TUTORIAL MEMBUAT BILED ASLI BUKAN ALA-ALA MURAH MERIAH & TERANG

Summary

This video showcases the process of building a custom motorcycle light ('bilet') using various components like 30W and 40W LED lights, solenoids, and a cooling piston. The speaker highlights key features such as adjusting the light focus for optimal brightness and durability, including waterproofing and foam sealing to protect against weather. The cost of the project is around 200,000 IDR, and the final product provides both functional and aesthetic value, featuring a purple demon light effect. The speaker shares the hands-on experience and satisfaction with the result.

Takeaways

• 😀 The project involves building a custom LED headlight for a motorcycle, specifically a Jupiter MX.
• 😀 The headlight setup uses a 30-watt LED light, with an additional 2.5-inch bowel reflector and solenoid for improved performance.
• 😀 The creator uses a 30-watt LED for the main light and 40-watt versions for other parts of the system, focusing on a balance of brightness and power consumption.
• 😀 The heat dissipation is managed with a piston MX cooling system, which has been customized with a hole for mounting and specific LED positioning.
• 😀 The headlight housing also features a purple demon light and white LED light for distinct visual effects.
• 😀 The cooling system uses piston MX components, secured with screws and special adhesive to ensure proper positioning of the LEDs and reflectors.
• 😀 Proper positioning of the LED is crucial for focused light output; incorrect positioning can lead to blurry or uneven illumination.
• 😀 The setup also includes a special adhesive to keep the fan and cooling components in place, as well as a foam seal to protect against water infiltration.
• 😀 The cost of building this custom headlight setup is approximately 200,000 to 300,000 IDR, considering parts like fans, modules, and the LED lights.
• 😀 The creator tested the system over a month, noting that the 30-watt setup provides ample brightness but considers increasing wattage if necessary for more intensity.

Q & A

What is the main component used in this DIY motorcycle lighting project?

The main component used in the DIY motorcycle lighting project is a 30-watt LED light.

What type of motorbike is being modified in the project?

The motorcycle being modified is a Yamaha Jupiter MX.

Why did the creator choose a 30-watt LED for the modification?

The creator chose a 30-watt LED to avoid overloading the motorcycle's battery while ensuring adequate brightness for the light.

What problem did the creator face with the initial light setup?

The creator faced issues with the brightness and focus of the light, as it was not bright enough and lacked a proper focus when initially tested.

How did the creator solve the focus issue with the light?

The creator adjusted the position of the LED light and reflector, ensuring that the light's focus and beam were properly aligned for better performance.

What cooling mechanism was used for the LED light?

The creator used a cooling piston from the Yamaha Jupiter MX, which was mounted with screws and adhesive to prevent the system from overheating.

What additional modifications were made to ensure water resistance for the lighting system?

The creator used foam around the system to prevent water from entering and also made sure the light system was durable and waterproof through testing in the rain.

What is the 'demon light' effect, and how does it appear?

The 'demon light' effect is a purple-colored light that projects a flower-like pattern when it shines against a wall.

How much did the overall cost of the modification project amount to?

The total cost of the modification project was approximately IDR 200,000, which includes the cost of the LED, cooling piston, solenoid, and other accessories.

What would the creator do differently if they wanted an even brighter light?

If the creator wanted an even brighter light, they would opt for a 50-watt LED light, which would provide significantly more brightness than the current 30-watt version.