Model #:
GTW1000
Color:
NA
Renegade GTW1000 Woofer - 250 W RMS - 500 W PMPO
Renegade GTW1000 Woofer - 250 W RMS - 500 W PMPO
Price
Color
NA
Features
- Designed and enhanced to offer the most significant execution with the least distortion levels
- Experience body shaking levels without any room-vibrating reverb or excessive heat output with 250 W RMS power
- Get brilliant performance from your stereo or amplifier with 4 Ohm low-impedance design
Specification
| Brand Name | |
| Brand Name | Renegade |
| Impedance | |
| Impedance | 4 Ohm |
| Limited Warranty | |
| Limited Warranty | 1 Year |
| Manufacturer | |
| Manufacturer | Rockford Fosgate |
| Manufacturer Part Number | |
| Manufacturer Part Number | GTW1000 |
| Manufacturer Website Address | |
| http | //www.rockfordfosgate.com |
| Mounting Depth | |
| Mounting Depth | 4.44" |
| PMPO Output Power | |
| PMPO Output Power | 500 W |
| Product Color | |
| Product Color | Silver |
| Product Model | |
| Product Model | GTW1000 |
| Product Name | |
| Product Name | GTW1000 Woofer |
| Product Type | |
| Product Type | Woofer |
| RMS Output Power | |
| RMS Output Power | 250 W |
| Sensitivity | |
| Sensitivity | 85 dB |
| Voice Coil | |
| Voice Coil | Single |
| Weight (Approximate) | |
| Weight (Approximate) | 5.50 lb |
| Woofer Diameter | |
| Woofer Diameter | 10" |
From the Manufacturer
Warranty
Extended warranties can save you hundreds, sometimes even thousands of dollars in unexpected repairs. You can contact us, or visit our store for additional details.
Delivery
Let our team co-ordinate professional delivery and installation on your new purchase. Some restrictions may apply.
Disclosures
Proposition 65 Warning for California ResidentsCancer and Reproductive Harm - P65Warnings.ca.gov
Features
- Designed and enhanced to offer the most significant execution with the least distortion levels
- Experience body shaking levels without any room-vibrating reverb or excessive heat output with 250 W RMS power
- Get brilliant performance from your stereo or amplifier with 4 Ohm low-impedance design