Wāvtech thinPRO12 – Shallow-Mount 12 inch Subwoofer
Get powerful low bass in compact spaces — designed for tight installs without sacrificing performance.
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Product Information
Overview
Wāvtech thinPRO12
The Impossible Made Real: 12" Bass in 3" Depth
The Wāvtech thinPRO12 represents the pinnacle of shallow-mount subwoofer achievement—delivering authentic 12-inch bass authority from a driver measuring just 3 inches deep. This isn't a compromise or "best you can do" solution; it's a patent-pending engineering breakthrough that delivers performance rivaling full-depth subwoofers requiring three times the mounting depth.
Consider the magnitude of what Wāvtech has achieved: The thinPRO12's 113 square inches of cone area matches standard full-depth 12" subwoofers (JL Audio 12W3v3, Rockford Fosgate P3, etc.), but fits in half the mounting space. Its over 2 inches of peak-to-peak excursion exceeds many full-depth competitors—achieved through the revolutionary dual mirrored spider system that converts vertical cone movement into controlled excursion without requiring deep mounting depth.
Why the thinPRO12 Changes Everything
Authentic 12" Performance: Most "shallow" 12" subwoofers compromise significantly on power handling (300-500W RMS), excursion (12-15mm Xmax), or both—delivering bass that sounds like a shallow subwoofer. The thinPRO12's 750W RMS power handling and 20mm linear Xmax provide displacement and output matching full-depth alternatives. This is genuine 12" performance, not a compromise.
3-Inch Mounting Depth vs. 6-7" Traditional: Full-depth 12" subwoofers require 6.0-7.0" mounting depth minimum. The thinPRO12's 3.0" depth—less than half—opens installation locations that were previously impossible for 12" bass: under truck seats (typical clearance: 3-4"), behind sports car seats (3-5" available), spare tire wells (3-4" typical), and custom panel integrations requiring minimal intrusion.
Over 2" Peak-to-Peak Excursion: Wāvtech's documentation explicitly states the thinPRO12 achieves "over 2 inches of peak-to-peak excursion"—meaning more than 50mm total cone travel (from maximum compression to maximum extension). For context, popular full-depth 12" subwoofers with 6-10" mounting depths achieve 30-40mm peak-to-peak. The thinPRO12's excursion capability, in half the mounting depth, is unprecedented.
0.6 Cu.Ft. Optimal Sealed Volume: The compact enclosure requirement makes 12" bass feasible where space constraints would normally force compromise to 10" or 8" alternatives. An optimal 0.6 cu.ft. sealed enclosure measures approximately 12" × 11" × 10" externally—fits under most truck seats, in compact car trunks, or integrated into custom installations without dominating space.
The thinPRO12 solves the fundamental dilemma that has plagued car audio since twelve-inch subwoofers became the performance standard: how to achieve 12" bass authority in vehicles where 12" mounting depth simply doesn't exist. Under-seat truck installations, behind-seat sports car builds, shallow spare tire wells, luxury vehicle stealth systems—all applications where enthusiasts previously compromised to smaller drivers or abandoned bass upgrades entirely.
This is a NEW, current-production subwoofer representing Wāvtech's dedication to advancing shallow-mount technology through genuine engineering innovation. The thinPRO12 is backed by full manufacturer warranty and the technical expertise of a company focused specifically on solving real-world car audio integration challenges.
Complete Technical Specifications
| Specification | Value |
|---|---|
| Model | Wāvtech thinPRO12 Shallow-Mount Subwoofer |
| Size | 12 inches (305mm) nominal diameter |
| RMS Power Handling | 750 watts continuous |
| Peak Power Handling | 2250 watts maximum |
| Mounting Depth | 3.0 inches (76mm) - Ultra-Shallow for 12" |
| Cutout Diameter | 11.125 inches (283mm) - Standard 12" cutout |
| Voice Coil Configuration | Dual 2-Ohm or Dual 4-Ohm available |
| Impedance Options | D2: 1Ω (parallel) or 4Ω (series) | D4: 2Ω (parallel) or 8Ω (series) |
| Voice Coil Diameter | 5.0 inches (127mm) - Massive for shallow-mount |
| Voice Coil Construction | 4-layer winding on vented polyimide composite former |
| Linear Xmax (One-Way) | 20mm - Matches full-depth performance subwoofers |
| Peak-to-Peak Excursion | Over 2 inches (50mm+) - Exceeds most full-depth competitors |
| Motor Structure | FEA-optimized dual-gap design with double-stacked strontium magnets |
| Cone Material | Honeycomb Nomex® and glass fiber composite |
| Cone Area | ~113 square inches (730 cm²) - Full 12" displacement |
| Surround Type | Double-roll NBR (nitrile butadiene rubber) |
| Spider Type | Dual mirrored internal NBR spiders (patent-pending) |
| Basket Type | Vented cast aluminum frame |
| Terminals | 8AWG push terminals |
| Frequency Response | Fs - 300 Hz (Fs typically 30-35Hz for this design) |
| Minimum Sealed Enclosure | 0.4 cubic feet |
| Optimal Sealed Enclosure | 0.6 cubic feet (recommended) |
| Maximum Sealed Enclosure | 1.0 cubic feet |
| Minimum Ported Enclosure | 0.8 cubic feet |
| Optimal Ported Enclosure | 1.0 cubic feet (ideal choice) |
| Maximum Ported Enclosure | 1.5 cubic feet |
| Recommended Amplifier Power | 250-750W RMS |
| Included Accessories | TP12G protective grille (sold separately - verify current status) |
| Warranty | Full manufacturer warranty (NEW production) |
| Condition | Brand New, Current Production |
| Price | Contact Audio Intensity for current pricing |
Specification Analysis: Understanding the Achievement
750W RMS / 2250W Peak in 3" Depth: This power handling is extraordinary for any shallow-mount subwoofer, but particularly remarkable in a 12" format. The 5.0" voice coil diameter (versus typical 2.5-3.5" for most 12" subwoofers) provides the surface area necessary for thermal dissipation, while the 4-layer winding distributes heat across greater conductor mass. The vented polyimide former evacuates hot air from the voice coil interior, preventing thermal compression during sustained high-power operation.
3.0" Mounting Depth Significance: Traditional 12" subwoofers require 6.0-7.0" minimum mounting depth; even "shallow" alternatives typically need 4.5-5.5". The thinPRO12's 3.0" depth—50-57% shallower than traditional designs—enables 12" bass in locations physically impossible for conventional subwoofers: under truck/SUV seats (3-4" typical clearance), behind sports car seats (3-5" available), spare tire wells (3-4" depth), custom panel integrations.
Over 2" Peak-to-Peak Excursion: Peak-to-peak excursion represents total cone travel from maximum compression to maximum extension. "Over 2 inches" means 50mm+ total travel—exceptional for any subwoofer, extraordinary for a 3" mounting depth design. For context: JL Audio 12W6v3 (full-depth, 6.87" mounting) achieves approximately 44mm P-P; Rockford Fosgate P3D2-12 (full-depth, 5.75" mounting) achieves approximately 38mm P-P. The thinPRO12 exceeds both while fitting in half the mounting depth.
20mm Linear Xmax: Linear excursion determines distortion-free output—the range where voice coil remains in optimal magnetic field and suspension maintains linear behavior. The thinPRO12's 20mm Xmax (one-way) matches or exceeds quality full-depth 12" subwoofers, enabled by the patent-pending dual mirrored spider system that controls cone movement across extended travel without requiring deep mounting depth.
0.6 Cu.Ft. Optimal Sealed Volume: This compact enclosure requirement makes 12" bass feasible in vehicles where traditional 12" enclosures (1.0-1.5 cu.ft. typical) simply won't fit. External dimensions of 0.6 cu.ft. enclosure: approximately 12" × 11" × 10" (including 3/4" panel thickness)—fits under most truck seats, in compact car trunk corners, or integrated into custom installations without dominating space. The wide sealed range (0.4-1.0 cu.ft.) provides flexibility for different priorities.
5.0" Voice Coil Advantage: The massive 5.0" voice coil diameter (versus typical 2.5-3.5" for 12" subwoofers) provides two critical advantages: (1) More conductor surface area in the magnetic field increases motor force and efficiency; (2) Greater surface area dissipates the heat generated by 750W continuous power, preventing thermal compression and maintaining sensitivity during extended high-output operation.
thinPRO10 vs. thinPRO12: Size Selection Guide
Wāvtech offers the thinPRO series in both 10" and 12" sizes—each optimized for specific applications. Understanding the performance differences and installation trade-offs ensures optimal selection.
Performance Comparison Matrix
| Specification | thinPRO10 | thinPRO12 |
|---|---|---|
| RMS Power Handling | 750W | 750W (equal) |
| Mounting Depth | 2.9" | 3.0" (+0.1") |
| Voice Coil Diameter | 4.5" | 5.0" (+11%) |
| Linear Xmax | 20mm | 20mm (equal) |
| Cone Area | ~78 sq.in. | ~113 sq.in. (+45%) |
| Optimal Sealed Volume | 0.35 cu.ft. | 0.6 cu.ft. (+71%) |
| Cutout Diameter | 9.125" | 11.125" (+22%) |
| Estimated Output Advantage | Baseline | +1.5-2.0 dB |
When to Choose Each Size
Choose thinPRO10 If:
- Space is extremely limited: 2.9" mounting depth fits where even 3.0" won't (0.1" matters in tight installations)
- Compact enclosure critical: 0.35 cu.ft. optimal (42% smaller than thinPRO12's 0.6 cu.ft.)
- Small/mid-size vehicles: Compact cars, small trucks, coupes where 12" enclosure volume won't fit
- Budget considerations: 10" typically costs less than 12"
- Adequate output for cabin: Small to mid-size cabin volumes (under 150 cu.ft.) adequately pressurized by 10"
Best For: Extreme space constraints, compact vehicles, adequate-but-not-maximum bass priority
Choose thinPRO12 If:
- Maximum shallow-mount output: Want the most bass Wāvtech's shallow-mount technology can deliver
- Large vehicle cabin: Full-size trucks, SUVs, vans (180+ cu.ft.) require significant displacement to pressurize
- Adequate space available: Can accommodate 0.6 cu.ft. enclosure (12" × 11" × 10" approximate)
- 3" depth acceptable: Installation location has 3-4" clearance (vs. requiring 2.9" absolute maximum)
- Bass-heavy music primary: Hip-hop, electronic, movies where deep bass extension and maximum output are priorities
Best For: Maximum performance priority, large vehicles, enthusiasts refusing to compromise 12" output despite mounting depth constraints
The thinPRO12 Performance Advantage
45% More Cone Area: The thinPRO12's 113 sq.in. cone area versus the thinPRO10's 78 sq.in. provides 45% more air-moving surface. With equal excursion (20mm Xmax), the larger cone area produces proportionally more displacement and acoustic output—approximately +1.5-2.0 dB advantage at maximum power.
Equal Power, More Efficiency: Both thinPRO models handle 750W RMS, but the thinPRO12's larger cone area achieves equivalent output at lower excursion—reducing distortion and improving efficiency. Where the thinPRO10 might operate at 15mm excursion to produce a given SPL, the thinPRO12 achieves it at 10-12mm—maintaining cleaner output with greater headroom.
Deeper Extension: Larger cone area and optimized 0.6 cu.ft. enclosure allow the thinPRO12 to reproduce deeper bass frequencies with authority. While both models extend well into sub-40Hz territory, the thinPRO12 maintains output at 30-35Hz (organ pedals, synthesizer sub-bass, film LFE) that the thinPRO10 reproduces but with reduced SPL.
The Depth Trade-Off: The thinPRO12's 3.0" mounting depth is only 0.1" (2.5mm) deeper than the thinPRO10's 2.9". However, the 71% larger optimal enclosure volume (0.6 vs. 0.35 cu.ft.) represents the primary constraint. If your installation can accommodate the enclosure volume and 3.0" mounting depth, the thinPRO12 delivers meaningful performance advantages. If space is absolutely critical, the thinPRO10 provides excellent performance in a more compact package.
Installation Applications: Where the thinPRO12 Dominates
The thinPRO12's 3.0" mounting depth and 0.6 cu.ft. optimal enclosure enable 12" bass authority in installations where traditional 12" subwoofers physically cannot fit.
Primary Application: Under-Seat Truck & SUV Installations
The thinPRO12 Sweet Spot
Under-seat installations in full-size trucks and SUVs represent the thinPRO12's ideal application—providing authentic 12" bass without sacrificing cargo capacity or requiring behind-seat space.
Typical Under-Seat Clearance: 3-4 inches (varies by vehicle and seat position)
thinPRO12 Total Depth: 3.0" mounting + 0.75" enclosure floor = 3.75" minimum (custom low-profile enclosure may reduce to 3.25-3.5")
Advantages Over Alternatives:
- vs. Traditional 12" Subwoofers: Full-depth 12" subwoofers require 6-7" mounting depth—impossible for under-seat fitment. The thinPRO12 provides authentic 12" performance where conventional 12" designs simply won't fit.
- vs. Shallow 10" Subwoofers: The thinPRO12 provides +1.5-2.0 dB more output and deeper extension than shallow 10" alternatives while fitting in similar mounting depth (3.0" vs. 2.9-3.5" typical).
- vs. Powered Subwoofers: Typical powered under-seat subwoofers (8" drivers with integrated amplifiers) produce 150-250W output and limited extension. The thinPRO12 with dedicated 750W amplification delivers 3-4× the output and significantly deeper extension.
Example Vehicles: Ford F-150 SuperCrew, Chevrolet Silverado/GMC Sierra Crew Cab, RAM 1500 Crew Cab, Toyota Tundra CrewMax, Chevrolet Tahoe/Suburban, Ford Expedition, Toyota Sequoia, Nissan Armada
Sports Car & Coupe Behind-Seat Installations
Challenge: Sports cars and coupes have minimal behind-seat depth (3-5 inches typical) due to seat recline and trunk wall proximity—traditional 12" subwoofers won't fit
thinPRO12 Solution: The 3.0" mounting depth accommodates even aggressive seat recline, allowing 12" bass in vehicles where enthusiasts previously compromised to 8" or abandoned subwoofers entirely
Implementation:
- Custom Enclosure: Build 0.6 cu.ft. sealed enclosure matching contours of behind-seat space—may require angled or trapezoidal design to maximize volume within depth constraints
- Downward or Rear-Firing: Orient subwoofer firing into trunk (rear-firing) or toward trunk floor (downward-firing) depending on available space and acoustic preferences
- Aesthetic Integration: Wrap enclosure in matching interior trim for factory+ appearance—particularly important in high-end sports cars
Example Vehicles: Chevrolet Corvette, Ford Mustang, Dodge Challenger, BMW M2/M3/M4, Porsche 911, Nissan Z, Toyota Supra, Subaru BRZ/Toyota 86
Spare Tire Well Installations
Opportunity: Vehicles with run-flat tires or tire repair kits often have unused spare tire wells offering 3-5 inches depth—perfect for thinPRO12 installation
Advantages:
- Preserved Cargo Space: Utilizing otherwise-wasted tire well space maintains full trunk capacity
- Low Center of Gravity: Subwoofer and amplifier weight low in vehicle improves handling (marginal but appreciated by performance enthusiasts)
- Integrated System: Mount amplifier on tire well wall—complete bass system in single location with short wire runs
Considerations:
- Verify Depth: Measure tire well depth at lowest point—some wells taper from 4" at edges to 2.5" at center
- Enclosure Design: Custom enclosure matching well contours maximizes volume while fitting depth constraints—may achieve 0.5-0.7 cu.ft. depending on well size
- Upward-Firing: Subwoofer fires into trunk, using trunk floor as baffle (ensure adequate sealing for sealed operation or free baffle for infinite baffle)
Dual-Subwoofer Arrays for Maximum Output
Extreme Performance: Two thinPRO12 subwoofers provide +3dB output increase over single subwoofer—combined 1500W power handling and 226 sq.in. total cone area rivals dual full-depth 12" systems
Configurations:
- Dual Under-Seat: One thinPRO12 under each front seat (requires 1200-1500W total amplification)
- Spare Tire + Under-Seat: Distributed placement improves bass consistency, reduces cabin resonances
- Custom Dual-Chamber Enclosure: Single enclosure with two separate 0.6 cu.ft. chambers (1.2 cu.ft. total)—fits behind truck seats or SUV cargo area
Amplifier Requirement: Dual thinPRO12 demands 1200-1500W amplification for optimal performance—consider Wāvtech link1000.1mini (1000W @ 1Ω) or higher-power alternatives
Electrical System: 1500W amplification draws 125-150A current—requires high-output alternator (150-200A minimum), upgraded battery, and proper power/ground wiring (0-1 AWG)
Enclosure Design & Construction
The thinPRO12's recommended enclosure range (0.4-1.0 cu.ft. sealed, 0.8-1.5 cu.ft. ported) provides flexibility for different installation constraints and performance priorities.
Sealed Enclosure Recommendations
0.4 Cu.Ft. Sealed (Minimum)
Internal Dimensions: 10" × 10" × 9" approximate
External Dimensions: 11.5" × 11.5" × 10.5" (3/4" MDF)
Character: Tightest bass response, maximum transient speed—prioritizes articulation over deep extension
Application: Extreme space constraints where even 0.6 cu.ft. won't fit, music prioritizing speed (rock, metal, jazz)
Trade-Off: Reduced low-frequency extension (F3 approximately 50-55Hz), less deep bass impact compared to larger enclosures
0.6 Cu.Ft. Sealed (Optimal) ⭐
Internal Dimensions: 12" × 11" × 10" approximate
External Dimensions: 13.5" × 12.5" × 11.5" (3/4" MDF)
Character: Balanced bass with excellent extension and control—Wāvtech's recommended optimum
Application: Most installations, versatile musical genres, balance of space efficiency and maximum performance
Benefits: Optimal Qtc for balanced response, adequate extension to ~38-42Hz, excellent transient response, maximizes thinPRO12 capabilities
Recommendation: Build 0.6 cu.ft. optimal unless specific constraints require smaller or performance demands dictate larger
1.0 Cu.Ft. Sealed (Maximum)
Internal Dimensions: 14" × 12" × 12" approximate
External Dimensions: 15.5" × 13.5" × 13.5" (3/4" MDF)
Character: Maximum low-frequency extension—deepest bass Wāvtech recommends for thinPRO12 sealed
Application: Bass-heavy music (hip-hop, electronic, reggae), maximum extension priority, adequate space available
Benefits: Extended response to ~35-38Hz, increased output in deep bass frequencies, captures fundamental frequencies of pipe organs and synthesizer sub-bass
Trade-Off: Slightly reduced transient speed, larger enclosure footprint, requires more amplifier power for comparable output
Ported Enclosure Option (Advanced)
1.0 Cu.Ft. Ported (Wāvtech Ideal Choice):
- Net Internal Volume: 1.0 cu.ft. after port displacement
- Port Tuning: 32-38Hz recommended (specific tuning depends on enclosure geometry and port dimensions)
- Advantages: Increased efficiency at tuning frequency (+3-4 dB output vs. sealed), extended low-frequency response, maximum SPL capability
- Disadvantages: Significantly larger enclosure (1.5-1.8 cu.ft. gross volume accounting for port), port requires space (typically 3" diameter × 8-12" length for 32-38Hz tuning), more complex construction, ris of port chuffing if undersized
- Best For: Maximum output priority, bass-heavy music, adequate space available for larger enclosure, experienced builders or professional installation
⚠️ Ported Enclosure Design Requires Expertise
Incorrectly designed ported enclosures produce poor results—boomy, uncontrolled bass or reduced output compared to sealed. Port dimensions must be calculated precisely using enclosure modeling software (WinISD, BassBox Pro, REW) to achieve target tuning frequency while avoiding port resonances and chuffing.
Unless you have ported enclosure design experience or professional assistance, sealed enclosure (0.6 cu.ft. optimal) provides guaranteed excellent results with simpler construction.
Construction Best Practices
Material Selection:
- 3/4" MDF: Optimal—dense (45-50 lbs/cu.ft.), acoustically inert, affordable, accepts fasteners well
- 3/4" Baltic Birch Plywood: Premium—lighter, stronger, better aesthetics (if visible), more expensive
- Never use: Particle board (weak, poor moisture resistance), material thinner than 3/4" (inadequate rigidity causes panel resonance)
Critical Requirements:
- Air-Tight Construction: Apply generous wood glue to all joints during assembly, seal all internal seams with silicone caulk after construction is complete
- Subwoofer Displacement: thinPRO12 displaces approximately 0.12 cu.ft.—build enclosure with 0.72 cu.ft. gross volume to achieve 0.6 cu.ft. net after subwoofer installation
- Bracing Required: Any panel exceeding 200 sq.in. (approximately 14" × 14") needs cross-bracing using 1" × 2" or 2" × 2" MDF strips to prevent panel flexure
- Standard 12" Cutout: 11.125" diameter cutout is standard—compatible with router circle-cutting jigs and adjustable hole saws
- Secure Mounting: 750W power handling produces significant force—ensure enclosure mounting prevents movement during operation (screws to vehicle floor, walls, or seat mounting points)
Amplifier Matching & System Integration
The thinPRO12's 750W RMS power handling demands quality amplification in the 500-750W range for optimal performance.
Recommended Power Ranges
Optimal: 500-750W RMS
- Fully utilizes thinPRO12 power handling capacity
- Provides adequate headroom for musical transients without clipping
- Recommended for most installations seeking maximum performance
Minimum: 350-500W RMS
- Adequate for moderate listening levels
- Under-utilizes subwoofer capability—limits maximum SPL
- Acceptable for budget-constrained installations
Maximum: 750-900W RMS
- Provides dynamic headroom beyond RMS rating
- Only for experienced installers with proper gain-setting knowledge
- Requires quality amplifier with clean output
Wāvtech System Integration
Wāvtech link750.1plus
Power: 750W × 1 @ 1Ω
Advantages: Perfectly matched power, brand synergy, compact Class D design
Integration: Pair with bassRESTOR and linkDQ for complete factory system solution
Wāvtech link1000.1mini
Power: 1000W × 1 @ 1Ω
Advantages: Maximum power headroom, dual thinPRO12 capability, ultra-compact chassis
Integration: Complete Wāvtech ecosystem solution
Voice Coil Selection:
- thinPRO12-2 (Dual 2-Ohm): Wire parallel for 1Ω (maximizes power from 1-ohm-stable amplifiers) or series for 4Ω (broader amplifier compatibility)
- thinPRO12-4 (Dual 4-Ohm): Wire parallel for 2Ω (optimal for most amplifiers) or series for 8Ω (significantly reduced output)
Competitive Analysis: thinPRO12 Market Position
The shallow-mount 12" category includes limited options, with the thinPRO12's 3.0" depth, 750W power, and 20mm Xmax representing a unique position.
JL Audio 12TW3-D4
Mounting Depth: 3.98" (33% deeper)
Power: 400W RMS (47% less)
Advantages: JL Audio prestige, proven reliability
Disadvantages: Deeper mounting, lower power, $450-500 pricing
vs. thinPRO12: thinPRO12 shallower, 88% more power, likely better value
Rockford Fosgate P3SD2-12
Mounting Depth: 4.0" (33% deeper)
Power: 400W RMS (47% less)
Advantages: $80-100 less expensive
Disadvantages: Deeper mounting, lower power, SPL-focused compromises sound quality
vs. thinPRO12: thinPRO12 offers superior engineering for $80 premium
thinPRO12 Competitive Advantages
- Shallowest 12" Mounting: 3.0" depth versus competitors' 4.0-5.5"—enables installations impossible for alternatives
- Highest Power Handling: 750W RMS exceeds all shallow 12" competitors by 47-88%
- Exceptional Excursion: Over 2" P-P matches or exceeds full-depth performance subwoofers
- Patent-Pending Technology: Dual mirrored spider system represents genuine innovation
Frequently Asked Questions
Q: Will the thinPRO12 fit under my truck seats?
A: Likely yes, but verification is critical. Measure available clearance under your specific vehicle's seats—you need minimum 3.75-4.0" accounting for 3.0" mounting depth + enclosure floor + grille. Custom low-profile enclosure design may reduce total height to 3.25-3.5".
Q: How does the thinPRO12 compare to a full-depth 12" subwoofer?
A: The thinPRO12 delivers 85-95% of full-depth performance in 50% of the mounting depth. Full-depth alternatives offer slightly more efficiency, but cannot fit in the tight spaces where the thinPRO12 excels. For applications where mounting depth is constrained, the thinPRO12 represents the best available 12" solution.
Q: Should I choose the thinPRO10 or thinPRO12?
A: Choose thinPRO10 for extreme space constraints (2.9" vs. 3.0" depth, 0.35 vs. 0.6 cu.ft. optimal), small vehicles, or budget considerations. Choose thinPRO12 for maximum shallow-mount output (+1.5-2.0 dB), large vehicles requiring significant displacement, or when 0.6 cu.ft. enclosure fits your installation. Both handle 750W RMS; the thinPRO12's larger cone area provides meaningful output advantage if space permits.
Q: What amplifier power do I need?
A: Optimal: 500-750W RMS. The thinPRO12 benefits from adequate amplification for maximum performance, but works adequately with 350-500W (reduced maximum output). Don't be misled by 750W rating—this represents thermal capacity, not minimum requirement.
Q: Can I use ported enclosures?
A: Yes—Wāvtech recommends 1.0 cu.ft. ported tuned to 32-38Hz for maximum output. However, ported requires precise design and 1.5-1.8 cu.ft. total volume. Unless experienced with ported design, sealed (0.6 cu.ft. optimal) provides guaranteed excellent results.
Experience Maximum Shallow-Mount Performance
The Wāvtech thinPRO12 represents the pinnacle of shallow-mount subwoofer achievement—authentic 12" bass authority in 3 inches of mounting depth.
750W RMS Power | 3.0" Mounting Depth | 20mm Linear Xmax | Over 2" Peak-to-Peak Excursion
Patent-Pending Dual Mirrored Spider | 113 Sq.In. Cone Area | 0.6 Cu.Ft. Optimal Sealed
Perfect for under-seat truck/SUV installations, sports car behind-seat builds, spare tire well integration—anywhere 12" bass is needed but 6-7" mounting depth doesn't exist.
NEW Current Production | Full Manufacturer Warranty | Wāvtech Engineering Innovation
Ready to experience authentic 12" bass in half the mounting depth? Contact Audio Intensity for current pricing and discover why the thinPRO12 represents the ultimate shallow-mount solution—the impossible made real.
Specifications
Specifications
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Owners Manual
Every Wāvtech thinPRO12 – Shallow-Mount 12 inch Subwoofer ships with a detailed factory owner’s manual that covers wiring, enclosure recommendations, specifications, and safe operating practices. This document is the official reference for setup and maintenance, ensuring you get the most performance and longevity out of your subwoofer.
We recommend reviewing the manual before installation to:
- Confirm the correct wiring configuration for your voice coil option (Dual 1Ω or Dual 2Ω).
- Review enclosure guidelines to match the driver’s performance potential.
- Understand safe power handling and gain-setting practices to protect your investment.
Keeping this manual handy ensures you have quick access to factory specifications and diagrams, making it easier to fine-tune your system or service the subwoofer when needed.
Performance & Tools
No enclosures have been added to this product.
EBP Calculator
Choosing the right enclosure for your subwoofer isn’t guesswork — it’s science. The Efficiency Bandwidth Product (EBP) is a simple calculation that uses a driver’s Fs (resonance frequency) and Qes (electrical Q) to determine whether it performs best in sealed, ported, or both types of boxes.
- EBP under 50 → Works best in sealed enclosures for tighter, more controlled bass.
- EBP over 100 → Better suited for ported designs where efficiency and output are the priority.
- EBP between 50–100 → Flexible enough to perform well in either design, depending on system goals.
Use our interactive calculator below to compare subwoofers, see where each model falls, and make an informed decision on the best enclosure type for your setup.
Efficiency Bandwidth Product (EBP)
Fs (Hz): 26
Qes: .51
Lower EBP → Sealed. Higher EBP → Ported.
Xmax (mm): 20mm
Mounting Depth (inches): 3"
Customer Reviews
Frequently Asked Questions
What enclosure size is best for the ThinPRO12?
What is the power handling of the thinPRO12?
Can it fit under a truck seat?
Is the ThinPRO12 meant for SPL competition?
Can I use the thinPRO12 in a free-air (infinite baffle) setup?
What materials are used in the thinPRO12’s construction?
How does the thinPRO12 compare to other shallow-mount subwoofers?
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