Aluminum Intake Manifold (102MM Throttle Body) for GM Chevrolet Camaro LS1 Engine.

Name: Aluminum Intake Manifold (102MM Throttle Body) for GM Chevrolet Camaro LS1 Engine.
SKU: PARENT-1751704599
Availability: InStock

$35.88 – $43.75

Specifications

지우기

배송: 처리 기간: 영업일 기준 3일입니다. 배송 기간은 상품 크기 및 배송 방식에 따라 달라집니다. 배송비는 체적 무게와 배송지를 기준으로 결제 시 산정됩니다.

반환값: 30일 이내 반품이 가능합니다. 결함이 없는 제품의 경우 20달러의 반품 라벨 비용과 20달러의 재입고 수수료가 부과될 수 있습니다. 승인된 환불은 검수 후 7일 이내에 처리됩니다. 자세한 내용은 당사의 반품 및 환불 정책을 참조해주십시오.

호환성 안내: 브랜드명, OEM 번호 및 차량 모델 정보는 호환성 확인을 위해서만 사용됩니다. TeslGo는 독립적인 판매업체로서, 별도로 명시되지 않는 한 Tesla, Inc. 또는 BYD와 제휴하거나 승인받은 관계가 아닙니다.

설명

• Specifically designed for GM Camaro models with LS/LS1 engines, this 102MM throttle body ensures a precise fit and optimal performance upgrade. It is compatible with various LS-based engines including LS1, LS2, LS6 (4.8L, 5.3L, 5.7L, 6.0L), and fits vehicles like the 1997-2004 Chevrolet Corvette, 1998-2002 Pontiac Firebird Formula/Trans Am, and 2005-2006 Pontiac GTO.

• Constructed from high-quality T6061 billet aluminum, this 102MM throttle body offers superior durability and heat dissipation compared to cast alternatives. This robust material is engineered to withstand high performance demands, resisting warping and wear for long-lasting reliability and increased airflow.

• Featuring a polished finish and a larger 102MM opening, this throttle body enhances your engine bay’s aesthetic while providing a significant performance boost. It promotes maximum airflow, delivering increased horsepower and torque for a more responsive and powerful driving experience.

• Designed for straightforward installation, this 102MM throttle body can be mounted using the supplied hardware. While professional installation is recommended given the electrical components and potential need for ECU tuning, the standard 4-bolt flange pattern and 6-pin plug are designed for compatibility with GM LS engines.

• Package includes 1 x 102MM throttle body. This essential upgrade offers a direct path to unlocking your LS/LS1 engine’s full potential, providing a noticeable improvement in throttle response and overall vehicle performance.