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The teaching route to top Antenna Installer pay

$113,240top of the range in California · middle $63,890 / yr
AI augments this role

Antenna Installers in the United States earn a median of $63,890 a year. Pay starts near $44,240. Pay reaches $113,240 at the top of the range in California, the best-paying state for this work among those with at least 500 people in the job.

Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics, May 2025 (Telecommunications Equipment Installers and Repairers, Except Line Installers, SOC 49-2022). Last checked 9 September 2026.

Entry level
$44,240
Top of the range · California
$113,240
Education
High school diploma + training
Lower disruption Higher exposure AI augments this role
Entry · $44,240 Top of range · $113,240 (California) Middle $63,890

Wages — U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics, May 2025 (Telecommunications Equipment Installers and Repairers, Except Line Installers). Top of the range is the highest state-level figure among states with at least 500 people in the job. AI-impact rating is PayCrunch's editorial assessment. Updated September 2026.

🆕 New & Trending AI Tools for Antenna InstallerReviewed September 2026

We track new AI-tool launches every week and refresh this list — here’s what’s gaining traction for Antenna Installer work right now.

Workiz AINEWPaid / see site

Field-service software with an AI receptionist that answers and books calls.

How an Antenna Installer uses it: never miss a job call — AI answers, quotes, and schedules

HandoffNEWPaid / see site

AI estimating that turns a scope into a priced proposal.

How an Antenna Installer uses it: produce accurate estimates and proposals in minutes, not hours

Trunk ToolsNEWPaid / see site

AI assistant that answers questions from job plans, specs, and submittals on site.

How an Antenna Installer uses it: ask a question and get the answer pulled straight from the project drawings/specs

NotebookLMNEWFree / $7.99 mo

Google tool that answers questions grounded only in the documents you give it — with citations.

How an Antenna Installer uses it: load your own manuals, policies, or PDFs and ask questions that stay accurate to the source

ChatGPTFree / $20 mo

AI assistant that answers code, spec, and troubleshooting questions in plain language.

How an Antenna Installer uses it: look up code requirements, check a spec, or troubleshoot a fault on the spot

ServiceTitan Titan IntelligenceQuote-based

AI across dispatch, scheduling, and customer follow-up for trades.

How an Antenna Installer uses it: route jobs, price work, and follow up with customers automatically

BuildOpsCustom pricing

Commercial trades platform with AI estimating and job management.

How an Antenna Installer uses it: manage bids, jobs, and techs with AI-assisted estimating

ClaudeFree / $20 mo

AI assistant known for careful writing, long-document analysis, and coding.

How an Antenna Installer uses it: analyze big reports or spreadsheets and turn messy notes into clean, finished writing

Google GeminiFree / $20 mo

Google's AI assistant, built into Gmail, Docs, and Search.

How an Antenna Installer uses it: draft and reply inside Google Workspace and research without leaving the page

You hang antennas on roofs and towers, then make them line up, stay weatherproof, and talk to the radio equipment below. The crew trains you. A driver licence gets the truck to the site. A climb card, often from a NATE tower-safety course, is what many tower contractors want before they clip you in.

Fall protection before the first bolt

Tower and rooftop work starts on the ground, with the plan for how you will climb and how you will get down if someone is hurt. You inspect the harness, the lanyards, and the anchors the crew will actually use. You listen to the morning briefing: who climbs, who stays on the radio, what the structure is, and what the weather is about to do. Wind, ice, lightning, and a wet roof change the day. A lead who sends you up because the schedule is tight, against the crew's own stop rule, is a lead you should not trust with your body. Employer training is supposed to make that refusal ordinary, not heroic.

The National Association of Tower Erectors, usually called NATE, is the industry group behind the tower-safety course and climb card many contractors recognize. The card is proof you were trained in climb practices and rescue awareness for this kind of structure. It is not a government licence to practice a profession in every state. Confirm the spelling of the card your employer wants, because some carriers and some general contractors name a specific course. You can read about the association at natehome.com. Bring the card to the site. A photo on your phone is a backup, not a substitute, when the gate guard asks to see it.

You also need a driver licence that lets you take the truck, often with a trailer of masts, cable, and tools. Tickets, an expired card, or a licence that does not match the vehicle class will keep you in the yard. Ask, before the first week, which class of licence the trucks require and whether the company will help you add it. Rooftop work on a low building may feel different from a tall tower, and some employers still want the same climb training because the fall is the hazard they insure against. Treat both sites as work where a casual shortcut is how people get hurt.

What to confirm before you climb

Ask which climb card the contractor accepts, whether NATE is the one they mean, and who is allowed to call off a climb for weather. A job that cannot answer those three things is not ready for you on the structure.

Mounts, cable, alignment, and weather

The task on the structure is physical and precise. You set a mount that the building or tower can carry, then you attach the antenna so the load on the mount stays inside what the hardware and the structure were chosen for. How heavy the antenna is matters when you rig it, when you lift it, and when you leave it in the wind. You talk about that load with the lead and with the paperwork, using the manufacturer's figures, rather than guessing from the way the box felt in the truck. A mount that twists, a lag that misses structure, or a clamp on the wrong member becomes a failure months later, usually in a storm, usually as your company's name on the work order.

Cabling is half the job and most of the callbacks. You route coax or fiber so it is supported, so water sheds away from the connector, and so a later crew can tell one line from another. You weatherproof the joints the way the lead showed you, then you photograph the work because closeout packages now expect pictures. Labels that made sense in your head and nowhere on the cable waste the next technician's afternoon. Alignment is the moment the installation becomes a radio, not a piece of metal. You aim the antenna on the heading and tilt the work order specifies, then you or a partner on the ground confirm the link, the signal, or the test the customer required. "It looks pointed at the other building" is not a finished alignment.

Weather is a coworker. Heat on a black roof, ice on a tower leg, wind that turns a panel into a sail, and lightning that ends the day while you are still twenty feet up. You stage tools so they cannot fall. You keep a radio conversation with the ground even when the work feels routine. You leave the site cleaner than the rumor about tower crews. Building owners and carriers remember the company that filled the roof with scrap and the company that did not. Your name is attached to both memories if you were the one on the structure.

The people you deal with are the lead, the ground hand, a carrier or ISP representative, sometimes a building engineer, and occasionally a homeowner who wants the dish somewhere the signal will not actually work. You translate. You explain why the mount has to hit structure, why the cable path cannot be the pretty one along the front gutter, and why you will return if the test fails rather than invent a pass. Customer patience is part of the craft on rooftop days. On tower days the customer may never see your face, and the craft is the closeout: photos, headings, serial numbers, and a site left safe.

Who puts you on a crew

Employers are wireless contractors, tower companies, internet providers, two-way radio shops, and in-house teams at utilities or public-safety agencies. No single national professional licence covers this work. What they check instead is a driver licence, a climb card or an agreement to earn one immediately, comfort with heights you can talk about honestly, and a willingness to be trained their way. Some want a background check because you enter secured sites. Some want you to pass a climb screen arranged by the company. Ask what that screen involves and who pays, and skip any number you were not given in writing.

If you are new, say so and aim at a ground role. Describe any construction, electrical helper, or cable experience without inflating it into tower time you do not have. A lead can teach a careful newcomer. A lead cannot teach someone who already claimed climbs that never happened, because the truth shows up at the first tower. Bring work boots you can actually spend a day in, and ask what the company issues: harness, radio, tools. Showing up with a consumer harness from a big-box store and calling it experience is a quick way to get sent home.

The interview is practical. They will ask about a time you stopped work because something felt unsafe, about driving, and about whether you can travel. Tower routes often mean early starts, out-of-town nights, and weekends when a site is down. Rooftop routes may keep you in one metro area and still put you on ladders all week. Ask which of those lives the posting actually is. Ask how new people are paired, and who signs off that you may climb. A company that says "we will figure it out on the site" has told you how they train. Believe them.

Ground hand, climber, lead

You start as the person who stages cable, watches the climb, and learns the closeout photos. That ground work is the apprenticeship even when nobody uses the word. You see how a lead plans the load on the mount, how they refuse a bad anchor, and how they talk to a carrier who wants the job done in a lunch break. When your card, your habits, and your lead agree, you climb. The first climbs should be simple mounts and cable runs with someone experienced on the structure or on the radio the whole time.

Installer or climber is the working core: you own a portion of the site, you hit the alignment, and your photos do not need to be redone. Lead or foreman means you plan the day, match people to tasks, and sign the quality of the closeout. Some leads move into safety training, carrier coordination, or estimating. The pay argument gets stronger when you can show sites that passed the first time, climb credentials that are current, and a record of crews that did not have incidents on your jobs. Chasing a title while your photos and your alignments are sloppy stalls the path. Fix the craft, then ask for the truck and the crew.

Keep the card current the way the issuer requires, and keep a folder of closeout packages you are allowed to show. When you change contractors, that folder plus a lead who will speak for you is the portfolio. Tower work moves with carrier build cycles. A slow season is a reason to add a skill the next contract will ask for, such as fiber connector work or a higher class of driver licence, not a reason to let the climb card lapse and hope nobody checks.

Notice which sites you can already run. A rooftop internet install, a public-safety antenna on a short mast, and a carrier panel high on a guyed tower are different kinds of responsibility even when the job title on the vest stays the same. Write down the structures you have worked, the alignments you closed, and the weather calls you made. That list is how you ask for lead pay without turning the talk into a mood. Supervisors promote the climber whose closeouts match the work order and whose crew comes down in the same condition they went up. A quiet week is useful for rereading the last rejected photo set and correcting the habit that made the carrier send it back.

California's upper figure and Alaska's typical pay

Telecommunications Equipment Installers and Repairers, Except Line Installers, SOC 49-2022, supplies these Bureau of Labor Statistics wages through the Occupational Employment and Wage Statistics tables for May 2025. The series is wider than antennas alone. It includes people who install and repair telecommunications equipment other than line work. Read the dollars as that series, then judge how close your antenna seat sits to the middle of it. Entry pay is near $44,240. The national median is $63,890. Entry and the median sit $19,650 apart. California's $113,240 is the upper figure published for workers the Bureau included. The $49,350 difference separates $63,890 from that California number.

Typical pay by state is a different column from that upper figure. Alaska's median is $95,850, which is $31,960 above the national median, the largest state-median gap shown against the national figure on this chart. New Hampshire's median is $85,240. Louisiana's is $80,210. Hawaii's is $79,250. New Jersey's is $78,000. If you work in Alaska, $95,850 is the ordinary comparison, and $113,240 is California's upper published figure, not Alaska's typical wage. If you work in California, ask for the local offer against $63,890 first, and treat $113,240 as the upper published outcome for the series in places the Bureau could report, not as the number every rooftop job in the state already pays.

A new climber should hear an offer near $44,240 as the entry end, then ask what completed training, a climb card, and solo site work do to move across the $19,650 toward $63,890. A lead who already runs a crew and closes sites cleanly can talk about the median as a floor for the conversation and, in a high-median state, about that state's median. Travel, on-call nights, and out-of-town work belong in the same talk as the base. Name them separately so a per-day travel payment does not get pretended into the annual wage. Put the climb card on the table, name the state, and compare the offer to $44,240, to $63,890, and to the state median if yours is on the chart. Then ask what the next site responsibility is worth in dollars, and wait for a number you can check against those figures.

The top of Antenna Installer pay — and how to get there with AI

$113,240what Antenna Installer pay reaches in California

Highest state-level top-of-range annual wage for Telecommunications Equipment Installers and Repairers, Except Line Installers, among states with at least 500 people in the job. U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics, May 2025.

And the role it leads to — Computer Network Architects — reaches $224,930 in California.

$44,240entry$63,890middle$113,240top end

An antenna installer at the top of the range is not the fastest climber on the crew — it is the person the shop sends out first with any new analyzer, and the one who writes the procedure everybody else follows afterward.

Every telecom shop buys equipment faster than it trains people on it. Test meters, circuit diagrams and polarity probes get handed out with a manual nobody opens, so half the crew isolates faults by swapping parts. If you learn the gear properly and can explain it, you become the reason the shop's first-visit fix rate holds up, and that shows up in what you are paid. Manuals, technical specifications, building permits and local ordinances are exactly the kind of dense reference material an assistant can search for you, so the reading that used to eat evenings now takes minutes and you spend the time practising the measurement instead.

Your playbook, by where you are now

Just startingLearn one instrument until nobody outranks you on it

  1. Pick the analyzer your shop uses most and work through every mode on it, not just the two you need on a normal ticket.
  2. Load its manual plus the manufacturer specifications for the equipment you install into NotebookLM and query it from the truck.
  3. Keep a fault log: the symptom, the readings you took, what the cause turned out to be, and how long isolation took.
  4. After a hard call, dictate what you did and have Otter.ai transcribe it, so the reasoning is captured while it is fresh.

What proves it: A fault log showing your isolation times falling on the equipment you install most.

Realistic span: the first eighteen months

A few years inWrite the procedures the shop is missing

  1. Convert your fault log into short troubleshooting sheets: symptom at the top, measurement sequence beneath, likely cause at the bottom.
  2. Have Claude tighten the wording of each sheet, then verify every reading and step against the equipment before anyone else sees it.
  3. Sketch standard site layouts in Autodesk AutoCAD so mast placement, cable runs and trench routes stop being reinvented per job.
  4. Keep a running summary of the permit and ordinance requirements in the towns you work, since those rules delay more jobs than faulty hardware does.
  5. Record two-minute clips of a real measurement and edit them in Descript so apprentices can watch the meter, not a slide.

What proves it: A troubleshooting sheet set and clip library the dispatcher points new hires toward.

Realistic span: years two through five

ExperiencedOwn training, and the network side of the work

  1. Ask to run the shop's onboarding for new test equipment, and treat the first vendor session as your training rehearsal.
  2. Add configuration work on Cisco IOS devices to your range so you can hand off cleanly where the radio path meets the network.
  3. Track first-visit fix rate before and after your sheets went into use and bring that comparison to your review.
  4. Look at markets that pay this trade best, the District of Columbia among them, where dense installations and strict permitting reward the documented approach.

What proves it: A training role, formal or informal, with fix-rate figures behind it.

Realistic span: year six onward

The next 90 days

In the next ninety days, take one recurring failure your crew handles badly — intermittent signal, a short to ground, water in a connector — and build the definitive procedure for it. Write the exact test sequence with the meter and probe settings, the readings that point each way, and the repair. Test it on three real jobs and correct it. Then hand it to the newest installer and watch where they get stuck; those stumbles tell you what the sheet is still missing. One procedure that genuinely works is enough to change how the shop sees you, and it is the seed of the training role that pays better than the ticket queue.

Wage figures: BLS OEWS, May 2025. The playbook is PayCrunch editorial guidance, not a guarantee of pay or placement.

Careers related to Antenna Installer

Similar pay, same field

Where this can lead

Every figure is the national median from the U.S. Bureau of Labor Statistics (OEWS) shown on that role’s own page.

Never used AI before? Start here (2 minutes).

Open Google Earth Pro (free) and use it to plan line-of-sight before you ever roll a truck. For fixed-wireless internet and long-range antenna work, the whole job succeeds or fails on whether the path is clear — and its elevation profile tool lets you check terrain and obstructions between two points in minutes. Pair it with ChatGPT or Perplexity to interpret what you're seeing and plan the mount height you'll need.

For learning the RF and running the business, use ChatGPT to master dB math, cable-loss budgets, and troubleshooting logic, and Jobber to quote, schedule, and invoice. The free general AI tools are enough to turn you from a basic installer into someone who can design a link or a booster system — the knowledge that commands premium rates.

The one rule, forever: AI cannot climb a tower or ground a mast. Falls from height, RF exposure near transmitters, and lightning/electrical hazards are the real dangers, and none are AI-solvable: tower climbing requires certified fall-protection training (per NATE and OSHA), and grounding and bonding must follow the National Electrical Code. Verify every grounding, clearance, and RF-safety decision against code and certified training — never a chatbot — and keep the required distance from power lines.
The plays — exact steps, exact prompts

Do these in order. Each one is copy-paste ready. You do not need to know anything about AI going in.

1
Own the rural fixed-wireless and Starlink niche
Why this pays: Rural internet is high-demand, high-value work, and the job lives or dies on line-of-sight and mount planning. The installer who can confirm a viable path and nail the aim gets the premium installs and the referrals in underserved areas.
Google Earth ProChatGPTStarlink
1
Use Google Earth Pro's elevation-profile tool to check the path between the customer's location and the tower or open sky, and estimate the mast height needed to clear obstructions.
2
Have AI help you plan the install and set customer expectations.
Copy-paste this prompt
I'm an antenna installer planning a [fixed-wireless internet / Starlink] install. The customer is at [coordinates or address] and the nearest tower/obstruction situation is [describe: trees to the south, hill to the east]. Help me think through line-of-sight: what elevation and mount height I likely need to clear obstructions, how tree growth and terrain affect a signal at [this frequency], what to check on a site survey, and how to explain realistically to the customer whether their location will get a reliable connection.
AI helps you plan; confirm the actual path and signal with a physical site survey and a signal meter before promising service. Never guarantee speeds you haven't verified on site.
What you'll haveReliable rural internet installs and strong referrals in an underserved, premium-paying niche — the specialty that reaches the top of the pay band.
2
Add commercial cellular signal-booster work
Why this pays: Businesses with dead zones pay well to fix them, and cellular signal boosters (weBoost and similar) require a real site survey and system design most installers can't do. That design skill turns a $150 TV job into a multi-thousand-dollar commercial install.
weBoostChatGPTJobber
1
Learn to run a signal survey (measure outside signal by carrier and band, map the dead zones inside) and design a donor-antenna, amplifier, and interior-antenna layout using weBoost commercial gear.
2
Use AI to size the system and write the proposal.
Copy-paste this prompt
Act as a cellular signal-booster design assistant. For a [12,000 sq ft warehouse] with [weak Verizon and AT&T signal, -105 dBm outside], help me think through a booster system design: how outside signal strength and building size affect the number of interior antennas and amplifier gain needed, how to separate the donor and interior antennas to avoid oscillation, and what to include in a professional proposal. Give me the survey checklist and the questions to ask the customer.
Follow the manufacturer's design rules and FCC requirements for boosters; verify signal levels on site with a meter before finalizing the design and quote.
What you'll haveHigh-ticket commercial booster installs designed and sold with confidence — the ticket size that drives income at the top of the range.
3
Master the RF and dB math so you price and troubleshoot fast
Why this pays: Understanding decibels, cable loss, gain, and link budgets is what separates a technician from a cable-puller. It lets you quote accurately, troubleshoot in minutes instead of hours, and take on the complex jobs that pay the most.
ChatGPTPerplexityNotebookLM
1
Use ChatGPT as an RF tutor for the fundamentals — dB vs. dBm, gain, cable and connector loss, and how a link budget adds up — and NotebookLM to turn equipment datasheets into quick references.
2
Practice the exact math you'll use on real jobs.
Copy-paste this prompt
Teach me the RF math an antenna installer needs, one concept at a time with worked examples: dB vs. dBm, antenna gain, coax cable loss per 100 ft at [my frequency], connector loss, and how to calculate a simple link budget from transmit power to received signal. Then quiz me with realistic problems — like whether a [400 ft run of LMR-400 at 900 MHz] will still deliver a usable signal — and check my answers.
Use AI to learn and check the math, but confirm real losses against the actual cable and equipment datasheets and measure with a meter.
What you'll haveThe RF fluency to quote accurately and troubleshoot fast — the expertise that lets you charge like a specialist, not a laborer.
4
Quote clean and market the niche
Why this pays: Professional proposals and being known as the local 'rural internet and signal-fix' expert win the high-value jobs. When a business or homeowner has a signal problem, the visible specialist gets the call at their price.
ChatGPTJobberGoogle Business Profile
1
Build professional quote templates in Jobber and a complete Google Business Profile targeting 'rural internet installer' and 'cell signal booster' searches in your area.
2
Generate the proposals and local content that establish you as the expert.
Copy-paste this prompt
Write a professional proposal template for a [fixed-wireless internet / cellular booster] installation, with sections for site-survey findings, recommended equipment and why, scope of work, expected results stated honestly, warranty, and price. Then write 5 Google Business Profile posts positioning me as the local expert in rural internet and signal solutions, each answering a common customer question (Will Starlink work at my house? Why is my cell signal bad indoors? etc.).
State expected results honestly — over-promising signal or speed leads to callbacks and bad reviews. Keep reviews genuine.
What you'll haveA specialist reputation and clean proposals that win premium RF jobs at your price — the positioning behind $113k earnings.
5
Go independent with service contracts and WISP subcontracting
Why this pays: The jump to owner-operator, plus recurring revenue from service contracts and subcontracting for wireless internet providers, is the path past the installer top of the pay range. AI helps you price it to profit and land steady B2B volume.
ChatGPTJobberPerplexity
1
Set up job costing in Jobber, then use Perplexity to find regional wireless internet providers (WISPs) that subcontract installs and maintenance.
2
Price your work and pitch recurring relationships.
Copy-paste this prompt
Act as a business advisor for an independent antenna and wireless installer. Help me set per-install and hourly pricing that covers my truck, tools, insurance, and profit at [X] jobs/week. Then write a short pitch email to a regional wireless internet provider offering to subcontract customer installs and service calls in [area], emphasizing reliability, RF competence, and clean documentation. Suggest a simple recurring maintenance-contract offer I can add.
Confirm licensing, insurance, and any FCC or local permitting requirements before contracting; only promise coverage you can staff.
What you'll haveOwner-level pricing plus recurring WISP and service-contract revenue — the structural change that clears the top-end pay.
Your 12-month sequence to the top of the range

How the plays above stack into a path from median pay toward the $113,240 tier.

Month 1
Learn line-of-sight planning in Google Earth Pro and start using AI as an RF tutor for dB and link-budget basics.
Months 2-3
Break into rural fixed-wireless and Starlink installs, and build professional quotes and a niche Google Business Profile.
Months 3-6
Add commercial cellular signal-booster site surveys and system designs for high-ticket jobs.
Months 6-12
Price for profit and land recurring WISP subcontracting and service contracts as an independent specialist.
Gear for this job

As an Amazon Associate, PayCrunch earns from qualifying purchases. Links to books and tools are for the job on this page; we only recommend what we’d use in the work.

NFPA 70 National Electrical Code Handbook 2023

Same live 2023 NEC Handbook already on electrician / electrical-engineer / master-electrician / alarm-technician. This page’s one-rule and FAQ say grounding and bonding must follow the National Electrical Code. Shop copy of the current NEC with commentary. Not leftover Ugly’s as the lead (that is the electrician pouch book) and not leftover NICET as a dump.

Next steps for an Antenna Installer

Some links below are affiliate or partner links. PayCrunch may earn a commission if you enroll or subscribe through them, at no extra cost to you. Wage figures on this page still come from the Bureau of Labor Statistics, not from these programs.

Antenna Installer work is specific enough that a stamped 'check out these courses' block would be noise. BLS files this work as Telecommunications Equipment Installers and Repairers, Except Line Installers (SOC 49-2022). O*NET Job Zone 3 is typical: vocational school, an apprenticeship, or an associate-level credential, so the honest next credential is a certificate, an apprenticeship-aligned course, or an associate-level program — not a random catalog dump.

The occupation's listed knowledge area is Telecommunications, which is what the course searches below actually query.

Antenna Installers in this dataset list Autodesk AutoCAD among the tools in use, so a program that names that stack is a better fit than a survey course.

Telecommunications programs on Coursera for Antenna Installer work

Coursera search for telecommunications — a certificate, an apprenticeship-aligned course, or an associate-level program that lines up with maintenance, not a generic professional-development aisle.

Telecommunications courses on edX

edX search for telecommunications, aimed at maintenance (SOC 49-2022). Same field as the Coursera link, different university catalog.

Build an Antenna Installer resume on Resume Now

Write an Antenna Installer resume, or one aimed at Computer Network Architects, instead of a blank template. Resume Now is a resume builder; we are not claiming a counted template set for this SOC.

Build an Antenna Installer resume on Zety

An Antenna Installer resume that names the actual tasks on this page, or the step-up title Computer Network Architects, beats a blank template when you apply.

What Antenna Installers earn by state

These are the Bureau of Labor Statistics’ own figures for Telecommunications Equipment Installers and Repairers, Except Line Installers, state by state — not a cost-of-living adjustment applied to the national number. Only states employing at least 500 people in the occupation are shown, because a state median drawn from a handful of workers is noise rather than a signal.

Alaska
$95,850
highest of them · +50% vs the national median
Arkansas
$49,740
lowest of the 44 states that qualify · -22% vs the national median
The same job pays $46,110 more a year at the median in Alaska than in Arkansas — 93% higher. That gap is what the Bureau measured, before any question of what it costs to live in either place. The top-of-range figure quoted at the head of this page, $113,240, is a different statistic in a different place: it is the 90th-percentile wage in California. The state that pays the typical worker most and the state where the best-paid go highest are not always the same one.
Alaska$95,850New Hampshire$85,240Louisiana$80,210Hawaii$79,250New Jersey$78,000Washington$77,610California$76,630Massachusetts$76,500

Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics, May 2025, SOC 49-2022. 44 states clear the 500-employee reporting floor for this occupation; those below it are left out rather than shown with a wide error band.

Free data. Use any of it.

PayCrunch publishes verified, BLS-sourced salary + AI-playbook data on 1,000+ professions — free, no signup.

Frequently asked
Will AI replace antenna installers?
No. Climbing, mounting, aiming, grounding, and running cable in the physical world is hands-on work AI can't do. What AI replaces is the engineering desk: line-of-sight planning, RF math, system design, and proposals. The installer who uses it takes the high-value fixed-wireless and booster jobs; the one who doesn't stays on $150 TV hookups.
Can AI really help me plan a wireless link?
Yes, for planning — it helps you interpret terrain, estimate mount heights, and run link-budget math so you arrive prepared. But it can't see the actual site. Always confirm the real path and signal with a physical survey and a meter before you promise service or quote a price.
How does AI actually raise my pay?
It gives you the RF knowledge and design ability to move from commodity TV installs into rural internet, Starlink, and commercial cellular-booster work — jobs that pay multiples more. Better planning, accurate quotes, and a specialist reputation are the path from $64k toward $113k.
Is it safe to trust AI on grounding or tower work?
No. Grounding and bonding must follow the National Electrical Code, and tower climbing requires certified fall-protection training. Use AI to learn the concepts, but verify every grounding, clearance, and RF-safety decision against code and certified training — never a chatbot.
Which specialty should I chase first?
Rural fixed-wireless and Starlink installs — demand is high, competition is thin, and line-of-sight planning is exactly what AI helps you do well. Once that's steady, add commercial cellular-booster design, which carries the biggest tickets.
Methodology & sources
  • Salary (median, 10th, top of the range) — U.S. Bureau of Labor Statistics, OEWS.
  • By state — the Bureau of Labor Statistics’ own state medians, limited to states employing at least 500 people in the occupation. No cost-of-living arithmetic is applied to a wage anywhere on this page.
  • The plays — PayCrunch's own step-by-step guidance using publicly available AI tools. Tool names/URLs are real and current as of August 2026; prompts written to work as-is. Verify any professional output before relying on it.

Sources