How Many Seats In Nissan Armada

Alright, let's dive into the seating configuration of the Nissan Armada. Understanding this is crucial whether you're planning a seating modification, replacing damaged components, or simply trying to maximize passenger space. It's more than just knowing how many seats are there; it's about understanding the layout, the mechanisms, and how they affect the vehicle's overall functionality.

Why This Matters

Having a solid grasp of the Armada's seating arrangement goes beyond simple curiosity. It's vital for several reasons:

• Repairs: Knowing the individual components (seat frames, motors, wiring harnesses) allows for targeted repairs instead of costly replacements.
• Modifications: Perhaps you're considering adding custom seat covers, a third-row entertainment system, or even modifying the seating arrangement itself. Knowledge is power.
• Diagnostics: If a power seat isn't functioning, understanding the wiring diagram and seat control module location is essential for troubleshooting.
• Safety: Knowing the location of airbags and seatbelt pretensioners is paramount to avoid accidental deployment or damage during maintenance.
• Optimizing Space: Understanding folding mechanisms and seat removal procedures allows you to maximize cargo space when needed.

Key Specs and Main Parts of the Nissan Armada Seating System

The Nissan Armada typically comes standard with three rows of seating, accommodating seven or eight passengers depending on the configuration of the second row. The core components include:

Front Seats

These are typically bucket seats with individual adjustments. Key features often include:

• Power Adjustment: Utilizing electric motors and gears to control seat position (fore/aft, up/down, tilt). The Seat Control Module (SCM) is the brain of this system.
• Heating/Cooling: Some models incorporate heating elements and ventilation systems within the seat cushions.
• Seatbelt Pretensioners: These devices rapidly tighten the seatbelt in the event of a collision. They are crucial for safety but handle with care.
• Airbags: Side-impact airbags are often integrated into the seatbacks.

Second Row

The second row configuration is the main determinant of the 7 or 8 passenger capacity. This row is available with a bench seat (three passengers) or Captain's chairs (two passengers), the later configuration makes a seven-seat vehicle.

• Bench Seat: Offers seating for three, often with a 60/40 split for folding flexibility.
• Captain's Chairs: Two individual seats with a center console or open space between them, offering enhanced comfort.
• Folding Mechanism: Allows the seats to fold forward, providing access to the third row or increasing cargo space. This usually involves a lever or strap release.

Third Row

Designed primarily for occasional use or smaller passengers, this row generally offers:

• Folding Mechanism: Crucial for maximizing cargo space. Can be manually or power-operated depending on the trim level.
• Limited Legroom: Be aware of the space constraints when transporting adults in the third row for extended periods.

Materials and Construction

Seat frames are typically constructed from high-strength steel for durability and safety. Upholstery materials vary from cloth to leather, with varying levels of padding and support. The Head Impact Protection Structure (HIPS) is a vital safety feature designed to mitigate head injuries in a collision, and it's often integrated into the seat structure.

Symbols and Diagrams

When examining a seating diagram (which we can provide), you'll encounter several common symbols. Here's a quick guide:

• Solid Lines: Represent physical connections, such as wires or mechanical linkages.
• Dashed Lines: Often indicate a vacuum line or a ground connection.
• Colors: Wires are typically color-coded. Consult the specific wiring diagram for the Armada to decode these. Common colors include red (power), black (ground), and various other colors for signals.
• Icons:
  • A circle with an "M" inside usually denotes an electric motor.
  • A square with a series of lines represents a resistor.
  • A triangle pointing to a line often signifies a diode.
  • A squiggly line represents a coil or inductor.

Block Diagrams: A block diagram will show you the hierarchy of the system. For example, it will illustrate how the driver's door switch controls the Seat Control Module (SCM) which in turn activates the seat motors.

How It Works

The seating system is a combination of mechanical and electrical components. Manual seats rely purely on mechanical levers and adjustments. Power seats incorporate electric motors, gears, and control modules.

Power Seat Operation: When you press a button to adjust a power seat, the SCM receives the signal. The SCM then activates the appropriate motor, which drives a series of gears to move the seat in the desired direction. Limit switches prevent the motor from over-extending the seat's travel range.

Folding Mechanisms: These range from simple levers that release a latch to more complex power-folding mechanisms. Power-folding mechanisms typically use an electric motor to retract or deploy the seat, often controlled by a button in the cargo area or on the seat itself.

Real-World Use: Basic Troubleshooting Tips

Here are some common issues and how to address them:

• Power Seat Not Working:
  • Check the Fuse: Start with the basics. A blown fuse is a common cause. The fuse box diagram will show you the correct fuse for the power seats.
  • Inspect Wiring: Look for loose connections or damaged wires, especially under the seat.
  • Test the Motor: If possible, directly apply power to the motor to see if it functions. If it doesn't, the motor may be faulty.
  • SCM Diagnosis: A more advanced diagnostic procedure involves using a scan tool to read fault codes from the SCM.
• Difficulty Folding Seats:
  • Lubricate Hinges: Apply a penetrating lubricant to the hinges and latches.
  • Check for Obstructions: Make sure nothing is blocking the seat's movement.
  • Inspect Cables: For cable-operated releases, ensure the cable is properly connected and not stretched or broken.

Safety Considerations

Working on the seating system can be risky if you're not careful. Here are some critical safety points:

• Airbags: Never work on the seating system with the ignition on. Disconnect the negative battery terminal before working near airbags or seatbelt pretensioners. Accidental airbag deployment can cause serious injury.
• Seatbelt Pretensioners: These devices are also explosive and should be handled with extreme care. Refer to the service manual for proper deactivation procedures.
• Electrical Components: Avoid touching exposed wires or connectors while the vehicle is powered.
• Sharp Edges: Be mindful of sharp edges on the seat frame and other metal components. Wear gloves to protect your hands.
• Heavy Lifting: Seats can be heavy. Use proper lifting techniques to avoid back injuries. Get assistance if needed.

Always consult the factory service manual for detailed procedures and safety precautions specific to your model year Armada. This article provides a general overview but should not replace professional guidance.

Remember, we have access to detailed wiring diagrams and component layouts for the Nissan Armada's seating system. Feel free to request the file for a deeper dive into the specifics of your vehicle.