S2 BA20D Dual Tech specific AC-DC LED bulb - Yellow 3000K - Car, motorcycle

The BA20D Dual Tech 3000K LED bulb is specially designed for vehicles and small-displacement motorcycles, whether they are equipped with a battery or not:

• 2-stroke 50cc to 125cc motorcycle (without battery),
• 4-stroke 50cc to 125cc motorcycle (with battery).

This LED is the only one in the AGM Vision range capable of withstanding the large voltage variations encountered on this type of vehicle. Indeed, some two-wheelers, especially mopeds running on alternating current (AC), experience significant fluctuations despite the presence of original regulators, often insufficient to power standard LEDs.

For scooters and small-displacement vehicles equipped with direct current (DC), the issue comes rather from the lack of precision of the original regulators. That is why it is essential to use specific LEDs such as the BA20D Dual Tech.

This 3000K version stands out for its vintage yellow lighting, reminiscent of old vehicles and classic motorcycles. It makes it possible to keep an authentic retro style while enjoying the benefits of modern LED technology. The warm yellow output also offers excellent visual comfort and an atmosphere typical of older generations of vehicles.

This bulb combines two technologies:

• a precise and uniform beam thanks to its lens,
• a widening of the lighting via the two central chips.

It provides the two classic functions of a BA20D: low beam and high beam.

The advantages of the BA20D Dual Tech 3000K:

• Unique AGM Vision dual technology,
• 3000K yellow lighting, vintage / old vehicle style,
• Very low consumption (up to 10 times lower than the original), which greatly relieves the alternator,
• Higher luminous power than the original, with a more uniform and wider beam,
• Compatible with AC and DC systems,
• Ideal for mopeds, classic motorcycles, vintage scooters and retro restorations.

⚠️ Warning: make sure that your BA20D headlamp unit is not fitted with a cover in front of the bulb; otherwise, the light would be blocked and performance would be reduced.