I installed a Rigid 10" SR light bar on the griz, mounted under the front rack. I haven't tested it out at night yet but my initial thought is that this is an impressive light bar!
I wanted the ability to control the light bar independently of any other lights while maintaining an OEM look. The switch I used mounted next to the factory handlebar switch for the lights, engine start/stop, etc.
The leads for the switch were on the short side but they followed the rest of the wires into the steering stem behind the headlight assembly.
A while back when I installed the winch I had purchased the Yamaha accessory wire harness which provides two switched connections from the key. One was used for the winch as mentioned. I tied one side of the light bar switch to the other lead from the Yamaha accessory harness. The wiring harness from Rigid comes with a toggle switch with a black, red, and blue wire. The blue wire is the trigger for the relay. I snipped a tiny hole in the Rigid harness, clipped the red wire going to the switch for the Rigid harness, and connected it to the Yamaha accessor harness which will provide the switched 12v connection to the handlebar switch. I connected the blue wire from the Rigid harness to the other lead from the handlebar switch.
This is the Rigid harness that I tapped into to connect the red wire going to the handlebar switch to the 12v from the accessory harness. Liquid electrical tape followed by electrical tape closed off the other end of the red wire which actually does carry voltage the way the Rigid harness is setup.
This is the other end of the Rigid harness where the Rigid switch was intended to be. I'm using the red wire (switched 12v from the Yamaha accessory harness) and the blue wire (to the relay). The black wire was clipped off short, covered with liquid electrical tape and electrical tape and the whole thing wrapped in heat shrink.
And the modified Rigid harness from above connected to the leads from the switch on the handlebars. The wires were secured in the steering stem and zip tied to the existing wires and cables.
Next was the portion of the Rigid relay to power the light bar itself. This lead was shortened as it was too long. I cut probably 4ft from it, soldered the power and ground wires back together, wrapped in electrical tape followed by heat shrink.
And the lead from the light bar plugged into the modified harness.
The light bar itself was mounted to the front rack using clamps. The clamps came with a variety of rubber inserts to fit a variety of bars. I had to get longer bolts for the light bar. Rigid supplies 1/4" bolts that are 1" long. I grabbed some 1.25" stainless steel 1/4" bolts as a replacement. The photos below were before the power lead was routed through the scoop in the hood.
I wanted the ability to control the light bar independently of any other lights while maintaining an OEM look. The switch I used mounted next to the factory handlebar switch for the lights, engine start/stop, etc.
The leads for the switch were on the short side but they followed the rest of the wires into the steering stem behind the headlight assembly.
A while back when I installed the winch I had purchased the Yamaha accessory wire harness which provides two switched connections from the key. One was used for the winch as mentioned. I tied one side of the light bar switch to the other lead from the Yamaha accessory harness. The wiring harness from Rigid comes with a toggle switch with a black, red, and blue wire. The blue wire is the trigger for the relay. I snipped a tiny hole in the Rigid harness, clipped the red wire going to the switch for the Rigid harness, and connected it to the Yamaha accessor harness which will provide the switched 12v connection to the handlebar switch. I connected the blue wire from the Rigid harness to the other lead from the handlebar switch.
This is the Rigid harness that I tapped into to connect the red wire going to the handlebar switch to the 12v from the accessory harness. Liquid electrical tape followed by electrical tape closed off the other end of the red wire which actually does carry voltage the way the Rigid harness is setup.
This is the other end of the Rigid harness where the Rigid switch was intended to be. I'm using the red wire (switched 12v from the Yamaha accessory harness) and the blue wire (to the relay). The black wire was clipped off short, covered with liquid electrical tape and electrical tape and the whole thing wrapped in heat shrink.
And the modified Rigid harness from above connected to the leads from the switch on the handlebars. The wires were secured in the steering stem and zip tied to the existing wires and cables.
Next was the portion of the Rigid relay to power the light bar itself. This lead was shortened as it was too long. I cut probably 4ft from it, soldered the power and ground wires back together, wrapped in electrical tape followed by heat shrink.
And the lead from the light bar plugged into the modified harness.
The light bar itself was mounted to the front rack using clamps. The clamps came with a variety of rubber inserts to fit a variety of bars. I had to get longer bolts for the light bar. Rigid supplies 1/4" bolts that are 1" long. I grabbed some 1.25" stainless steel 1/4" bolts as a replacement. The photos below were before the power lead was routed through the scoop in the hood.