Instruction Manual: Game of Bricks Light Kit for Ferrari SF-24 F1 77242
Thank You
Thank you for purchasing this product. To achieve the perfect hidden-line effect, we use severely thin aviation-grade wire with high tension and pressure tolerance. However, due to its thin nature, be careful not to cut through it as it might be susceptible to shearing during installation. Always be careful not to press brick pieces down on the wire.
Let's Get Started
If you encounter any challenges during installation, please feel free to reach out via support@gameofbricks.eu. Game of Bricks offers 2 years of free light kit maintenance for this product.
Step 1 (Bag 1)
This section details the initial wiring and component placement for the Ferrari SF-24 F1 model.
- Begin with the Ferrari SF-24 F1 model.
- Open Bag 1, which contains thin wires and small circular red components.
- Carefully insert a thin wire into a designated mounting point on the car's chassis, following the indicated direction [arrow-right].
- Thread a wire through a small circular red component and attach it to a clear plastic piece, as indicated by a green arrow.
- Continue threading wires through components and attaching them to the car's structure.
- Attach a wheel assembly to the car, ensuring that the wires are routed correctly and not pinched.
- Route wires along the car's body, guided by green arrows, to prepare for further component attachment.
- Attach the rear wing assembly to the car, carefully managing the wires to ensure they are not damaged.
- Insert a wire into a specific rear component of the car.
- Insert a wire into a black component intended for the car's rear.
- Examine the underside of the car, where wires are being connected to various points and chassis components.
- Attach another wheel assembly, ensuring proper wire management for the lighting system.
- Observe the underside of the car, noting the detailed routing and connection of wires to the chassis.
Step 2 (Bag 2)
This section focuses on installing the LED strips and further wire management throughout the model.
- Open Bag 2, which contains multiple thin LED strips.
- Attach a component to the rear of the car, likely for housing LEDs or managing wires.
- Carefully peel off the adhesive backing from an LED strip.
- Attach an LED strip to a black component, indicated by a green arrow, ensuring it is securely placed.
- Route wires and attach a small black square component, possibly a connector or wire holder.
- Connect wires and components to the underside of the car, securing them as shown.
- Attach a wheel assembly to the car, carefully routing wires to integrate the lighting system.
- The underside of the car is shown, detailing the placement of wires and components for the lighting.
- Hold an LED strip, preparing it for attachment to the model.
- Attach an LED strip to the front of the car, indicated by green arrows, likely for headlights or front accent lighting.
- Observe the underside of the car, illustrating the routing of wires from the front LEDs towards the rear of the model.
- Continue routing wires and connecting components on the underside of the car.
- Route wires along the side of the car, preparing them for final connections.
- Attach components to the car's chassis, indicated by green arrows, connecting the LED strips.
- The underside of the car is shown, displaying the final wire connections for this step of the installation.
Step 3
This final step involves connecting the main power source and completing the illumination of the model.
- A circuit board with multiple LED connectors and a USB power cable is presented.
- Connect the circuit board to the car's chassis, carefully routing all associated wires.
- Attach the circuit board securely to the car, indicated by green arrows, completing the internal connections.
- The fully assembled Ferrari SF-24 F1 model is now illuminated with red lights, demonstrating the completed installation. A light bulb icon ? signifies the successful lighting.
Final Connection
Connect the light kit to the battery box, and the installation will be complete. If you wish to use an alternative power source, please ensure its maximum voltage does not exceed 6V.