Mackie Thump15v4
A powered full-range top, 1 x 15 in LF + 1 x 1 in HF compression driver. The figures below have not yet been checked against the datasheet.
Unverified data. Entered from the manufacturer’s page. Check the datasheet before relying on it.
Place it in the plannerSpecifications used
| Maximum level | 130 dB peak at 1 m |
|---|---|
| Power | 1400 W (system rated, peak (LF amp 1200 peak / 320 RMS; HF amp 200 peak / 180 RMS)) |
| Coverage | 90° horizontal × 50° vertical |
| Frequency range | 34 Hz to 20000 Hz (-10 dB (-3 dB: 41 Hz - 20 kHz); no tolerance stated) |
| Weight | 14.8 kg |
| Size (w × h × d) | 439 × 696 × 356 mm |
| Pole socket | Yes |
| Source | Manufacturer page (2026-10-10) |
How the level was stated. Sheet prints "Max SPL Peak"; distance and measurement conditions not stated, so 1 m is assumed by the sheet label only.
Coverage definition. Series sheet SW1505 Rev D (Aug 2026) prints one value for both models: Horizontal (-6 dB) 90 deg, Vertical (-6 dB) 50 deg. CONTRADICTION: the international sheet (SW1509 Rev A, Apr 2026, https://mackie.com/img/file_resources/MACKIE_THUMPV4_LOUDSPEAKER_SERIES_SS-intl.pdf) prints Horizontal (-12 dB) 140 deg, Vertical (-12 dB) 60 deg. -6 dB figure used. Not stated per model; no rotatable horn mentioned.
Notes. Sensitivity not printed. Pole socket on bottom, size not specified.
Coverage shape
What the figures mean at distance
Taking 130 dB at 1 m on axis and the free-field rule of 6 dB lost per doubling of distance, this is the most the speaker can reach and how wide and high its nominal coverage is at each distance. A real room adds reflections, and a speaker is not normally run at its maximum.
| Distance | Level on axis | Coverage width | Coverage height |
|---|---|---|---|
| 2 m | 124.0 dB | 4.0 m | 1.9 m |
| 5 m | 116.0 dB | 10.0 m | 4.7 m |
| 10 m | 110.0 dB | 20.0 m | 9.3 m |
| 15 m | 106.5 dB | 30.0 m | 14.0 m |
| 20 m | 104.0 dB | 40.0 m | 18.7 m |
See level and distance and coverage angles for how these are worked out.
Planning estimate only. The calculation ignores reverberation, reflections and room modes. See terms and disclaimer.