HB3/HB4/H10/9012-HIR2 12V Resistor Canbus Kit (Set of 2)
Upgrade your vehicle's lighting system with the HB3/hb4/h10/hir2 Resistor Canbus Kit. This plug & play kit is designed for LED globe types 9005-HB3, 9006-HB4, H10, and 9012-HIR2, offering a seamless installation process.
- Efficient Performance: With a 12 Volt input and a current of 1.7A/13.5V, this kit delivers an impressive output power of 23W at 13.5V, ensuring optimal performance.
- Simulated Halogen Signal: The kit is equipped to simulate halogen globe signal feedback, providing a reliable and consistent lighting experience.
- Canbus Compatibility: Experience hassle-free compatibility with the vehicle's Canbus system, ensuring smooth operation without error codes or flickering.
Elevate your vehicle's lighting with this resistor kit, delivering both functionality and style.
Shipping – General Items
Shipping for general items is calculated at checkout based on the item’s size, weight, and delivery location.
Delivery time & Dispatch Time
At Mick’s Gone Bush, we strive to process and dispatch all orders as quickly as possible. Most orders are dispatched within1–3 business days, depending on product availability and supplier processing times. However, dispatch times may vary due to factors such as stock levels, promotional periods, or supplier delays.
Delivery Time: Once dispatched, delivery typically takes 1–14 days. Please note that we have no control over delivery times after dispatch. Delivery Notice Heavy items: Customers are fully responsible for unloading the truck upon delivery. Please note that the items being delivered, such as generators, compressors, welders, hydraulic hoists, and other heavy equipment, may require specialised unloading equipment. Any costs associated with arranging and using cranes, forklifts, or other necessary equipment are the sole responsibility of the customer.
Images
All product images are for illustrative purposes only. Actual products may vary due to updates, design changes, or slight differences in colour and appearance. We strive to ensure accuracy, but variations may occur depending on your device's display or manufacturer updates.
