The low beam alone ranges from 5,000 to 16,800 lumens; with the high and low beams together, it reaches 19,000. For comparison, a motorcycle’s original LED tops out at around 1,500.

The eight levels aren’t a gimmick: they’re what makes this power usable in the city or behind a car without having to turn it off.

On all other spotlights, yellow light is achieved with a lens cover that must be fitted by hand. That means stopping, removing it, putting it in your pocket, and refitting it when the fog has cleared.

The L16 changes the color temperature electronically, from 6000 K white to 3000 K yellow, by turning the same ring that controls brightness. While riding, with gloves on, without stopping.

LOBOO produces a quick-release mount that lets you remove and reinstall the lights without tools, with a waterproof connector and an anti-theft lock. It is intended for those who leave their motorcycle parked on the street or load it into a van, and for those who want to remove the lights for washing or servicing.

It is not included in the package and must be purchased separately. With the standard mount, the lights remain secured to the clamp, which is the more rigid solution and the one we recommend if you do not need to remove them often.

The high-efficiency lens produces a wide low beam with a defined cutoff line: it illuminates the edges of the road without shining into oncoming drivers’ eyes.

It’s the difference between a powerful headlight and a usable one: power without a cutoff only results in angry flashes from other drivers.

The control cycles through low beam, high beam, and three warning flash modes, each available in white or yellow light. In low-beam mode, the optics keep the beam low and the cutoff line sharp so as not to disturb oncoming traffic; with both beams together, the illuminated cone extends far beyond that of the motorcycle’s original headlight.

The three warning modes are alternating right-left flashing, simultaneous flashing, and rotating flashing. They help you be seen at a blind intersection, while parked at the roadside, or in front of a stationary queue after a bend. They do not replace the hazard lights, but they are noticed much sooner.

The wiring includes a dedicated wire to connect to the original horn. Once that optional connection is made, pressing the horn button sounds the horn and flashes the headlights at the same time: in traffic, a white flash is more effective than a sound no one can hear inside the cabin.

When you release the button, the headlight automatically returns to the mode you were using before. If you do not connect that wire, the horn remains the horn, and the headlights are controlled only by the dial.

With the LOBOO LC081 CAN-Bus controller and the dedicated cable for your motorcycle, the L16 is controlled using the original BMW Wonder Wheel—no additional handlebar switch required.

A tap of the horn also activates the warning flash, in addition to the three independent strobe modes.

IP68 is the highest rating on the scale: complete protection against dust and resistance to continuous immersion. Heavy rain, mud, and crossing a ford are no problem for the light housing, and the motorcycle can be washed without any special precautions.

The weak point of any auxiliary light is not the housing but the connections: take care of the connectors and route the cable away from hot parts. The manufacturer states that the product has passed repeated tests in bad weather while maintaining normal operation.

At 190 W at full power, heat is the real adversary. The light housing and driver have thermal control that automatically reduces power when the temperature rises—during summer in stationary traffic, where there is no airflow to cool them. It is a momentary loss of light that prevents permanent LED damage: as soon as you start moving again, everything returns to normal.

The electronics also include protection against reverse polarity, the most common installation error, and protection against overvoltage, which is not merely a theoretical possibility in a motorcycle's electrical system.

The body is made of aluminum alloy with cooling fins machined into the piece. In a 190 W LED light, the light you see depends on how much heat can escape: if it stays inside, the driver reduces the current and the illumination decreases. Aluminum conducts and dissipates heat much better than a casting or an engineering polymer, and withstands sunlight, vibration, and washing without becoming brittle.

That is also why a light like this weighs and costs more than a generic one with the same claimed output: it maintains over time the light it promises on the first day.

The body is made entirely by CNC machining. This isn’t a catalog detail: tight tolerances are what keep water out of the lens and cable-gland seats—the points where an exposed light begins to fail after a couple of winters.

The bracket rotates and allows you to mount the light above or below the bar, facing forward or slightly outward. It is more useful than it may seem: crash bars are never perfectly horizontal, and the position allowed by the frame is almost never where the beam needs to be aimed.

A practical tip: aim the lights while stationary, with the motorcycle on level ground and someone seated on it, checking where the beam cutoff falls about twenty meters away. If you do it by eye in the garage with the motorcycle on its stand, the result on the road is always aimed too high.

The included clamps fit 22, 25, and 28 mm tubes, covering nearly all crash bars and small frames currently on the market. The 22 and 25 mm bushings are included in the box; on 28 mm bars, the clamp tightens directly without a bushing.

For 32 and 38 mm tubes, different clamps are required, which LOBOO sells separately and are not included. Before ordering, measure the exact point where the clamp would sit with a caliper: on many bars, the cross-section changes along their length.

The manufacturer's dimensioned drawing shows the headlight housing and the overall dimensions with the bracket and clamp installed: these are the figures that determine whether the headlight fits between the crash bar and the fairing without touching anything when the handlebars are turned fully.

The table specifies a 12–15 V DC power supply for combustion-engine motorcycles, an aluminum-alloy housing, IP68 protection, a color temperature of 3000 to 6000 K, and a maximum luminous flux of 19,000 lumens, with 50–168 W on low beam and 56–190 W with both beams on. The dimensions were measured manually, so minor tolerances are normal.

The installation photos show the most common position on large adventure bikes: on the crash bars, level with or slightly below the original headlight, one on each side. This position provides the widest beam spread and keeps the lights out of the path of stones.

The manual specifies mounting to the frame or crash bars. If you are unsure about the mounting point on your motorcycle, send us a photo of the area and we’ll tell you whether it can support them.

The LOBOO LC081 CAN-Bus controller connects the auxiliary lights to the motorcycle’s electronics. Three reasons why it changes everyday use:

• No additional buttons on the handlebar: turn the auxiliary lights on and off and adjust them using the original Multi-Controller wheel, with your thumb and without letting go of the grip.
• They follow the motorcycle’s lights: low beam, high beam, and passing flash remain synchronized with the factory controls, as if the auxiliary lights were original equipment.
• Installation without cutting: it plugs into the original connector with the dedicated cable, with no wire taps and without touching the motorcycle’s wiring harness.

And it does more: independent control of the two lights, warning and flash modes activated from the original controls, and memory of the last setting. Choose the controller based on the cable: 4-pin for the R 1200 and R 1250 GS and K 1600 series, 5-pin for the R 1300 GS and GS Adventure, and 8-pin for the F 750, 800, 850, and 900 GS and F 900 XR.

View the LC081 CAN-Bus controller and choose the cable for your BMW