7 Cubes in Parallel...Wiring help?

Hello,

I'd like to install some lights on a bumper that will be arriving soon and had some questions about wiring up 7 Squadron Sport cubes in parallel to the factory fog light switch that comes off the steering wheel column on a 2018 Toyota Tundra.

Could you help me to understand what I may need to wire that up? I'd like them to all come on at once, which would be roughly 30W x 7 = 210W. Call it 250W.

Can I link the lights up with splitters? Any additional relays to worry about? General thoughts or concerns?

Looking at these made by @Baja Designs
https://www.bajadesigns.com/products/squadron-sport-led-driving-combo.asp

 

Is it Friday? Why would you ever wire them in series?
You would need to wire them in parallel and use at least a 30 amp relay triggered by the hot going to the fogs after the switch.

 

Thanks French Toast, it's been a hot minute since Elec Eng class lol

Edits made - Parallel not Series

 

Can i ask a dumb question? Why not just get one lightbar? Or do you only want to use the fog light stalk?

 

Doesn’t Baja sell linkable lights that would make this easier?

Edit: they do, but it might not be as tight of a fit for your application

 

Because I already have two amber squadron sports in the fog locations currently lol and they'd look small on the A-pillar in my opinion

Need to look into that

 

As @FrenchToasty said, use a relay triggered by the fog switch. I would take that output and send it to a distribution block w/ fuses. Fuse and wire size accordingly to protect yourself.

 

You're going to want to run those lights in parallel ( all pos (+) together & all neg (-) together) the total would be 14a @ 12v. Put in a relay for sure. Trigger the relay from the lights you want to turn them on and run a 15a dedicated fused line to the battery (+) to power the relay and connect the POS of the lights to the relay output. Ground the neg of the lights to a solid ground, preferably with the relay ground.

 

Yeah possibly. Worry that they're too big though.