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18 Sound 8NM610

8" · 16 Ω · 400 W · 104 dB · datasheet ↗

Thiele-Small parameters

Nominal size8"
Impedance16 Ω
Fs260 Hz
Qts0.23
Qes0.28
Qms1.2
Vas1.6 L
Sd220 cm²
Xmax3 mm
Re10 Ω
Bl31 T·m
Mms17 g
Pe400 W
Sensitivity104 dB

Alignment hint

EBP929 · ported
Sealed Vb (Qtc ≈ 0.71)≈ 0.2 L

EBP > 100: favours a ported (bass-reflex) alignment.

Rules of thumb from T/S parameters only. Verify against a real simulation before cutting wood.

Substitute candidates

DriverFs (Hz)QtsVas (L)Xmax (mm)Sens (dB)FitNotesCompare
18 Sound 8NM610260 =0.21 -0.021.5 -0.13 =104 =close8 Ω vs 16 Ω: amp load changes+
B&C 8NSM64245 -150.34 +0.111.5 -0.12 -1100 -4usable8 Ω vs 16 Ω: amp load changes · 250 W vs 400 W: lower power handling · Xmax 2 mm < 3 mm: lower excursion-limited SPL+
B&C 8NSM64245 -150.43 +0.21.5 -0.12 -1100 -4risky250 W vs 400 W: lower power handling · Xmax 2 mm < 3 mm: lower excursion-limited SPL+
Oberton 8NM201102.81 -157.190.286 +0.068.07 +6.472.75 -0.2598 -6risky8 Ω vs 16 Ω: amp load changes · 200 W vs 400 W: lower power handling · Xmax 2.75 mm < 3 mm: lower excursion-limited SPL+
18 Sound 8NMB75088 -1720.27 +0.046.9 +5.36.1 +3.196.5 -7.5risky8 Ω vs 16 Ω: amp load changes+
LaVoce WAN082.0280 -1800.23 =8.97 +7.375.8 +2.896.5 -7.5risky8 Ω vs 16 Ω: amp load changes · 200 W vs 400 W: lower power handling+
Oberton 8NM250v267.7 -192.30.252 +0.028.39 +6.794 +1100 -4risky250 W vs 400 W: lower power handling+
18 Sound 8MB710108 -1520.32 +0.099 +7.42.25 -0.7599.5 -4.5risky8 Ω vs 16 Ω: amp load changes · 250 W vs 400 W: lower power handling · Xmax 2.25 mm < 3 mm: lower excursion-limited SPL+
18 Sound 8MB720108 -1520.32 +0.099 +7.42.25 -0.7599.5 -4.5risky8 Ω vs 16 Ω: amp load changes · 250 W vs 400 W: lower power handling · Xmax 2.25 mm < 3 mm: lower excursion-limited SPL+
LaVoce MAF082.00-1688 -1720.24 +0.0110.89 +9.292.3 -0.798.5 -5.5risky200 W vs 400 W: lower power handling · Xmax 2.3 mm < 3 mm: lower excursion-limited SPL+

Compare the closest 3 against the 8NM610 →

Ranked on parameter similarity only (Qts, Fs, Vas, Xmax, sensitivity). Same nominal size required. A hint, not a simulation, model the swap before cutting or buying.

Used in enclosures (0)

No enclosure in the catalog uses this driver yet.