Nissan Rogue Fuse Box: Location & Guide
TL;DR
Nissan Rogue fuses live in two spots: an under-hood box by the battery and a dash-level box behind the driver's kick panel; the cover diagram and owner's manual are the only reliable source for exact fuse assignments.
Where the Nissan Rogue fuse boxes are located
Every generation of the Rogue uses the same basic two-box layout common to Nissan crossovers. The engine compartment fuse and relay box sits on the driver's side of the engine bay, mounted against the firewall near the brake master cylinder and battery, under a rectangular black plastic cover held by tabs or a couple of screws. The interior (passenger compartment) fuse box is mounted low on the driver's side of the dashboard, behind a plastic kick panel or trim cover to the left of the brake pedal - on most model years you pry the cover off by hand at the edge clips, though some trims use one or two retaining screws.
How to open each box
For the engine bay box, release the edge tabs or remove the retaining screws and lift the cover straight up. For the interior box, gently pull the lower dash panel toward the seat to unclip it, or remove the visible screws first if your trim has them - forcing it without checking for screws can crack the plastic clips.
| Generation / years | Fuse box | Location | How to access |
|---|---|---|---|
| 1st gen (2008-2013) | Engine compartment | Driver's side of engine bay, near battery/firewall | Unclip or unscrew black cover, lift up |
| 1st gen (2008-2013) | Interior | Driver's side dash, left of brake pedal (kick panel) | Pull panel toward seat to unclip |
| 2nd gen (2014-2020) | Engine compartment | Driver's side of engine bay, near battery/firewall | Unclip or unscrew black cover, lift up |
| 2nd gen (2014-2020) | Interior | Driver's side dash, lower kick panel | Unclip panel; some trims have one retaining screw |
| 3rd gen (2021-present) | Engine compartment | Driver's side of engine bay, near battery/firewall | Unclip or unscrew black cover, lift up |
| 3rd gen (2021-present) | Interior | Driver's side dash, lower kick panel | Unclip panel; check for screws before prying |
Fuses that most commonly blow (by function)
Owners most often report these functions failing due to a blown fuse: the cigarette lighter / 12V accessory outlet (usually from phone chargers or aftermarket devices left plugged in), the radio/infotainment system (screen going dark or system not powering on), interior dome/courtesy lights, the blower motor (heater or A/C fan stops moving air entirely), and the fuel pump relay circuit (car cranks but won't start or stalls). The exact fuse number and amperage for each of these varies by generation and trim, so always confirm against the diagram printed on your fuse box lid or the owner's manual before pulling a fuse.
How to check and replace a fuse
Pull the fuse straight out with the plastic fuse-puller tool usually clipped inside the cover, and look at the thin metal element inside - if it is broken or discolored, the fuse is blown. For certainty, a simple automotive test light or multimeter across the two prongs with the circuit powered confirms it. Always replace with a fuse of the identical amp rating (color-coded); never install a higher-amperage fuse, as this removes the protection the circuit is designed to have and can lead to melted wiring.
When a blown fuse means a bigger problem
A fuse that blows once is usually a fluke - a shorted accessory or a power surge. A fuse that blows again immediately after replacement almost always means there is an actual short circuit or failing component drawing excess current somewhere on that circuit, and simply upsizing the fuse is not a safe fix. At that point, pulling stored diagnostic trouble codes with an OBD-II scanner (this site's specialty) can point you to the exact module or circuit involved before you start disassembling trim panels to chase the wire.
Summary
| Engine bay fuse box location | Driver's side of engine compartment, near battery/firewall |
|---|---|
| Interior fuse box location | Driver's side dash, behind kick panel left of brake pedal |
| Generations covered | 1st gen 2008-2013, 2nd gen 2014-2020, 3rd gen 2021-present |
| Fuse legend source | Printed on box cover underside + owner's manual |
| Most commonly blown fuses | 12V outlet, radio/infotainment, interior lights, blower motor, fuel pump relay |
| Replacement rule | Match original amp rating exactly; never go higher |
| Repeated blowing indicates | Short circuit or failing component - check stored fault codes |
Full diagnostics
For the complete step-by-step diagnostic and repair guide, see Nissan Rogue: Common Problems, Fault Codes & Repairs.
Frequently asked questions
Where is the fuse box on a Nissan Rogue?
The Nissan Rogue has two fuse boxes on every generation (2008-present): one under the hood on the driver's side near the battery and firewall, and one inside the cabin behind a kick panel low on the driver's side dashboard, to the left of the brake pedal.
How do I know which fuse controls what on my Rogue?
The fuse legend is printed on the inside of the fuse box cover (both engine bay and interior boxes) and is repeated in the owner's manual electrical section. Because exact fuse numbers and amperages differ by model year and trim, that printed diagram is the only reliable source - do not rely on generic lists.
Why does my Nissan Rogue's cigarette lighter or 12V outlet keep blowing a fuse?
This is one of the most commonly reported blown fuses on the Rogue, usually caused by a phone charger, dash cam, or other accessory drawing too much current or having a shorted plug. Replace the fuse with the same amp rating; if it blows again immediately, the outlet or the plugged-in device has a short and needs to be tested separately rather than upsizing the fuse.
Is it safe to replace a Nissan Rogue fuse with a higher amp rating if it keeps blowing?
No. Using a higher-amperage fuse removes the protection that fuse is designed to provide and can allow excessive current to overheat the wiring, creating a fire risk. If a fuse blows repeatedly at the correct rating, that indicates a short circuit or failing component that needs to be diagnosed - checking for stored fault codes with an OBD-II scanner is a good first step.