Wāvtech thinPRO10 – Shallow-Mount 10 inch Subwoofer
The Ultimate 10" Shallow Mount Subwoofer Revolution
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Product Information
Overview
Wāvtech thinPRO10
The Ultimate Paradox: Massive Bass in Minimal Space
The Wāvtech thinPRO10 represents a fundamental breakthrough in shallow-mount subwoofer engineering—delivering performance that simply shouldn't be possible from a driver measuring just 2.9 inches deep. This isn't incremental improvement over existing shallow mount technology; it's a complete reimagining of what compact bass can achieve, made possible through Wāvtech's patent-pending dual mirrored spider design and axial force transfer assembly.
Traditional shallow-mount subwoofers face an insurmountable physics problem: limited mounting depth restricts excursion capability, forcing compromises between power handling and output. The thinPRO10 demolishes this limitation through revolutionary suspension engineering that achieves 20mm of linear excursion—matching or exceeding the Xmax of full-depth 10" subwoofers while fitting in spaces where even compact 8" drivers won't go.
What Makes the thinPRO10 Revolutionary?
Patent-Pending Dual Mirrored Spider Design: Wāvtech's exclusive suspension architecture uses two opposing NBR (nitrile butadiene rubber) spiders in a mirrored configuration, coupled with an axial force transfer assembly that converts vertical cone movement into controlled excursion without requiring deep mounting depth. This system achieves what was previously impossible: long-throw excursion in a shallow-mount package.
750W RMS Power Handling in 2.9" Depth: No other shallow-mount 10" subwoofer combines this power handling capacity with this mounting depth. Most shallow-mount competitors offer 200-400W RMS in 3-4" depths; the thinPRO10 nearly doubles their power capacity while fitting in tighter spaces. This isn't marketing hyperbole—it's the result of advanced thermal management through the vented cast aluminum frame and massive 4.5" voice coil.
20mm Linear Xmax: Linear excursion (Xmax) represents the distance the voice coil can travel while remaining in the optimal magnetic field—the primary determinant of distortion-free output. The thinPRO10's 20mm Xmax matches full-depth performance subwoofers, enabled by the FEA-optimized dual-gap motor structure with double-stacked strontium magnets. For context, typical shallow-mount subwoofers achieve 8-12mm Xmax; the thinPRO10 delivers 67-150% more excursion capability.
Compact Enclosure Optimization: The optimal sealed enclosure volume of just 0.35 cubic feet makes the thinPRO10 perfect for extreme space constraints. This enclosure measures approximately 10" × 9" × 8" externally—smaller than a basketball. The sealed range extends from 0.25 cu.ft. (absolute minimum) to 0.8 cu.ft. (maximum extension), with ported enclosures optimized at 0.6 cu.ft.—providing flexibility for different installation priorities.
At its core, the thinPRO10 solves a problem that has plagued car audio for decades: how to add serious bass to vehicles where space is at an absolute premium. Under-seat truck installations, behind-seat sports car builds, spare tire well integrations, and stealth luxury vehicle upgrades—all applications where traditional subwoofers fail due to depth constraints. The thinPRO10 doesn't just fit in these locations; it delivers performance that rivals conventional deep-mount alternatives.
This is a NEW, current-production subwoofer representing Wāvtech's commitment to advancing shallow-mount technology through genuine engineering innovation rather than marketing claims. The thinPRO10 is backed by full manufacturer warranty and the technical expertise of a company dedicated specifically to integration-focused car audio solutions.
Complete Technical Specifications
| Specification | Value |
|---|---|
| Model | Wāvtech thinPRO10 Shallow-Mount Subwoofer |
| Size | 10 inches (254mm) nominal diameter |
| RMS Power Handling | 750 watts continuous |
| Peak Power Handling | 2250 watts maximum |
| Mounting Depth (Top-Mount) | 2.9 inches (74mm) - Ultra-Shallow |
| Mounting Height (with Grille) | 1.125 inches (29mm) |
| Cutout Diameter | 9.125 inches (232mm) - Standard 10" 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 | 4.5 inches (114mm) - Massive for shallow-mount |
| Voice Coil Construction | 4-layer winding on vented polyimide composite former |
| Linear Xmax (One-Way) | 20mm - Exceptional for shallow-mount design |
| Motor Structure | FEA-optimized dual-gap design with double-stacked strontium magnets |
| Cone Material | Honeycomb Nomex® and glass fiber composite |
| 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 | 31-300 Hz |
| Sensitivity | 82 dB @ 1W/1m |
| Minimum Sealed Enclosure | 0.25 cubic feet |
| Optimal Sealed Enclosure | 0.35 cubic feet (sweet spot) |
| Maximum Sealed Enclosure | 0.8 cubic feet |
| Minimum Ported Enclosure | 0.4 cubic feet |
| Optimal Ported Enclosure | 0.6 cubic feet (recommended) |
| Maximum Ported Enclosure | 1.0 cubic feet |
| Included Accessories | TP10G protective grille included |
| Warranty | Full manufacturer warranty (NEW production) |
| Condition | Brand New, Current Production |
| Price | Contact Audio Intensity for current pricing |
Specification Analysis: Understanding the Numbers
750W RMS / 2250W Peak Power Handling: This represents extraordinary thermal capacity for a shallow-mount subwoofer. The 3:1 peak-to-RMS ratio reflects the instantaneous power handling during musical transients, but the true achievement is the 750W continuous rating—enabled by the vented polyimide voice coil former, 4-layer winding for heat dissipation, and vented cast aluminum frame providing airflow through the motor assembly. For context, most quality shallow-mount 10" subwoofers handle 200-400W RMS; the thinPRO10's 750W capacity is 88-275% higher.
2.9" Mounting Depth: This ultra-shallow profile opens installation locations impossible for conventional subwoofers. Traditional full-depth 10" subwoofers require 5.5-7.0" mounting depth; even "shallow" alternatives typically need 3.5-4.5" depth. The thinPRO10's 2.9" depth enables: under-seat truck/SUV installations (typical available depth: 3-4"), behind-seat sports car integration (limited by seat recline), spare tire well mounting (typical depth: 3-4"), and stealth panel installations requiring minimal intrusion.
20mm Linear Xmax: Linear excursion determines distortion-free output capability—more Xmax means more air displacement without exceeding the voice coil's optimal magnetic field region. The thinPRO10's 20mm Xmax equals or exceeds full-depth performance subwoofers like the JL Audio 10W3v3 (16-18mm) or Rockford Fosgate P3D2-10 (18mm), achieved through the patent-pending dual mirrored spider system that controls excursion without requiring deep mounting depth. This Xmax, combined with 78 square inches of cone area, produces displacement rivaling larger subwoofers.
0.35 Cu.Ft. Optimal Sealed Volume: This extraordinarily compact enclosure requirement makes the thinPRO10 feasible where larger-volume subwoofers simply won't fit. External dimensions of a 0.35 cu.ft. enclosure: approximately 10" × 9" × 8" (including 3/4" panel thickness)—fits under most truck seats, in trunk corners, or integrated into custom panels. The wide sealed range (0.25-0.8 cu.ft.) provides flexibility for different priorities: 0.25 cu.ft. for absolute minimum space (tighter bass), 0.35 cu.ft. for balanced performance, 0.8 cu.ft. for maximum extension (deeper bass).
82 dB Sensitivity: Moderate sensitivity typical for high-excursion designs prioritizing power handling over efficiency. The thinPRO10 requires adequate amplification (500-750W RMS) to achieve maximum output, but this trade-off enables the high power handling and excursion capability that define its performance. Higher sensitivity would compromise power handling and linearity—the thinPRO10 optimizes for maximum output with appropriate amplification rather than efficiency with modest power.
Patent-Pending Technology: Engineering Deep Dive
Understanding what makes the thinPRO10 revolutionary requires examining the specific engineering innovations that overcome the fundamental limitations of shallow-mount subwoofer design.
The Shallow-Mount Challenge
Traditional subwoofer design assumes adequate mounting depth to accommodate:
- Deep voice coil gap: Allows voice coil to travel significant distance while remaining in optimal magnetic field
- Long spider travel: Provides linear restoring force across wide excursion range
- Cone excursion clearance: Prevents mechanical interference at maximum excursion
- Thermal dissipation volume: Allows airflow around voice coil for cooling
Shallow-mount designs sacrifice mounting depth, immediately constraining all four parameters. The result: most shallow-mount subwoofers exhibit limited excursion (8-12mm Xmax), reduced power handling (200-400W RMS), and compromised output compared to full-depth alternatives. Until the thinPRO10.
Dual Mirrored Spider System (Patent-Pending)
Wāvtech's breakthrough innovation replaces the traditional single spider with two NBR spiders in mirrored opposition, coupled with an axial force transfer assembly that fundamentally changes how excursion is controlled:
Traditional Spider System
Configuration: Single spider mounted between voice coil and basket, providing restoring force through compression/extension
Limitation: Requires deep mounting to accommodate spider travel distance—shallow mounting restricts spider excursion, limiting Xmax
Result: Typical shallow-mount subwoofers achieve only 8-12mm Xmax due to mechanical constraints
Dual Mirrored Spider System
Configuration: Two NBR spiders in opposing mirrored positions, mechanically coupled through axial force transfer assembly
Innovation: Spiders work in opposition—as cone moves forward, one spider compresses while the other extends, maintaining balanced restoring force without requiring deep mounting depth
Result: thinPRO10 achieves 20mm Xmax (67-150% more than traditional shallow-mount designs) in only 2.9" mounting depth
How It Works: The axial force transfer assembly mechanically links the two mirrored spiders, ensuring they work in perfect opposition throughout the excursion range. When the cone moves forward (compression stroke), the front spider compresses while the rear spider extends—both providing restoring force toward the neutral position. This opposition doubles the effective control force without requiring the deep mounting necessary for a single spider to achieve equivalent travel.
Additional Benefits:
- Linear Force Curve: Mirrored opposition maintains consistent restoring force across full excursion—reducing distortion and improving transient response
- Mechanical Stability: Dual spider system provides superior voice coil centering—preventing rub even at extreme excursion
- Thermal Management: Axial force transfer assembly creates airflow channels around voice coil—improving cooling despite shallow mounting
- Longevity: Load distribution across two spiders reduces fatigue stress—extending suspension lifespan
FEA-Optimized Dual-Gap Motor Structure
Wāvtech utilized Finite Element Analysis (FEA) computer modeling to optimize every aspect of the motor structure for maximum performance in minimal space:
Dual-Gap Design: Two magnetic gaps (top and bottom) double the magnetic flux density acting on the voice coil. This provides more motor force per unit magnetic material—critical for achieving high power handling and excursion control in a compact package.
Double-Stacked Strontium Magnets: Strontium ferrite magnets provide high magnetic field strength at lower cost than neodymium alternatives. The double-stacked configuration doubles the magnetic material, creating the intense field necessary for controlling the massive 4.5" voice coil across 20mm of excursion.
FEA Optimization: Computer modeling analyzed thousands of design variations to determine the optimal magnetic gap dimensions, voice coil positioning, and flux path geometry. The result: maximum magnetic field strength exactly where the voice coil operates during its 20mm excursion range—maintaining consistent motor force (Bl) throughout travel.
Massive 4.5" Voice Coil Construction
The thinPRO10's voice coil diameter exceeds most full-depth 10" subwoofers (typical: 2.5-3.5")—enabling exceptional power handling and motor force:
4-Layer Winding: Four layers of copper wire (instead of typical 2-layer) increase the conductor mass in the magnetic field, improving motor force and efficiency. More conductor layers also distribute heat across greater surface area—critical for 750W continuous power handling.
Vented Polyimide Former: The voice coil former (bobbin) uses high-temperature polyimide with vents that allow airflow through the coil winding. This ventilation evacuates heat from the hottest region (voice coil interior), preventing thermal compression and maintaining sensitivity during sustained high-power operation.
High-Temperature Operation: Polyimide maintains mechanical properties beyond 300°C, far exceeding the thermal limits of aluminum (melts at 660°C but loses strength at 150-200°C). Combined with high-temperature adhesives and insulation, the voice coil survives sustained 750W operation without degradation.
Installation Applications: Where the thinPRO10 Excels
The thinPRO10's 2.9" mounting depth and 0.35 cu.ft. optimal enclosure unlock bass solutions in vehicles and locations where traditional subwoofers simply cannot fit.
Under-Seat Truck & SUV Installations
The Primary Application
Under-seat installations represent the thinPRO10's most popular use case—particularly in crew-cab trucks and full-size SUVs where behind-seat space is limited but under-seat clearance exists.
Typical Available Depth: 3-4 inches under front seats (varies by vehicle)
thinPRO10 Total Depth: 2.9" mounting + 0.75" enclosure floor + 1.125" grille = 4.75" total (may require custom low-profile enclosure design to fit tightest spaces)
Advantages:
- Preserves Cargo Space: Unlike trunk or behind-seat installations, under-seat placement maintains full truck bed or SUV cargo capacity
- Stealth Aesthetics: Invisible installation maintains factory appearance—critical for lease vehicles or daily drivers
- Front-Firing Output: Subwoofer fires toward front cabin, providing bass to driver/passenger without rear-seat interference
- Easy Amplifier Integration: Amplifier can mount under opposite seat or behind seat back—short wire runs reduce installation complexity
Example Vehicles: Ford F-150 SuperCrew, Chevrolet Silverado Crew Cab, GMC Sierra, Toyota Tundra CrewMax, Chevrolet Tahoe/Suburban, Ford Expedition
Behind-Seat Sports Car & Coupe Installations
Challenge: Sports cars and coupes have minimal behind-seat depth due to seat recline and trunk wall proximity—typically 3-5 inches available depth
thinPRO10 Solution: The 2.9" mounting depth fits even when seat is fully reclined, allowing rear-firing or downward-firing enclosure designs that traditional subwoofers cannot accommodate
Benefits:
- Maintains Trunk Access: Bass without sacrificing limited trunk capacity in compact sports cars
- Weight Distribution: Behind-seat placement maintains near-optimal weight distribution for performance driving
- Aesthetic Integration: Custom enclosures can match interior trim for factory+ appearance
Example Vehicles: Mazda Miata, Honda Civic Si, Subaru BRZ/Toyota 86, BMW 2-Series, Volkswagen Golf GTI, Ford Mustang
Spare Tire Well Installations
Opportunity: Many vehicles have unused spare tire wells (particularly vehicles with run-flat tires or tire repair kits) offering 3-5 inches of depth
thinPRO10 Advantage: The 2.9" mounting depth fits in tire wells where full-depth subwoofers won't, utilizing otherwise wasted space
Implementation:
- Upward-Firing: Subwoofer fires into trunk, using trunk floor as baffle (infinite baffle or sealed depending on trunk isolation)
- Custom Enclosure: Build sealed enclosure matching tire well contours, maximizing available volume within depth constraints
- Amplifier Integration: Mount amplifier on tire well wall or trunk side panel—integrated system in single location
Example Vehicles: BMW 3/5-Series (run-flat equipped), Audi A4/A6, Mercedes C/E-Class, Lexus IS/ES, Volkswagen Jetta/Passat
Custom Panel Integration
Creative Solutions: The thinPRO10's ultra-shallow profile enables integration into locations impossible for conventional subwoofers:
- Rear Deck Installations: Mount in sedan rear deck (firing into trunk or cabin) where depth is limited by trunk hinges and fuel tank clearance
- Door Panel Integration: Extreme custom builds integrating subwoofer into door panels (requires verification of door thickness and clearance)
- Center Console Mounting: Custom enclosures in truck/SUV center consoles where depth is constrained
- Kick Panel Installations: Unconventional near-field bass from kick panel locations in specific vehicle
Multiple Subwoofer Arrays
Distributed Bass Concept: Using multiple thinPRO10 subwoofers in different locations creates distributed bass system with smoother response and reduced cabin resonances
Configurations:
- Dual Under-Seat: Two thinPRO10 under front seats (combined 1.5kW power handling, +3dB output increase over single)
- Spare Tire Well + Under-Seat: Distributed placement reduces room modes, improves bass consistency throughout cabin
- Triple Array: Extreme output using three thinPRO10 (+4.8dB over single subwoofer, 2.25kW combined power handling)
Amplifier Requirement: Dual thinPRO10 requires 1200-1500W amplification; triple requires 1800-2250W—plan electrical system upgrades for high-power arrays
Enclosure Design & Construction
The thinPRO10's wide enclosure volume range (0.25-0.8 cu.ft. sealed, 0.4-1.0 cu.ft. ported) provides flexibility for different installation constraints and performance priorities.
Sealed Enclosure Recommendations
0.25 Cu.Ft. Sealed (Minimum)
Internal Dimensions: 8" × 8" × 7" approximate
External Dimensions: 9.5" × 9.5" × 8.5" (3/4" MDF)
Character: Tightest bass response, maximum transient speed—ideal for extreme space constraints
Application: Absolute minimum space (compact car trunk corners, tight under-seat fits), music prioritizing articulation over depth
Trade-Off: Reduced low-frequency extension (F3 approximately 55-60Hz), less deep bass impact
0.35 Cu.Ft. Sealed (Optimal) ⭐
Internal Dimensions: 10" × 9" × 8" approximate
External Dimensions: 11.5" × 10.5" × 9.5" (3/4" MDF)
Character: Balanced bass with excellent extension and control—Wāvtech's recommended "sweet spot"
Application: Most installations, versatile musical genres, balance of space efficiency and performance
Benefits: Optimal Qtc for balanced response, adequate extension to ~42-47Hz, excellent transient response
Recommendation: Build 0.35 cu.ft. unless specific constraints require smaller or performance demands dictate larger
0.8 Cu.Ft. Sealed (Maximum)
Internal Dimensions: 12" × 10" × 10" approximate
External Dimensions: 13.5" × 11.5" × 11.5" (3/4" MDF)
Character: Maximum low-frequency extension—deepest bass Wāvtech recommends for thinPRO10 sealed
Application: Bass-heavy music (hip-hop, electronic, reggae), maximum extension priority, adequate space available
Benefits: Extended response to ~38-42Hz, increased output in deep bass frequencies
Trade-Off: Slightly reduced transient speed, requires more amplifier power to achieve comparable output
Ported Enclosure Recommendations
0.6 Cu.Ft. Ported (Optimal):
- Internal Volume: 0.6 cu.ft. net after port displacement
- Port Tuning: 35-40Hz recommended (specific tuning depends on enclosure geometry and port dimensions)
- Advantages: Increased efficiency in tuning frequency range (+3dB output compared to sealed), extended low-frequency response
- Disadvantages: Larger enclosure size, port requires space (typically 2" diameter × 6-8" length for 35-40Hz tuning), more complex construction
- Best For: Maximum output priority, bass-heavy music, adequate space available for larger enclosure
⚠️ Ported Enclosure Design Caution
Ported enclosures require precise design to avoid poor performance. Incorrect port tuning creates boomy, uncontrolled bass or reduced output. Unless you have experience with ported design or access to modeling software (WinISD, BassBox Pro), sealed enclosure represents safer approach with guaranteed good results.
If attempting ported design:
- Use enclosure modeling software to calculate port dimensions for target tuning frequency
- Verify port resonances don't occur within subwoofer's operating range (port chuffing)
- Ensure adequate internal volume remains after accounting for port displacement
- Consider slot port instead of round port if space constraints limit port length
Construction Guidelines
Material Selection:
- 3/4" MDF: Optimal—dense, acoustically inert, affordable, easy to work with
- 3/4" Baltic Birch Plywood: Premium—lighter, stronger, better aesthetics (if visible), more expensive
- 1/2" MDF: Acceptable for small enclosures (under 0.4 cu.ft.) where panel sizes are small—requires bracing for larger panels
Critical Requirements:
- Air-Tight Construction: Apply generous wood glue to all joints, seal all internal seams with silicone caulk after assembly
- Accurate Volume Calculation: Account for panel thickness, subwoofer displacement (~0.08 cu.ft. for thinPRO10), damping material compression
- Secure Mounting: The thinPRO10's 750W power handling produces significant force—ensure enclosure mounting prevents movement during operation
- Standard 10" Cutout: 9.125" diameter cutout is standard—compatible with most router circle-cutting jigs and adjustable hole saws
Amplifier Matching & System Integration
The thinPRO10's 750W RMS power handling and 82 dB sensitivity demand quality amplification in the 500-750W range for optimal performance.
Power Recommendations
Optimal Power Range: 500-750W RMS
- Fully utilizes thinPRO10's power handling capacity
- Provides adequate headroom for dynamic peaks without clipping
- Maintains voice coil within safe operating temperature
- Recommended for most installations seeking maximum performance
Minimum Power Range: 350-500W RMS
- Adequate output for moderate listening levels
- Under-utilizes subwoofer capability—limits maximum SPL
- Acceptable for space-constrained installations or budget considerations
- Ensure amplifier has clean output—clipping causes damage even at modest power levels
Maximum Power Range: 750-900W RMS
- Provides dynamic headroom beyond RMS rating
- Only for experienced installers with proper gain-setting knowledge
- Requires quality amplifier with clean output up to maximum power
- Monitor voice coil temperature during extended high-power operation
Wāvtech Amplifier Recommendations
Wāvtech link750.1plus
Power Output: 750W × 1 @ 1Ω
Advantages: Perfectly matched to thinPRO10, brand synergy ensures optimized performance, compact Class D design
Integration: Pair with bassRESTOR for factory system bass restoration, optimal system solution
Wāvtech link1000.1mini
Power Output: 1000W × 1 @ 1Ω
Advantages: Maximum power headroom, dual thinPRO10 capability (500W each), ultra-compact chassis
Integration: Complete Wāvtech system solution with linkDQ processing and link series converters
Voice Coil Wiring Options
thinPRO10-2 (Dual 2-Ohm):
- Parallel Wiring: 1Ω final impedance—maximizes power from 1-ohm-stable amplifiers
- Series Wiring: 4Ω final impedance—reduces power but provides broader amplifier compatibility
- Recommended For: Modern Class D monoblock amplifiers rated for 1-ohm operation
thinPRO10-4 (Dual 4-Ohm):
- Parallel Wiring: 2Ω final impedance—optimal for most amplifiers
- Series Wiring: 8Ω final impedance—significantly reduced power output
- Recommended For: Amplifiers performing best at 2-ohm loads or not rated for 1-ohm
System Integration with Wāvtech Ecosystem
The thinPRO10 integrates seamlessly with Wāvtech's factory integration products:
- bassRESTOR: Restores factory-filtered bass frequencies (below 60-80Hz) to subwoofer, ensuring full-range bass reproduction
- linkDQ: Advanced DSP processing for bass control, time alignment, equalization—optimizes system integration
- link Series Converters: Clean signal processing from factory head units, maintains OEM controls while adding aftermarket components
Competitive Analysis: thinPRO10 vs. Shallow-Mount Alternatives
The shallow-mount 10" category includes various solutions, but the thinPRO10's combination of 2.9" depth, 750W power handling, and 20mm Xmax represents a unique position.
Direct Shallow-Mount Competitors
JL Audio 10TW3-D4
Mounting Depth: 3.74" (29% deeper)
Power Handling: 400W RMS (47% less)
Advantages: JL Audio brand prestige, proven reliability
Disadvantages: Deeper mounting depth, lower power handling, significantly more expensive (~$349-399)
vs. thinPRO10: thinPRO10 offers shallower depth, 88% more power, likely better value
Rockford Fosgate P3SD2-10
Mounting Depth: 3.5" (21% deeper)
Power Handling: 400W RMS (47% less)
Advantages: $50-80 less expensive, widely available
Disadvantages: Lower power handling, SPL-focused design compromises sound quality, foam surround deteriorates
vs. thinPRO10: thinPRO10 offers shallower depth, significantly more power, superior engineering
Kicker 44TCWC104
Mounting Depth: 3.75" (29% deeper)
Power Handling: 300W RMS (60% less)
Advantages: Budget-friendly (~$150-180), big-box availability
Disadvantages: Significantly deeper mounting, 150% less power handling, basic construction
vs. thinPRO10: thinPRO10 offers dramatically better specifications across all parameters
thinPRO10 Competitive Advantages
Shallowest Mounting Depth: At 2.9 inches, the thinPRO10 fits locations where even other "shallow" subwoofers won't—representing 20-30% depth reduction versus competitors.
Highest Power Handling: 750W RMS exceeds all shallow-mount 10" competitors by 47-150%—critical for achieving serious output from compact enclosures.
Exceptional Xmax: 20mm linear excursion matches or exceeds full-depth performance subwoofers—enabled by patent-pending dual mirrored spider technology.
Complete System Solution: Integration with Wāvtech amplifiers and factory integration products provides turnkey solution—not just a component.
Innovation Leadership: Patent-pending technology represents genuine engineering advancement—not incremental improvement or marketing claims.
Frequently Asked Questions
Q: Will the thinPRO10 fit under my truck seats?
A: Likely, but verification is critical. Measure available depth under your specific vehicle's seats—you need minimum 3-4" clearance accounting for enclosure floor, mounting depth, and grille. The thinPRO10 mounting depth (2.9") + typical enclosure floor (0.75") + grille (1.125") = approximately 4.75" total. Custom low-profile enclosure design may reduce total height to 3.5-4.0".
Q: How does the thinPRO10 compare to a full-depth 10" subwoofer?
A: The thinPRO10 delivers 80-90% of full-depth performance in 50% of the mounting depth. Full-depth alternatives offer slightly more efficiency and potentially lower distortion, but cannot fit in the tight spaces where the thinPRO10 excels. For applications where mounting depth is constrained, the thinPRO10 represents the best available solution.
Q: Do I need 750W amplification, or will less power work?
A: The thinPRO10 benefits from 500-750W amplification for optimal performance, but works adequately with 350-500W. Lower power reduces maximum output but doesn't harm the subwoofer. The 750W rating represents thermal capacity—you won't damage the subwoofer by under-powering it, only by clipping (amplifier distortion) at any power level.
Q: Can I use the thinPRO10 in a ported enclosure?
A: Yes—Wāvtech recommends 0.6 cu.ft. ported enclosure tuned to 35-40Hz for maximum output. However, ported design requires precise calculation and construction. Unless you have experience or modeling software, sealed enclosure (0.35 cu.ft. optimal) provides guaranteed good results with simpler construction.
Q: What's the difference between thinPRO10-2 and thinPRO10-4?
A: Voice coil impedance only. The -2 version (Dual 2-Ohm) wires to 1Ω or 4Ω final—optimal for 1-ohm-stable amplifiers. The -4 version (Dual 4-Ohm) wires to 2Ω or 8Ω final—optimal for amplifiers performing best at 2-ohm. Performance is identical; choose based on your amplifier's impedance ratings.
Q: How many thinPRO10 subwoofers can I wire to one amplifier?
A: Two thinPRO10 can be wired to present various final impedances depending on voice coil option and wiring configuration. Most dual-subwoofer installations target 1Ω or 2Ω final load. Note: Dual thinPRO10 requires 1000-1500W amplification for optimal performance—significantly more than single subwoofer.
Q: Is the protective grille (TP10G) included?
A: Yes—current thinPRO10 units include the TP10G protective grille. This grille protects the cone during installation and use, particularly important for under-seat applications where feet or cargo might otherwise damage the cone.
Experience the Shallow-Mount Revolution
The Wāvtech thinPRO10 doesn't compromise—it redefines what's possible when space is at a premium but performance cannot be sacrificed.
750W RMS Power Handling | 2.9" Mounting Depth | 20mm Linear Xmax
Patent-Pending Dual Mirrored Spider | 0.35 Cu.Ft. Optimal Sealed | Complete System Solution
Perfect for under-seat truck/SUV installations, behind-seat sports car builds, spare tire well integration, and anywhere serious bass is needed in minimal space.
NEW Current Production | Full Manufacturer Warranty | Wāvtech Engineering Innovation
Ready to add serious bass where traditional subwoofers won't fit? Contact Audio Intensity for current pricing and discover why the thinPRO10 represents the ultimate shallow-mount solution—massive performance in a minimal space.
Specifications
Specifications
Features:
No feature information available for this product.
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Owners Manual
Every Wāvtech thinPRO10 – Shallow-Mount 10 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
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 makes the thinPRO10 different from other shallow mount subwoofers?
What enclosure sizes work best with the thinPRO10?
How much power do I need to drive the thinPRO10 effectively?
Will the thinPRO10 fit in my vehicle's specific installation location?
What's the difference between the 2-ohm and 4-ohm versions?
Can I use multiple thinPRO10s in the same system?
How does the thinPRO10 compare to the thinPRO12 in performance?
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