DENALI 50mm-60mm Tube Mount Kit For Mounting Auxiliary Lights

DENALI BMW OEM Light Mount Adapter

This BMW OEM Light Mount Adapter allows you to mount any DENALI driving light to the original factory light mount. 

DENALI DrySeal HI-LOW-OFF Switch

DENALI CANsmart Light Connector for Denali 2.0 for R1300GS 24- GEN 2

The DENALI CANsmart™ Controller provides plug-n-play installation and integrated control of up to four accessories to enable dozens of customizable settings that can be controlled right from the BMW "WonderWheel" or the CANsmart™ Accessory Manager Software.

 DENALI S4 2.0 TriOptic LED Light Kit

• High-Intensity Series Cree LEDs outputting 3066lumens per pod
• DrySeal™ Submersible Waterproof light can withstand the most extreme environments
• LiveActive™ Thermal Management keeps the LEDs cool preventing the loss of light output from overheating
• Low profile mounting bracket with stainless steel hardware included

1 Unit

GIVI TREKKER LED Projectors

• LED technology ensuring low energy consumption.
• Easily installable on all  engine guards with a tubular diameter of between 21 and 25 mm.  
• Supplied with fuse and cables for direct battery connection, as well as a waterproof switch for installing on the handlebar.
• Includes a third cable for connecting to the motorcycle ignition lock.

DENALI 21mm-29mm Tube Mount Kit For Mounting Auxiliary Lights

Mount Kit For Mounting Auxiliary Lights To Crash Bars (Pair)

Black

DENALI DL4 DRIVING LIGHT PODS W/ DATADIM TECHNOLOGY

LEDs: Cree XPL HI (8W each)
Watts: 32W
Amp Draw: 2.7A
Raw Lumens: 3,400
Beam Distance: 820' (250m)
Beam Width: 157' (48m)
Connector: DataDim Compatible 3-wire DT
Color Temperature: 6000K
Operating Voltage: 9–32 VDC
Pod Size: 3" x 3" Square x 2" Deep
Pod Weight: 1.2 lbs
IP Rating: IP68 & 69K – Waterproof, Submersible & High-Pressure Spray Resistant
Beam Certification: ECE R149 – Driving Beam (Aux High Beam)
EMC: R10, CISPR 25, CE, UKCA Compliant

Homologated clear lens – Amber or yellow lens for off-road use only

Choose the color of the lens

1 Unit

Wiring and switch are required.

DENALI D4 LED Light Pod with DataDim™ Technology

1 Unit

• LED’s: (4x) 10 Watt Cree XPL HI 
• Power Draw: 3.3 Amps 
• Raw Lumens: 4380 
• DataDim™ Compatible: Yes 
• Operating Voltage: 12 VDC 
• Pod Size: 3.9” Square x 2.6” Deep 
• Pod Weight: 1.55 lbs
• IP67 Waterproof & Submersible 
• E Mark Approved Spot Lens 

DENALI Auxiliary Light Mount for R1250GS Adventure 19-

Allows fitment of any DENALI LED light kit

Compatible with most brands of auxiliary lights

DENALI Switch Eliminator Plug

Switch Eliminator plug replaces the standard On-Off switch so your lights will automatically power on and off with the vehicle's ignition. Enjoy the convenience of having your lights on any time your bike is running and peace of mind knowing they will turn off with the ignition

DENALI TriOptic™ Lens Kit for D4 LED Lights

Yellow or orange

DENALI DL6 DRIVING LIGHT PODS W/ DATADIM TECHNOLOGY

LEDs: Cree XPL HI (8W each)
Power: 48W | 96W
Current Draw: 4A | 8A
Raw Lumens: 5,100 | 10,200
Beam Distance: 305m (1000') | 406m (1330')
Beam Width: 62m (203') | 82m (270')
Connector: DataDim compatible, 3-wire DT connector
Color Temperature: 6000K
Operating Voltage: 9–32 VDC
Pod Dimensions: 3" x 4.5" rectangle x 2" deep
Pod Weight: 680g | 1.36kg
IP Rating: IP68 & 69K – Waterproof and resistant to high-pressure spray
Beam Certification: ECE R149 – Driving beam (auxiliary high beam)
EMC: Compliant with R10, CISPR 25, CE, UKCA

Homologated clear lens – Amber or yellow lens for off-road use only

Choose the color of the lens

1 Unit

Wiring and switch are required.

DENALI Auxiliary Light Mount For CRF1000L AFRICA TWIN 16-

Allows fitment of any DENALI LED light kit

Compatible with most brands of auxiliary lights

DENALI 2.0 DataDim Dual-Intensity Controller

This DENALI DataDim Dual-Intensity Controller enables the DENALI lights to switch between half and full intensity with your vehicle's original high beam switch. All DENALI 2.0 Light pods are equipped with a dedicated 3rd-wire dimming circuit so we can use an external signal to reliably control the intensity of the LED chip at the source.