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for BMW go8 X3 2019-2021
karbel
| Availability: | |
|---|---|
| Quantity: | |
Vehicle model | BMW go8 X3 | Year | 2019-2021 |
Materials | 3K carbon fiber | Materials company | Toray (Japan) |
Shipping time | 7-15 days | Shipping origin | Guangdong, China |
Fitment | 100%Fitment | Abrasive material | Aluminum abrasive |
Watch the visual presentation of the Karbel 3K Carbon Fiber Body Kit designed specifically for the BMW G08 X3. The footage highlights the distinct, tightly woven carbon fiber texture that reflects ambient light, showcasing a premium gloss finish. Observe the precise contours and aggressive styling that transform the vehicle's exterior profile. The distinct sound of the lightweight material being handled demonstrates its rigid structural integrity. These visual demonstrations provide a clear understanding of the physical characteristics, the smooth tactile surface, and the meticulous craftsmanship applied to every curve and edge of the aerodynamic components. By reviewing these clips, procurement specialists can visually verify the dimensional accuracy and the flawless surface treatment before physical inspection.
Name | model | Price | unit |
Front Lip | AD66001 | 760$ | piece |
Rear Diffuser | AD53002 | 1180$ | piece |
Spoiler | AD68002 | 760$ | piece |
Side Skirts | AD45004 | 960$ | Set |
This comprehensive aerodynamic package integrates four essential components to redefine the vehicle's exterior dynamics. The Front Lip channels airflow efficiently beneath the chassis, reducing front-end lift during highway transit. The Rear Diffuser manages exiting air streams to minimize drag, while the Spoiler provides necessary downforce to maintain optimal traction. Complementing the profile, the Side Skirts smooth out lateral turbulence along the wheelbase. Each component is engineered to work in unison, delivering not only a visually striking, low-slung stance but also measurable improvements in airflow management. The precise geometric design ensures that the physical presence of the vehicle is enhanced, offering a commanding aesthetic combined with functional aerodynamic efficiency. The smooth, cool touch of the carbon weave confirms the exceptional nature of the materials utilized.
Every component undergoes a rigorous Autoclave manufacturing process utilizing premium Pre-preg (dry carbon) techniques. By curing the materials under precise high-temperature and high-pressure conditions, the resulting composite structure achieves exceptional density and uniformity. This advanced method eliminates resin pooling and air voids commonly found in traditional vacuum infusion, resulting in a noticeably crisper weave pattern and superior structural integrity. The tactile feel of the finished product is remarkably solid, reflecting the meticulous engineering behind its creation. The precise curing cycle ensures that the material properties are fully optimized for both strength and flexibility.
The exterior of each piece is treated with a standard high-gloss, anti-UV clear coat that protects against prolonged sun exposure, preventing yellowing or degradation over time. To accommodate diverse regional market preferences, extensive customization options are available. This flexibility allows for precise alignment with specific aesthetic requirements and local consumer demands. Available surface treatments include:
Matte Finish: Provides an understated, stealth-oriented aesthetic that diffuses light.
3K & 16K Weaves: Classic and widened weave patterns for distinct visual textures.
Forged Carbon: A marbled, non-directional pattern offering a unique, modern appearance.
Honeycomb Pattern: A geometric layout for highly specialized custom builds.
Engineered for extreme environments, the composite material boasts an extraordinary strength-to-weight ratio. It is capable of withstanding significantly higher physical stress and extreme temperature fluctuations compared to standard alternatives. This extreme lightweighting directly contributes to improved vehicle aerodynamics and overall handling dynamics. The rigid construction ensures that the components maintain their precise aerodynamic shape even under the intense air pressure experienced during rapid transit, providing long-lasting reliability and dimensional stability. You can physically feel the rigidity when handling the components, a testament to the concentrated carbon layers.
Utilizing precise original equipment (OE) data, the molds are crafted to guarantee absolute dimensional accuracy. The system supports a straightforward Bolt-on and Screw-on installation methodology, designed to be used in conjunction with specialized automotive adhesives for a non-destructive application. This meticulous engineering ensures a 100% perfect fitment with the original vehicle body lines, eliminating the need for extensive modifications. The secure mounting system provides peace of mind, ensuring the components remain firmly attached under all operating conditions, allowing for efficient workshop processing.
Recognizing the physical demands of international transit, the entire kit is standardized and secured within professional, reinforced packaging. With a total gross weight of approximately 49kg, the packaging is specifically engineered to absorb impact and resist compression during long-haul freight operations. This protective casing significantly mitigates the risk of damage during cross-border transportation, ensuring that the sensitive composite surfaces arrive in pristine condition, ready for immediate deployment or inventory integration. The structured boxing also optimizes pallet space for bulk shipping.
A comprehensive support framework is established to ensure complete confidence in the procurement cycle. This includes a transparent return and exchange policy, alongside an efficient claims process for any transit-related damage. Dedicated technical support is available to assist with detailed product inquiries, installation guidance, and specification verification. This dependable after-sales infrastructure is designed to secure the supply chain and provide an efficient, worry-free experience for large-scale acquisition and distribution operations.
Vehicle model | BMW go8 X3 | Year | 2019-2021 |
Materials | 3K carbon fiber | Materials company | Toray (Japan) |
Shipping time | 7-15 days | Shipping origin | Guangdong, China |
Fitment | 100%Fitment | Abrasive material | Aluminum abrasive |
Watch the visual presentation of the Karbel 3K Carbon Fiber Body Kit designed specifically for the BMW G08 X3. The footage highlights the distinct, tightly woven carbon fiber texture that reflects ambient light, showcasing a premium gloss finish. Observe the precise contours and aggressive styling that transform the vehicle's exterior profile. The distinct sound of the lightweight material being handled demonstrates its rigid structural integrity. These visual demonstrations provide a clear understanding of the physical characteristics, the smooth tactile surface, and the meticulous craftsmanship applied to every curve and edge of the aerodynamic components. By reviewing these clips, procurement specialists can visually verify the dimensional accuracy and the flawless surface treatment before physical inspection.
Name | model | Price | unit |
Front Lip | AD66001 | 760$ | piece |
Rear Diffuser | AD53002 | 1180$ | piece |
Spoiler | AD68002 | 760$ | piece |
Side Skirts | AD45004 | 960$ | Set |
This comprehensive aerodynamic package integrates four essential components to redefine the vehicle's exterior dynamics. The Front Lip channels airflow efficiently beneath the chassis, reducing front-end lift during highway transit. The Rear Diffuser manages exiting air streams to minimize drag, while the Spoiler provides necessary downforce to maintain optimal traction. Complementing the profile, the Side Skirts smooth out lateral turbulence along the wheelbase. Each component is engineered to work in unison, delivering not only a visually striking, low-slung stance but also measurable improvements in airflow management. The precise geometric design ensures that the physical presence of the vehicle is enhanced, offering a commanding aesthetic combined with functional aerodynamic efficiency. The smooth, cool touch of the carbon weave confirms the exceptional nature of the materials utilized.
Every component undergoes a rigorous Autoclave manufacturing process utilizing premium Pre-preg (dry carbon) techniques. By curing the materials under precise high-temperature and high-pressure conditions, the resulting composite structure achieves exceptional density and uniformity. This advanced method eliminates resin pooling and air voids commonly found in traditional vacuum infusion, resulting in a noticeably crisper weave pattern and superior structural integrity. The tactile feel of the finished product is remarkably solid, reflecting the meticulous engineering behind its creation. The precise curing cycle ensures that the material properties are fully optimized for both strength and flexibility.
The exterior of each piece is treated with a standard high-gloss, anti-UV clear coat that protects against prolonged sun exposure, preventing yellowing or degradation over time. To accommodate diverse regional market preferences, extensive customization options are available. This flexibility allows for precise alignment with specific aesthetic requirements and local consumer demands. Available surface treatments include:
Matte Finish: Provides an understated, stealth-oriented aesthetic that diffuses light.
3K & 16K Weaves: Classic and widened weave patterns for distinct visual textures.
Forged Carbon: A marbled, non-directional pattern offering a unique, modern appearance.
Honeycomb Pattern: A geometric layout for highly specialized custom builds.
Engineered for extreme environments, the composite material boasts an extraordinary strength-to-weight ratio. It is capable of withstanding significantly higher physical stress and extreme temperature fluctuations compared to standard alternatives. This extreme lightweighting directly contributes to improved vehicle aerodynamics and overall handling dynamics. The rigid construction ensures that the components maintain their precise aerodynamic shape even under the intense air pressure experienced during rapid transit, providing long-lasting reliability and dimensional stability. You can physically feel the rigidity when handling the components, a testament to the concentrated carbon layers.
Utilizing precise original equipment (OE) data, the molds are crafted to guarantee absolute dimensional accuracy. The system supports a straightforward Bolt-on and Screw-on installation methodology, designed to be used in conjunction with specialized automotive adhesives for a non-destructive application. This meticulous engineering ensures a 100% perfect fitment with the original vehicle body lines, eliminating the need for extensive modifications. The secure mounting system provides peace of mind, ensuring the components remain firmly attached under all operating conditions, allowing for efficient workshop processing.
Recognizing the physical demands of international transit, the entire kit is standardized and secured within professional, reinforced packaging. With a total gross weight of approximately 49kg, the packaging is specifically engineered to absorb impact and resist compression during long-haul freight operations. This protective casing significantly mitigates the risk of damage during cross-border transportation, ensuring that the sensitive composite surfaces arrive in pristine condition, ready for immediate deployment or inventory integration. The structured boxing also optimizes pallet space for bulk shipping.
A comprehensive support framework is established to ensure complete confidence in the procurement cycle. This includes a transparent return and exchange policy, alongside an efficient claims process for any transit-related damage. Dedicated technical support is available to assist with detailed product inquiries, installation guidance, and specification verification. This dependable after-sales infrastructure is designed to secure the supply chain and provide an efficient, worry-free experience for large-scale acquisition and distribution operations.
