Faital PRO 12HP1060

12" · 8 Ω · 1000 W · 95 dB · datasheet ↗

Thiele-Small parameters

Nominal size	12"
Impedance	8 Ω
Fs	45 Hz
Qts	0.28
Qes	0.29
Qms	12.1
Vas	36.9 L
Sd	518 cm²
Xmax	12.45 mm
Re	5 Ω
Mms	126.9 g
Pe	1000 W
Sensitivity	95 dB

Alignment hint

EBP	155 · ported
Sealed Vb (Qtc ≈ 0.71)	≈ 6.9 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

Driver	Fs (Hz)	Qts	Vas (L)	Xmax (mm)	Sens (dB)	Fit	Notes	Compare
Faital PRO 12HP1030	45 =	0.3 +0.02	35.9 -1	12.45 =	95 =	close		+
Faital PRO 12HP1030	45 =	0.27 -0.01	33.2 -3.7	12.45 =	94 -1	close	4 Ω vs 8 Ω: amp load changes	+
Faital PRO 12HP1060	45 =	0.25 -0.03	33.8 -3.1	12.45 =	95 =	close	4 Ω vs 8 Ω: amp load changes	+
Beyma 12LEX1000Fe	49 +4	0.3 +0.02	38.4 +1.5	11 -1.45	95 =	close	Xmax 11 mm < 12.45 mm: lower excursion-limited SPL	+
B&C 12TBX100	42 -3	0.26 -0.02	37.5 +0.6	9 -3.45	95 =	close	Xmax 9 mm < 12.45 mm: lower excursion-limited SPL	+
Beyma 12"LEX1300Nd	45 =	0.24 -0.04	43 +6.1	11 -1.45	96 +1	usable	Xmax 11 mm < 12.45 mm: lower excursion-limited SPL	+
Faital PRO 12RS1066	42 -3	0.33 +0.05	31.5 -5.4	12.45 =	93 -2	usable		+
B&C 12SW115	38 -7	0.25 -0.03	34 -2.9	13.5 +1.05	92.5 -2.5	usable		+
B&C 12SW115	39 -6	0.25 -0.03	33 -3.9	13.8 +1.35	92 -3	usable	4 Ω vs 8 Ω: amp load changes	+
RCF LF12X401	45 =	0.27 -0.01	50 +13.1	9 -3.45	96.5 +1.5	usable	Xmax 9 mm < 12.45 mm: lower excursion-limited SPL	+

Compare the closest 3 against the 12HP1060 →

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.