22 vs 24 Fret Electric Guitars: What Buyers Should Compare

Short answer: is 22 or 24 frets better?

Neither fret count is inherently better. A 24-fret electric guitar adds two semitones at the top of the neck, giving a full four-octave written range from the open low E to the highest E on a conventionally tuned six-string. A 22-fret guitar stops at D on the first string. That extra range matters to players who use those notes, but the buying decision also involves upper-fret access, neck and body geometry, neck-pickup position, scale length, bridge type, setup and the role of the model.

For a retailer, distributor or project buyer, fret count should be treated as a functional specification rather than a quality grade. Confirm how the actual instrument plays, where the pickups sit, whether the highest frets are usable, and whether the configuration matches the target customer.

Key takeaways for buyers

• Twenty-four frets add two high notes; they do not automatically add better construction or tone.
• On guitars with the same scale length, lower-fret spacing remains governed by that scale, not by the total fret count.
• Extra frets are useful only if the heel, cutaway and body joint provide practical access.
• A 24-fret layout may require different neck-pickup placement, but the audible result depends on the complete design.
• Fret count is different from fret size, fret material and fretwork quality.
• Compare samples with matched setup, strings, scale and bridge conditions.
• Define factory-testing questions and shipment-inspection checks before production.

What “22 frets” and “24 frets” actually mean

The count normally describes the number of installed frets on the fingerboard. With standard tuning, the 12th fret repeats each open string one octave higher. The 24th fret repeats it two octaves higher. On the first string, fret 22 is D, fret 23 is D-sharp/E-flat and fret 24 is E. Players who need the high E or prefer two-octave visual symmetry may choose 24 frets.

Real product families show that both counts remain current. Fender’s official Stratocaster buying guide includes models with 21, 22 and 24 frets, while PRS has published S2 models with both 22- and 24-fret designs. These are manufacturer examples, not a rule about which configuration SMIGERGUITAR or another brand must use. They demonstrate that fret count is one design choice within a larger system.

Buyer comparison table

The table is a planning aid. The actual neck joint, body shape and hardware layout determine how successfully either configuration works.

Does fret count change scale length or fret spacing?

Scale length is the governing measurement

Scale length is the vibrating distance from the nut to the bridge saddle, with compensation at the saddle. Fret positions divide that length mathematically. If a 22-fret and a 24-fret guitar share the same nominal scale, their first 22 fret positions should follow the same scale geometry. Adding frets does not make the lower frets closer together by itself; the fingerboard simply extends farther toward the body.

This is important when buyers compare playing feel. A shorter scale can feel different at the same string gauge and pitch, and a longer scale may require a different setup or string preference. Do not attribute a scale-length difference to fret count. Put both measurements on the product specification.

Fingerboard extension and neck joint

The additional frets need physical space. Designers can extend the fingerboard over the body, change the neck joint, alter the body cutaway or combine these approaches. Inspect whether the extension is supported, whether the heel obstructs the hand and whether the highest notes can be reached without an extreme wrist position. A guitar can list 24 frets while making the last two uncomfortable in practice.

Upper-fret access and real-world playability

Test access, not just the number

Ask a player to approach frets 19 through 24 slowly and at performance speed. Check thumb position, palm clearance and wrist angle. Play bends on the first and second strings near the top of the neck. Confirm that the string does not choke against a high fret when bent and that the player can control vibrato.

Body shape, lower-horn contour, neck heel and neck angle all influence this test. A well-contoured 22-fret guitar may feel more accessible at its highest note than a poorly integrated 24-fret guitar. The specification sheet should therefore record neck joint and access features along with fret count.

Fretboard radius and fret size

Radius describes fingerboard curvature; fret size describes crown width and height. Both can affect bending and tactile feel, but neither is determined by having 22 or 24 frets. A buyer who asks only for “24 frets” has not specified the fretwork. Confirm fret material, approximate crown dimensions, edge treatment and the acceptable condition after final setup.

Neck-pickup position: what can and cannot be claimed

The 24th-fret position lies at a harmonic node for the open string. On some 22-fret layouts, the neck pickup can sit near that area; on many 24-fret designs, the extended fingerboard causes the pickup to move toward the bridge. This geometric change can influence what the pickup senses. However, pickup construction, magnet type, winding, height, string, scale, body and signal chain all affect the audible result.

It is therefore too broad to say that all 22-fret guitars sound warmer or that all 24-fret guitars sound brighter. Ask for the routing or dimensional drawing and compare the actual pickups through the same amplifier settings. If a product description mentions pickup position, keep the statement measurable and model-specific.

Bridge type, intonation and tuning stability

Fret count does not determine whether the guitar uses a fixed bridge or tremolo, but bridge choice changes the inspection procedure. A fixed bridge should be checked for saddle travel, screw function, secure mounting and achievable intonation. A tremolo system adds spring balance, return-to-pitch behavior, knife-edge or pivot condition, and setup interaction.

For sample evaluation, tune the guitar, stretch the strings appropriately, set relief and action, then adjust intonation at the target playing setup. Compare the open note with the fretted 12th-fret note using a suitable tuner. Do not compensate for inaccurate nut slots or unstable strings by making a premature saddle judgment.

If a 24-fret guitar targets modern techniques, the buyer may prioritize tremolo use and upper access. If a 22-fret guitar targets a traditional format, the buyer may prioritize familiar control layout and bridge feel. These are range-positioning choices, not fixed relationships.

A controlled sample play-test

Use the same amplifier, cable and clean reference setting before evaluating effects or high gain:

1. Confirm model code, scale length, fret count, neck joint, bridge and pickup configuration.
2. Measure relief, action at agreed reference frets, nut-slot condition and pickup height.
3. Play every fret on every string at moderate attack and record buzzing, choking or dead notes.
4. Test bends and vibrato across the upper register, especially the last four frets.
5. Check open chords, first-position intonation and notes around the 12th fret.
6. Compare neck, middle and bridge pickup positions at matched output conditions.
7. Operate switches, pots, jack and tremolo or bridge adjustments.
8. Repeat critical checks standing with a strap, because access can change with instrument position.

Record observations instead of relying on memory. If samples use different strings or setup targets, note the limitation before comparing them.

Factory-testing questions for 22- and 24-fret models

When discussing production, ask how the supplier verifies the features that matter to the design. Useful questions include:

• How are scale and fret positions controlled during neck production?
• At which stages are fret level, ends and crown condition inspected?
• What relief and action reference is used for final setup?
• How is upper-register buzz or choking checked?
• Is intonation verified after strings have settled?
• How are pickup height, switch function, pot operation and output checked?
• For tremolo models, what return-to-pitch check is practical?
• How are model code, fret count and carton identification matched?

These questions do not assert that every factory follows one procedure. They help a buyer understand the proposed control plan and agree what evidence or inspection access is realistic.

Shipment inspection checklist

Shipment inspection should begin with identity: correct model, color, fret count, bridge, pickup layout and accessories. Select cartons according to the agreed plan and look for transit damage before judging instrument setup. On sampled guitars, check:

• neck alignment and visible twist;
• fret count, marker placement and clean fingerboard extension;
• sharp fret ends, lifted frets or visible gaps;
• relief and action using the agreed method;
• notes across all strings and frets;
• bends near the highest frets;
• tuner, bridge and control operation;
• electronics noise and intermittent output;
• finish, hardware security and carton protection.

Temperature and humidity changes can affect relief and tuning. Record arrival conditions and separate reasonable setup correction from structural or workmanship findings. Photographs and measurements make corrective discussion more reliable.

How 22- and 24-fret guitars can share a product range

The table should not become a stereotype. Some traditional designs have 24 frets and some modern players prefer 22. The better question is whether each model adds a distinct reason to buy. The electric guitar product-range guide covers wider assortment decisions, while the electric guitar body-shape guide explains how body layout affects fit and access.

Purchase specification checklist

An effective specification can include:

• model code and approved visual reference;
• 22 or 24 frets, plus scale length;
• neck construction and joint type;
• fingerboard radius, material and edge treatment;
• fret material and approximate crown dimensions;
• nut material and width;
• relief and action targets with measurement conditions;
• bridge type, hardware finish and string gauge;
• pickup models or measurable configuration requirements;
• control layout and switching function;
• finish color reference and acceptable cosmetic standard;
• accessories, unit label and carton mark;
• approved sample and change-control process.

For construction choices beyond fret count, see our bolt-on, set-neck and neck-through comparison.

Common buying mistakes

Treating 24 frets as an upgrade grade

Two extra frets are a range feature, not proof of better wood, fretwork, electronics or setup. Evaluate those areas separately.

Ignoring scale length

Customers may describe a guitar as cramped or stiff because of scale, neck profile or strings, then blame fret count. Record the full neck specification.

Counting frets without checking access

The last two frets have limited value if the heel and body block the player’s hand. Include actual playing access in sample approval.

Making universal tone claims

Neck-pickup position can change with geometry, but pickup and instrument design are complex. Describe measurable placement and verified model observations instead of promising a fixed sound.

Approving an unprepared sample

High action, uneven frets or old strings can distort the evaluation. Bring the sample to the agreed setup, document the work and then compare.

Frequently asked questions

What notes do the 23rd and 24th frets add?

In standard tuning, the first string adds D-sharp/E-flat at fret 23 and E at fret 24. The 24th fret is two octaves above the open string.

Are 24-fret guitars harder to play?

Not because of fret count alone. Scale length, neck profile, radius, string gauge, action and access have larger practical effects. The highest frets can be hard to use if the heel or cutaway is poorly integrated.

Do 24 frets make all fret spacing smaller?

No. With the same scale length, corresponding fret positions follow the same mathematical spacing. The fingerboard extends to include two more positions.

Does a 24-fret guitar have a different neck-pickup sound?

It can, because some designs move the neck pickup toward the bridge to make room. But the result also depends on the pickup, height, scale, strings and signal chain. Compare the actual model rather than applying a universal rule.

Is 22 frets enough for most players?

For many styles and repertoires, yes. Players who regularly need the highest D-sharp and E, or prefer a two-octave layout, may require 24. Customer repertoire should decide.

What should a buyer inspect on a 24-fret sample?

Check highest-fret access, bend clearance, fret level, fingerboard extension, heel integration, pickup position, scale, action and intonation. Confirm that the two extra frets are both reachable and cleanly playable.

Conclusion: specify the system, not only the count

The 22-versus-24-fret choice begins with musical range but ends with the complete instrument. Twenty-four frets provide two additional high notes and may suit a modern, technique-led role. Twenty-two frets remain practical for a wide range of traditional and contemporary applications. Neither count guarantees quality or a particular tone.

For purchasing, compare scale, access, neck joint, fretwork, pickup placement, bridge and setup on prepared samples. Then document the configuration clearly enough that production and shipment inspection can preserve the approved result.