Technician Class License: The 35 Question Exam Explained

The Technician license is the door into amateur radio, and the thing worth understanding about it before you start is that it is not a watered-down license. Above 50 MHz a Technician holds exactly the same privileges as an Amateur Extra: every mode, every frequency, the full 1500 watt legal limit. The restrictions are all below 50 MHz, on the shortwave bands. That is a real limitation and it is the reason to upgrade, but it does not make the Technician a learner permit.

What is actually on the exam

The Technician pool is organised into ten subelements, and the number of questions drawn from each one is fixed rather than random. Your exam will always contain exactly six rules questions and exactly two antenna questions, whoever generates it. Knowing the distribution tells you where your study hours are worth the most.

Rules and regulations is the largest single block at six questions, and it is also the easiest block to score full marks on, because the answers are facts rather than reasoning. Electrical principles and electrical components together contribute eight questions and are where candidates without a technical background lose the most points. Neither requires anything beyond Ohm law, the power formula and knowing which schematic symbol is a capacitor.

The safety subelement is only three questions, but every one of them maps onto something that genuinely injures amateur operators. Those three questions are the reason this site carries a full RF exposure evaluation guide and an antenna installation safety guide rather than a paragraph of boilerplate.

Exactly what a Technician may transmit on

This is the table people get wrong, and getting it wrong on the air is a rules violation rather than a mistake. Everything at 6 metres and above is fully open. Below 50 MHz the privileges are four narrow segments, three of them Morse code only.

Read that table twice. The 10 metre voice slice, 28.300 to 28.500 MHz, is the only place a Technician may use single sideband voice below 50 MHz, and it is capped at 200 watts. When the solar cycle is near its peak that slice becomes one of the most productive pieces of spectrum in the hobby, and a Technician with a wire antenna and 100 watts can work Europe, Japan and South America from a suburban lot. Near the solar minimum the same frequencies are silent for months at a time. That variability is the honest reason not to buy an HF radio on a Technician license unless you know where in the cycle you are.

Everything above 50 MHz is a different story. The 2 metre and 70 centimetre bands carry the repeater network, and the repeaters are the reason a 5 watt handheld reaches fifty miles. A Technician also has full access to 6 metres, which opens sporadically to continent-wide distances in a way that surprises people the first time it happens, and to the amateur satellites, which a handheld and a small beam can work from a car park.

How long it takes and how to study

Ten to fifteen hours is the realistic figure for someone with no electronics background, spread over one to three weeks. People with an engineering or radio background frequently pass on two or three hours of pool familiarisation, because the only genuinely new material is the rules.

The published-pool structure changes the optimal method. Because every question on your exam is one of the 411 published questions with the same four options in a shuffled order, drilling the pool is not cheating the system, it is the system. What drilling does not do is prepare you for General, which asks about consequences rather than definitions. The approach that works for most people:

1. Read a manual once, quickly, without trying to memorise. The ARRL Ham Radio License Manual, Technician$32.95 takes an evening or two at reading speed. The point is to have heard every concept once, so the drill questions attach to something.
2. Drill the pool in subelement order, not randomly. Ten focused sessions on one subelement each beats ten random mixed sessions, because the wrong answers cluster by topic and you can see what you do not know.
3. Switch to full randomised practice exams once you are getting 80 percent in each subelement. Sit them cold, timed, with no lookups.
4. Stop when you have scored above 85 percent on three consecutive fresh exams. That margin absorbs exam nerves and the two or three questions that always feel unfamiliar on the day.
5. Spend one more week and attempt General on the same afternoon. There is no extra FCC fee, usually no extra session fee, and no penalty for failing it.

Which tools to drill with, and the honest tradeoffs between a book, an app and the free question pool, are on study materials. A subelement-by-subelement breakdown with the specific questions people miss most is on the question pool guide.

What the license costs and how long it lasts

A new Technician license costs the $35 FCC application fee plus the volunteer examiner session fee, which is typically about $15 and is sometimes zero. Some volunteer examiner coordinators, notably the Laurel VEC, charge no session fee at all. GLAARG charges a reduced fee and waives it for applicants under 18. The license runs 10 years and renews without an exam, with a 2 year grace period during which you may renew but may not transmit. Full detail, including vanity call signs, is on what the exam costs.

What to buy after you pass

The single most common first-purchase mistake is spending the whole budget on the radio. A handheld transmits into whatever antenna is screwed onto it, and the stock rubber duck supplied with every budget radio is the worst antenna you will ever own. The upgrade costs sixteen dollars and is worth more than doubling your transmit power.

• A radio. The Baofeng UV-5R$15.90 is the cheapest way to find out whether the hobby sticks. The Yaesu FT-60R$199.95 is what to buy if you already know it will, because its receiver stays usable in a noisy RF environment where budget radios fall apart. Full field on best handheld ham radios.
• A real whip. A Nagoya NA-771C 15-inch whip$15.98 in place of the stock antenna is the cheapest meaningful upgrade in the hobby, worth roughly 2 to 3 dB on transmit and receive.
• A genuine programming cable. A BTECH PC03 FTDI programming cable$22.49 with a real FTDI chip, because counterfeit serial chips are the most common reason CHIRP will not connect. Walkthrough on programming a Baofeng with CHIRP.
• An outdoor antenna. A Diamond X50A dual-band base antenna$122.99 on a mast with proper coax turns a handheld station into one that reaches repeaters you could not hear indoors. This is where the money should go.

All of it, in buying order with a stated total, is the $350 Technician starter station.

The upgrade path, and why you should not wait

The standard advice in this hobby is to sit General as soon as you can, and it is right. The Technician exam teaches you the vocabulary; General is the license that makes the vocabulary useful. Upgrading later means a second session fee and a second trip, while attempting it on the same day costs nothing extra and carries no penalty for failing.

If you do wait, wait deliberately. There is a genuine argument for spending six months as a Technician learning to operate on the repeaters before adding HF, because operating skill transfers and equipment money spent early is often spent wrong. What there is no argument for is buying an HF transceiver while you hold a Technician license and hoping. Compare the two classes properly on Technician versus General, then read the General exam page.