The FCC Amateur Radio General class license opens up a world of HF operating privileges that Technician licensees simply don't have. With a General ticket you gain phone and data access across the 80-meter, 40-meter, 20-meter, 15-meter, and 10-meter bands — letting you communicate across the country and around the globe without repeaters. Our free ham radio General class practice test PDF gives you printable exam questions drawn from the official FCC question pool so you can study anywhere, anytime.
This PDF mirrors the format of Element 3, the 35-question exam administered by Volunteer Examiner Coordinators (VECs). Download it, print it, and use it to drill the subelements that give most candidates trouble — electrical principles, propagation, and circuit components included.
The General class written examination is Element 3, consisting of 35 questions drawn randomly from the official FCC question pool. You need 26 correct answers (74%) to pass. The question pool is maintained by the National Conference of Volunteer Examiner Coordinators (NCVEC) and is updated on a four-year cycle. Knowing the current pool validity period is itself a testable fact — General class candidates should confirm which pool edition is active for their exam date before studying.
FCC rules form a significant portion of the General exam. Key topics include station identification requirements (ID every ten minutes and at the end of a contact), third-party traffic rules (which countries have agreements permitting US hams to pass traffic on behalf of a third party), and automatic control regulations for unattended stations. Prohibited transmissions — music, obscene language, and broadcasting to the general public — appear regularly. Questions also cover the General class frequency privileges in detail, since these differ from both Technician and Extra allocations.
The defining benefit of a General license is expanded HF access. On 80 meters (3.525–3.600 MHz CW/data; 7.225–7.300 MHz phone on 40m), General operators can work domestic and DX stations using single-sideband phone. The 20-meter band (14.225–14.350 MHz for General phone) is the most popular DX band in amateur radio. On 15 meters (21.275–21.450 MHz) and 10 meters (28.300–28.500 MHz), General class phone segments provide reliable contacts during high solar flux periods. These privileges are explicitly mapped in FCC Part 97 and appear on the exam in frequency allocation questions.
Understanding how radio waves travel is essential for both the exam and practical operating. The ionosphere consists of several layers — D, E, F1, and F2 — whose heights and densities vary with time of day, season, and the 11-year sunspot cycle. Skip distance is the minimum distance a signal can travel via ionospheric reflection at a given frequency. Gray-line propagation occurs at the terminator between day and night and often produces spectacular low-band DX. Sporadic-E (Es) provides unexpected VHF propagation on the 10-meter and 6-meter bands and is tested under the propagation subelement.
The General exam includes more math-intensive questions than the Technician test. Candidates should be comfortable with Ohm's law (V = IR), power formulas (P = IV = I²R = V²/R), and impedance calculations for series and parallel RLC circuits. Decibel calculations appear frequently — a 3 dB increase represents a doubling of power, while 10 dB represents a tenfold increase. Circuit component questions cover capacitor behavior in AC circuits (reactance decreases as frequency increases), inductor behavior (reactance increases with frequency), and transformer turns ratios for voltage and current transformation.
Receiver architecture questions address superheterodyne design, intermediate frequency (IF) stages, and automatic gain control (AGC). Transmitter questions cover modulation types: SSB (single-sideband) uses less bandwidth than AM and is the dominant HF phone mode; FM is common on VHF/UHF but inefficient on HF; CW (Morse code) occupies the narrowest bandwidth of all emission types. Digital modes including PSK31, FT8, and RTTY each have bandwidth and operating frequency considerations that appear in the signals and emissions subelement.
All FCC Amateur Radio exams are administered by Volunteer Examiner Coordinators. A testing session requires at least three accredited Volunteer Examiners (VEs). Candidates pay a small exam fee (set by the VEC, typically under $20) and must present a valid government-issued photo ID. Results are typically reported to the FCC within a few days; new licenses and upgrades appear in the Universal Licensing System (ULS) database before the paper license arrives. Candidates who already hold a Technician license take only Element 3 to upgrade — no need to retake Element 2.
The three FCC Amateur Radio license classes form a hierarchy of privileges. Technician (Element 2) provides full VHF/UHF privileges and limited HF access on 10 meters, 15 meters, and 40 meters for CW only. General (Element 3) opens the majority of HF phone and data segments. Amateur Extra (Element 4) provides full operating privileges on all amateur bands, including the exclusive Extra-class portions of 80m, 40m, 20m, and 15m. Each upgrade requires passing the written exam for that element at an accredited VEC session.
Ready to test your knowledge interactively? Our full question bank lets you take timed practice exams with instant answer feedback and explanations. Visit our ham radio General class practice test page to start drilling Element 3 questions online — no download required.