EDGE EDU12SPL-E2 - Unlimited Series 12 inch 10000 Watts Max SPL Car Subwoofer
Maximum Performance Without Compromise
The EDGE EDU12SPL-E2 from the Unlimited Series is designed for serious bass fans and SPL competitors. Built for massive output and precision control, it delivers extreme low-end energy with clean, musical sound – the perfect mix of brute force and audio quality.
This powerhouse subwoofer is engineered to handle the most demanding systems, using heavy-duty materials and advanced cooling technology to deliver huge continuous power without overheating.
Why Buy This Subwoofer
- Extreme Power Handling – 5,000W RMS / 10,000W peak output for ground-shaking bass.
- Competition-Level Build – cast alloy torsion basket and oversized motor for maximum strength.
- Heat Raptor Technology – advanced cooling keeps the subwoofer running cool under high loads.
- Low Impedance Flexibility – dual 0.7 Ω voice coils allow multiple wiring options for maximum amplifier power.
- Superior Sound & SPL – designed to deliver both devastating sound pressure and accurate, musical bass.
Key Features
- 12.8" (325mm) Unlimited Series subwoofer
- Dual 0.7 Ω high-performance voice coils
- 100mm (4") 4-layer USA-built aluminium voice coil
- Ribbed surround and non-pressed paper cone for natural, punchy bass
- Carbon fibre dustcap for extra strength and lightness
- Cast alloy torsion basket for stability and rigidity
- Aluminium heat sink and extraction pole for rapid heat dissipation
- Massive 612oz magnet assembly for huge magnetic force
- Engineered for extreme SPL and daily driving use
Specifications – EDGE EDU12SPL-E2
- RMS Power: 5,000 Watts
- Peak Power: 10,000 Watts
- Impedance: Dual 0.7 Ω
- Voice Coil Diameter: 100mm
- Mounting Depth: 252mm
- Mounting Diameter: 285mm
- Magnet Weight: 612oz
- Magnet Dimensions: 11" x 1" (280mm x 25mm)
- Recommended Amplifier: EDGE EDX5000.1FD-E9 or similar high-power amp
Ideal For
- SPL competitions
- High-power daily driver systems
- Sealed or ported enclosures
- Installations demanding extreme output and reliability
