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Best Shock Kit for Nissan Titan 4WD 2004-2014

Best Shock Kit for Nissan Titan 4WD 2004-2014Nissan Titan is a vehicle build for power.

It is designed for on and off-road driving.

However, this vehicle requires good maintenance and quality parts if you are to get the best out of it.

It is a durable car, but it does require superior shock absorbers for high performance.

While the market is flashed with shocks, only a few stand out. The Bilstein shocks are a few of the shocks in the market that continue to eclipse other shocks when it comes to shock performance, design, and durability.

So if you are looking for the best shock kit for your Nissan Titan 4WD 2004-2014, the Bilstein shocks are an excellent choice. Aside from delivering better stability, control, and great performance, these shocks are reliable, durable, and affordable.

So without further due, let us review two Bilstein series shock absorbers that are excellent for your Nissan Titan.

Shock Kits for Nissan Titan 4WD 2004-2014 Comparison Chart


Bilstein 4600

Bilstein 5100


Bilstein 4600

Bilstein 5100


24-197656 / 24-116244

24-197649 / 24-186766

Internal Design



Body Diameter

46 mm

46 mm


Yellow Paint

Zinc Plated

Boot Included

Blue Bellows

Black Bellows

Extended Length

15.37 / 24.41 inches

15.61 / 25.0 inches

Collapsed Length

11.13 / 15.31 inches

11.37 / 15.79 inches

Lower Mount Type

Eye 14.2 mm / Eye 14 mm

Eye 14.2 mm / Eye 14 mm

Upper Mount Type

Stem / Eye 14 mm

Stem / Eye 14 mm


30 pounds

28 pounds

Check Price

Check Price

2 Best Shock Kits for Nissan Titan 4WD 2004-2014 (as of May, 2020):

1. Bilstein 4600 Shock Kit for Nissan Titan 4WD 2004-2014 Review

Bilstein 4600If you have a Nissan Titan 4WD and you are looking for the best shock absorbers for this type of car, you can’t go wrong with the Bilstein 4600 shocks.

These shocks are designed using Bilsteins patented monotube gas pressure technology and they are majorly used today in automobile construction.

The technology involves pressuring the shocks with nitrogen gas, which helps prevent heat buildup when temperatures rise or loads increase. As a result, the shocks maintain their damping capabilities providing maximum vehicle control and comfort.

So this is what you get with the Bilstein 4600 series shocks. While it does offer maximum performance, there is a downside. The shocks cannot be mounted on lifted cars. They are designed for vehicles with stock height.

Bilstein 4600 Review, Pros and Cons

This makes the shocks ideal for a Nissan Titan 4WD, which already has stock height. The advantages you get with these shocks are better stability and control and reduced movement when road conditions change.

Main Features

  • Mono-tube Gas Shock Construction
  • Massive Self-Adjusting Digressive Piston
  • Floating Dividing Piston
  • High performance shocks ideal for towing, off-road & daily driving
  • Valved specifically for the Nissan Titan
  • Yellow powdered coated, with blue boot or cover
  • High Pressure Nitrogen Gas Performance
  • Monotube gas pressure technology that helps prevent the shock oil from foaming thereby increasing the performance of the shocks
  • Chrome-plated piston rod for durability
  • They are zinc plated for durability
  • You can get rear and front Bilstein 4600 shocks for Nissan Titan
  • Excellent for minivans, SUVs, and light trucks
  • They are easy to install
  • They are affordable

  • Not suitable for vehicles with stock height

2. Bilstein 5100 Shock Kit for Nissan Titan 4WD 2004-14 Review

Bilstein 5100This kit comes with Bilstein 5100 shocks and height-adjustable struts.

The struts can give your Nissan Titan the lift you want while the shocks deliver peak performance.

Like the 4600 series shocks, these shocks use monotube gas pressure technology for better stability and control.

With these shocks, changing road surfaces become easy peasy.

They are designed to provide you with maximum comfort and outstanding control when road conditions change.

They are easy to install. You don’t need a mechanic to do it for you as they have a bolt-on design for easy installation. Plus they require little to no effort and time to install.

Bilstein 5100 Review, Pros and Cons

The Bilstein 5100 comes with the boots on, which help protect the shocks from wear and tear when you are off-roading.

They have a zinc plated finish for longevity. And the finish gives the shocks a nice shine, so if color is a priority for you when choosing shocks (no pun intended), the silver color complements many colors.

Main Features

  • Mono-tube Gas Shock Construction
  • Level front of Titan with the rear
  • 0″ (stock height) to 2.5″ of front lift
  • Multiple snap-ring grooves allows different spring seat positions
  • Replaces factory strut/shock & maintains factory coil springs
  • Corrosion Resistant Zinc Finish
  • Alternative for coil / strut spacers
  • Massive Self-Adjusting Digressive Piston
  • Floating Dividing Piston
  • Bilstein superior, race inspired performance characteristics
  • Valved specifically for the Nissan Titan
  • High Pressure Nitrogen Gas Performance
  • Designed for vehicles with lift kits & leveling kits
  • High performance shocks ideal for towing, off-road & daily driving
  • Uses monotube gas pressure technology
  • Features black boots and a zinc-plated finish
  • Chrome-plated piston rod for durability
  • The components are valved for maximum performance
  • Excellent for lifted vehicles
  • Great for heavy loads
  • Affordable compared to other gas pressure shock brands

  • The shocks are not designed for ride height. You’ll need to get the Bilstein 5100 struts to lift your vehicle

Buyer’s Guide

What is gas pressure technology and how does it work?

Gas pressure technology shocks were developed by the Bilstein Company in the 1950s. The technology became revolutionary in the automobile industry that Bilstein shocks are used today as standard equipment for cars like Mercedes Benz, Porsche, and Ferrari.

The reason behind the invention of this technology was the realization of the potential and benefits of gas pressure technology shocks. The goal was to improve the conventional telescopic shocks by redesigning them. And the end result was impeccable.

What is gas pressure technology and how does it work

Non-pressurized shocks tend to trap heat inside the shock causing heat build-up. The consequences of this build-up are foaming and loss of viscosity.

Foaming or aeration occurs when air molecules in the oil are released. Shock oils contain 10% air molecules.

When the shock piston experiences sudden pressure differentials, these differentials lead to the formation of small bubbles when the air molecules are released.

When foaming occurs, the damping capability of shocks reduces significantly causing the shocks to become unresponsive. This cripples a driver’s ability to control their car.

This is a problem that Bilstein solved using gas pressure technology. By pressurizing shocks with nitrogen gas this enables the excessive heat from the shock oil to dissipate adequately preventing heat buildup and consequently, preventing foaming.

This enables the shocks to retain their damping capabilities even when temperatures surge delivering consistent performance on and off-road.

Advantages of gas pressure shocks

The following are the benefits of Bilstein’s monotube gas pressure technology.

Improves control – when a vehicle turns a sharp corner, it tends to roll. If the car rolls too much, it loses control causing the car to swerve. With gas pressure shocks, the roll is decreased.

Lessens excessive vibration – When you are on a rough road, the tires bounce about and the effects of that are transmitted to other parts of the car including your load causing everything to vibrate. If the vibration is too much, this can increase your car’s cost per mile.

Gas pressure shocks control the movement of the tires better than non-pressurized shocks, and so vibration is lowered.

Improves performance – gas pressure shocks are pressurized with nitrogen gas, which keeps the oil pressurized when loads increase or temperature rise. This prevents foaming/aeration, which can cause heat buildup within the shocks causing them to fail.

It reduces shock fade – when shocks trap heat within, the heat can buildup causing the shocks to fade. That is it can lose its damping capabilities causing performance issues. Gas pressure shocks prevent fade as they allow heat to dissipate efficiently.

BILSTEIN Technoloy -- Gas Pressure Technology:

BILSTEIN Technoloy Icon Video - Gas Pressure Technology

Signs that indicate you need new shocks

Much like the way you experience signs and symptoms when you are sick, the same thing happens with shocks. When your shocks are on their last leg, you’ll know. And here is how you’ll know.

Steering control problems – If you notice that your steering wheel feels stiff or you have problems turning it, this is a sign that you might need new shocks. You may notice that your car is leaning or swaying when you take a corner, turn or switch lanes.

Bumpy ride – when you feel every bump, big or small, that is a sign that you are having a shock problem. You’ll experience a rough ride when you feel every bump and you may even lose control when you run over one or a pothole.

This can be dangerous and the moment you start to notice this, you should get your shocks checked out.

Braking issues – Faulty or worn out shocks can cause breaking issues. Again this is also dangerous because may increase your risk of getting into an accident.

So when you notice that when you break your car lurches forward or it feels unstable, don’t risk taking the car on the road again until you have changed the shocks.

Rattling noises – This is also a telltale sign that your shocks are worn out. When your car rattles or shakes excessively when you run over small bumps, this can cause the whole car to vibrate affecting other parts of the car.

Shocks are meant to reduce this vibration. But if you and your car do a dance whenever you run over a bump, you have a shock problem.

Fluid leaks – If you realize that your shocks are leaking, this means that they are worn out and need to be replaced.

Uneven tire wear – worn-out shocks can cause your car tires to wear out unevenly. You may notice certain areas on your tires appear patchy. This is a serious issue that should be dealt with immediately.


A Nissan Titan with Bilstein shocks is a monster on rough terrain. You can conquer any rough road with ease and comfort because these shocks utilize gas pressure technology. Plus their monotube design contributes greatly to the performance of the shocks.

So when choosing the best shock kit for your Nissan Titan, consider getting Bilstein shocks which guarantee performance and durability. More so if you use your vehicle for heavy loads, towing, hauling or off-road driving.

Best Shock Kit for Nissan Titan 4WD 2004-2014

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