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    SetupApril 2, 20259 min

    Cartridge Alignment – Setting Tracking Force, Anti-Skating & Azimuth Properly

    Phono cartridge with alignment protractor on a turntable platter – step-by-step guide
    Phono cartridge with alignment protractor on a turntable platter – step-by-step guide

    Why Alignment Decides Sound and Record Life

    A cartridge can be as expensive as you like – misaligned, it sounds worse than a €50 system properly set up. And worse: wrong tracking force or skewed azimuth permanently grinds into your records. The good news: with patience, a simple alignment protractor, and a tonearm scale (about €30 together), you can do this yourself.

    This guide covers the four key alignment points: tracking force, overhang, azimuth, anti-skating – plus VTA as a bonus.

    What You Need

    • Tonearm scale (digital, ~€15) – measure tracking force precisely
    • Alignment protractor (Baerwald or Stevenson, printout suffices – e.g. from vinylengine.com)
    • Small spirit level (€5) – level the turntable exactly
    • Magnifier or smartphone macro – for azimuth check
    • A test record with clear tracks (e.g., Hi-Fi News Test LP, optional)
    • Steady hand, good light, about 45 minutes

    Before You Start: Level the Turntable

    Sounds basic but is the prerequisite for everything else. Place spirit level on the platter (NOT on the chassis – that can be warped) and adjust the furniture's feet so the bubble sits dead center. Off-level turntable = every further alignment is off.

    Step 1: Tracking Force

    Tracking force is the weight with which the stylus presses on the record. Listed in your cartridge's data sheet, usually between 1.5 g and 2.5 g.

    How to do it:

    1. Set anti-skating to 0 (otherwise it skews the measurement)
    2. Balance the tonearm: shift counterweight until the tonearm floats horizontally
    3. Turn the scale on the counterweight to "0" without moving the counterweight itself
    4. Set tracking force via the scale to the target value (e.g. 1.8 g for Ortofon 2M Red)
    5. Verify with tonearm scale – counterweight scales are often inaccurate

    Common mistakes:

    • Too light tracking force → stylus jumps out of groove, distorts, damages groove walls
    • Too heavy tracking force → wears down stylus and record fast
    • Tracking force is measured at platter height, not in the air

    Step 2: Overhang & Tonearm Geometry (Alignment)

    The stylus must sit at a specific angle to the groove to follow the spiral tangentially. Without correct alignment, tracking distortion appears, especially toward the end of the record.

    Baerwald vs. Stevenson:

    • Baerwald: minimum average distortion over the whole record – standard recommendation
    • Stevenson: minimum distortion at record end – good for classical

    How to align:

    1. Print the protractor (1:1, verify size before printing!) and place on platter, center hole over spindle
    2. Loosen cartridge in headshell (two screws)
    3. Place stylus on the protractor's null point (there are two: one outer, one inner)
    4. Align cartridge parallel to the lines of the protractor – slide and rotate until perfectly parallel
    5. Tighten screws without shifting
    6. Verify both null points – at both, the stylus must sit exactly on the line and the cartridge must be parallel to the lines

    Result: tracking distortion vanishes, stereo image becomes clear and stable.

    Step 3: Azimuth

    Azimuth = the lateral tilt of the stylus. Ideally, the stylus stands exactly perpendicular to the record. Tilted = one channel louder, stereo image skewed.

    Visual method (sufficient for most):

    1. Platter at eye level – or photograph from the front with smartphone
    2. Lower stylus onto a stationary record (turntable off!)
    3. Mirror trick: small pocket mirror on the record, lower stylus – stylus and reflection must form a perfectly straight line, no kink
    4. Twist headshell or shim if tilted (some headshells have azimuth screws, others don't)

    Pro method:

    With stereo test LP (Hi-Fi News) measure crosstalk via multimeter. Overkill for most listeners.

    Step 4: Anti-Skating

    While playing, the groove pulls the tonearm inward ("skating force"). Anti-skating counteracts that so both groove walls are loaded equally.

    Rule of thumb:

    • Anti-skating value ≈ tracking force (so at 1.8 g tracking force → 1.8 anti-skating)
    • Conical styli often need slightly less anti-skating (~70% of tracking force)
    • Elliptical/Microline styli typically need the full value

    Test:

    Play a mono record on a mono amp (or with mono switch). With correct anti-skating, both channels sound exactly equal in volume.

    Step 5 (Bonus): VTA / SRA

    VTA = Vertical Tracking Angle. The tonearm pivot height affects the stylus's angle of attack on the record. On most beginner turntables (Pro-Ject Debut, Rega Planar 1) this isn't adjustable and that's fine.

    If your tonearm has VTA adjustment:

    • Tonearm parallel to record as default
    • Slightly higher in the back = more bass, more aggression
    • Slightly lower in the back = more highs, leaner bass

    With thin (140 g) and thick pressings (180–200 g), VTA changes – hardcore audiophiles adjust per record. For 99% of listeners, a middle setting is fine.

    Order Summary

    1. ✅ Level the turntable
    2. ✅ Align cartridge in headshell with protractor (overhang)
    3. ✅ Set tracking force with tonearm scale
    4. ✅ Check azimuth (mirror method)
    5. ✅ Set anti-skating equal to tracking force, mono test

    Total time first time: about 45–60 minutes. Second time: 15 minutes.

    When to Go to a Pro?

    • MC cartridges from €500 upward – tighter tolerances
    • Vintage turntables with unknown prior state
    • Tonearms with non-linear geometry (e.g. swing arm)
    • When something sounds odd after your own alignment

    At Second Music & Fun, we align cartridges professionally – including protractor, tonearm scale, and listening test. About 30 minutes, free with cartridge purchase from us.

    Common Mistakes

    1. Turntable not level – makes everything else wrong
    2. Ignoring tracking force in the data sheet – "more is better" doesn't apply
    3. Protractor printed wrong scale – verify 1:1 before printing
    4. Anti-skating "by ear" – without mono test it's pure gut-feeling voodoo
    5. Overtightening cartridge screws – headshell or cartridge body can break

    Related

    Conclusion

    Cartridge alignment is craft, not magic. A well-aligned €100 stylus sounds better than a misaligned €500 stylus – and it spares your records. Whoever invests the first 45 minutes gets better sound for years.

    Want your cartridge professionally aligned? Visit Second Music & Fun in Munich. We do alignment, tracking force measurement, and listening test, and explain everything so you can do it yourself next time.