approval

Pre-Construction Contract + 10 days

D5 Certificate of Insurance per Section III.I requirements

Pre-Construction Prior to mobilization

D6 Aux UHF-27 Antenna and Transmission Line installed and functional

Phase 1 [DATE – per NETC]

D7 Phase 1 Inspection Report, Test Results, and Recommended Improvements

Phase 1 With Phase 1 invoice

D8 Old VHF-12 Main Antenna and Transmission Line removed and disposed

Phase 2 TBD

D9 New UHF-27 Main Antenna and Transmission Line installed and functional

Phase 3 TBD

D10 Top lighting beacon installed Phase 3 With D9

D11 Tower plumb and tension verified to manufacturer specs

Phase 3 With D9

D12 Phases 2 & 3 Final Inspection Report, Test Results, and Recommended Improvements

Phase 3 With final invoice

D13 All rigging removed; site cleared of construction debris

Phase 3 No later than Jul 31, D14 Any contractor-supplied permanent mounting materials

All Phases Installed with antenna

Post-Implementation Support Per RFP Section V.J, should NETC testing following Phase 1 or Phase 3 result in test failure, Precision Communications will re-climb as necessary and at no additional cost to support resolution of the problem. This commitment extends until NETC confirms acceptable performance of the installed antenna and transmission line systems.

CONFIDENTIAL Page 13

Project Completion Commitment All three phases, including demobilization, will be completed no later than July 31, 2026, as required by the solicitation. Precision Communications is committed to meeting this deadline and will proactively manage schedule risks through advance planning, weather contingency buffers, and close coordination with NETC and Dielectric.

END OF TECHNICAL RESPONSE

Vendor Name: Precision Communications LLC

Material Price Design, Manufacture, & Provision

Additional permanent mounting items needed, that are NOT manufacturer (Dielectric) supplied

Installation Services Price

New Aux UHF Antenna & Transmission Line Installation 65160

Old VHF Main Antenna Removal & Disposal 127780

New UHF Main Antenna & Transmission Line Installation 85205

NOTE: If all three phases are completed under a single mobilization, their would be a discount for the cost savings. -33270

NOTE: As the specificaitons did not include any tower modifications, none are included in this pricing. If the tower analysis or rigging plan review by PE conclude that reinforcements are needed, these will be handled through the Change Order process.

Cost Sheet TV Antenna/Transmission Line Tower Services at KUON-TV