柿本改 (KAKIMOTO) Exhaust Muffler【GTbox06&S】Suzuki Hustler MN71S MZ/MX 1.0 Turbo Hybrid FF (10-year Noise Regulation Compliant Model) S44352
Brand: Kakimotoracing
Seller: Japan Express
Description from the seller
Product Overview
Bring a sportier edge to your wagon or minivan with the Kakimoto Exhaust Muffler GTbox06&S. Designed with a slanting uptilt and a powerful titanium-faced tail, this sporty model does not overlook the need for torque at low and mid speeds typical of GTbox, while also ensuring adequate performance at high speed conditions. Named GTbox06&S, it is the perfect blend of sporty aesthetics and exceptional performance.
Specifications and Compatibility
This product is compatible with Suzuki Hustler MZ/MX, vehicle model DAA-MN71S, with engine type K10C WA05A 1.0 Turbo Hybrid FF, starting from December 2017. The dimensions are as follows: pipe diameter (φ) 43, drum diameter (φ) 115, tail diameter (φ) 80, exit direction S (right), close exhaust noise (dB) 92, idling (dB) 63. The high-quality all-stainless steel rear piece only enhances the overall quality of the muffler.
Manufacturer and Brand Details
The manufacturer is none other than Kakimoto Racing, under the well-known brand Kakimoto. The product model number is S44352, weighing at 6.5 kilograms with dimensions 110 x 31.5 x 30 cm. Please note that there are no certifications for this product.
Usage Considerations and Notices
Prior to purchasing, please verify your vehicle's type, engine type, drive type, model, and grade using your vehicle's registration and caution plate. Likewise, ensure no error in vehicle compatibility on the manufacturer's website. Do note that for changes in model or grade, installation may not be possible, and additional parts may be required. Therefore, confirm this on Kakimoto's website as well. The displayed image is just a sample, and actual shape, color, and components may differ. Please note that the close exhaust noise (dB) is our measurement reference data, and actual noise levels may vary depending on the vehicle and measurement conditions.